id summary reporter owner description type status priority milestone component version resolution keywords cc blockedby blocking notify_on_close platform project 9177 Crashed in QTabBar::paintEvent(), QPainter::begin: Paint device returned engine == 0 chimerax-bug-report@… Eric Pettersen "{{{ The following bug report has been submitted: Platform: macOS-10.16-x86_64-i386-64bit ChimeraX Version: 1.6.1 (2023-05-09 17:57:07 UTC) Description Last time you used ChimeraX it crashed. Please describe steps that led to the crash here. 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All rights reserved. > open ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" Log from Thu Jun 8 16:55:49 2023UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. > open ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" Log from Tue Jun 6 16:44:25 2023UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX > help help:quickstart > open 2bbv 2bbv title: The refined three-dimensional structure of an insect virus At 2.8 angstroms resolution [more info...] Chain information for 2bbv #1 --- Chain | Description | UniProt A B C | PROTEIN (BLACK BEETLE VIRUS CAPSID PROTEIN) | COAT_BBV 1-363 D E F | PROTEIN (BLACK BEETLE VIRUS CAPSID PROTEIN) | COAT_BBV 364-407 N | RNA (5'-R(*UP*CP*UP*UP*AP*UP*AP*UP*CP*U)-3') | Non-standard residues in 2bbv #1 --- CA — calcium ion 2bbv mmCIF Assemblies --- 1| complete icosahedral assembly 2| icosahedral asymmetric unit 3| icosahedral pentamer 4| icosahedral 23 hexamer 5| icosahedral asymmetric unit, std point frame 6| crystal asymmetric unit, crystal frame > color bychain > style /b stick Changed 2382 atom styles > color /n teal [Repeated 1 time(s)] > hide /c > show /c > hide /n > shown /n Unknown command: shown /n > show /n [Repeated 1 time(s)] > ribbon /c [Repeated 1 time(s)] > ribbon /n > style /n ribbon Expected a keyword > select /N:4@C5' 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > color sel gold > select clear > color sel gold > select clear > color sel gold > select clear > color sel gold > select clear > color sel red > surface #1 > color /n fromatoms > surface #1 > surface #2 No atoms specified by #2 > surface > surface #1 hide Expected a keyword > hide surfaces #1 Expected ',' or a keyword > hide surfaces > show surfaces > hide surfaces > style solvent sphere Changed 208 atom styles > color solvent red > sym #1 2bbv mmCIF Assemblies --- 1| complete icosahedral assembly| 60 copies of chains A-F,N 2| icosahedral asymmetric unit| 1 copy of chains A-F,N 3| icosahedral pentamer| 5 copies of chains A-F,N 4| icosahedral 23 hexamer| 6 copies of chains A-F,N 5| icosahedral asymmetric unit, std point frame| 1 copy of chains A-F,N 6| crystal asymmetric unit, crystal frame| 5 copies of chains A-F,N > hide #1 models > show #1 > show #1 models > sym #1 assembly 3 newModel false copies false Made 5 graphical clones for 2bbv assembly 3 > sym #1 assembly 1 Made 60 graphical clones for 2bbv assembly 1 > show #!1 models > hide #!1 models > show #!1 models > hide #!1 models > hide #!2 models > show #!2 models > sym #1 assembly 1view Assembly ""1view"" not found, have 1, 2, 3, 4, 5, 6 > view > set bgColor white > set silhouettes true > save /Users/matthewcomstock/Desktop/2bbv.png > movie record > turn y 2 180 > wait 180 > movie encode /Users/matthewcomstock/Desktop/movie1.mp4 Movie saved to /Users/matthewcomstock/Desktop/movie1.mp4 > close #2 > sym #1 assembly 3 newModel false copies false Made 5 graphical clones for 2bbv assembly 3 > show #1 models > view > ui mousemode right zoom > ui mousemode right translate > ui mousemode right zoom > surface #1 > color /n fromatoms > style solvent sphere Changed 208 atom styles > color solvent red > view > close > set bgColor black > set bgColor transparent > set silhouettes false > open 1080 fromDatabase emdb Summary of feedback from opening 1080 fetched from emdb --- note | Fetching compressed map 1080 from ftp://ftp.ebi.ac.uk/pub/databases/emdb/structures/EMD-1080/map/emd_1080.map.gz Opened emdb 1080 as #1, grid size 100,100,100, pixel 2.7, shown at level 1.68, step 1, values float32 > lighting full > volume #1 level 0.9 > volume #1 level .5 > volume #1 level .2 > volume #1 level .1 > volume #1 level 2 > volume #1 level .15 > volume #1 level 1.68 > ui mousemode right ""contour level"" > volume #1 level 1.812 > volume #1 level 1.773 > volume #1 level 1.504 > volume #1 level 1.275 > volume #1 encloseVolume 1e6 step 1 color tan > volume #1 1e5 step 1 Expected a keyword > volume #1 1e5 step 1 color tan Expected a keyword > volume #1 encloseVolume 1e5 step 1 > volume #1 encloseVolume 1e4 step 1 > volume #1 encloseVolume 1e6 step 1 color tan > set bgColor gray > set bgColor #80808000 > set silhouettes true > open 1grl Summary of feedback from opening 1grl fetched from pdb --- note | Fetching compressed mmCIF 1grl from http://files.rcsb.org/download/1grl.cif 1grl title: The crystal structure of the bacterial chaperonin groel At 2.8 angstroms [more info...] Chain information for 1grl #2 --- Chain | Description | UniProt A B C D E F G | GROEL (HSP60 CLASS) | CH60_ECOLI 2-548 1grl mmCIF Assemblies --- 1| author_and_software_defined_assembly 2| software_defined_assembly > lighting default > ui mousemode right zoom > ui mousemode right ""translate selected models"" > select /D:357@CG2 1 atom, 1 residue, 1 model selected > view matrix models #2,1,0,0,44.01,0,1,0,-1.4223,0,0,1,-0.37848 > ui mousemode right ""rotate selected models"" > view matrix models > #2,0.99999,-0.0041909,0.002923,44.116,0.0043018,0.99923,-0.039047,-2.5771,-0.0027571,0.039059,0.99923,-0.57913 > view matrix models > #2,0.99572,-0.092469,0.00020636,43.966,0.092405,0.99494,-0.039468,1.1951,0.0034442,0.039318,0.99922,-0.31382 > fitmap #2 inMap #1 Fit molecule 1grl (#2) to map emdb 1080 (#1) using 29274 atoms average map value = 1.33, steps = 104 shifted from previous position = 0.914 rotated from previous position = 20.7 degrees atoms outside contour = 3707, contour level = 0.82501 Position of 1grl (#2) relative to emdb 1080 (#1) coordinates: Matrix rotation and translation 0.90168809 -0.43225449 -0.01070721 39.38415285 0.43238288 0.90129381 0.02673023 18.93264110 -0.00190392 -0.02873195 0.99958534 -0.07033036 Axis -0.06401015 -0.01016007 0.99789753 Axis point -21.87968789 95.67746379 0.00000000 Rotation angle (degrees) 25.67269007 Shift along axis -2.78352503 > volume #1 transparency 0.5 > view matrix models > #2,0.92048,-0.39074,-0.0062701,40.283,0.39076,0.92009,0.027407,17.143,-0.0049401,-0.027678,0.9996,-0.20146 > fitmap #2 inMap #1 Fit molecule 1grl (#2) to map emdb 1080 (#1) using 29274 atoms average map value = 1.33, steps = 60 shifted from previous position = 0.0354 rotated from previous position = 2.63 degrees atoms outside contour = 3704, contour level = 0.82501 Position of 1grl (#2) relative to emdb 1080 (#1) coordinates: Matrix rotation and translation 0.90160406 -0.43242969 -0.01070914 39.38027615 0.43255808 0.90120994 0.02672371 18.93993563 -0.00190494 -0.02872653 0.99958549 -0.07718132 Axis -0.06397061 -0.01015704 0.99790009 Axis point -21.87911091 95.63336281 0.00000000 Rotation angle (degrees) 25.68378070 Shift along axis -2.78857344 > volume #1 transparency 0.5 > molmap #2 10 Opened 1grl map 10 as #3, grid size 63,63,41, pixel 3.33, shown at level 0.0611, step 1, values float32 > volume #3 style mesh > volume subtract #1 #3 minRms true Opened volume difference as #4, grid size 100,100,100, pixel 2.7, shown at step 1, values float32 Minimum RMS scale factor for ""1grl map 10 #3"" above level 0.061077 is 4.5565 > volume #4 color pink transparency 0 > hide atoms > show ribbons > close > set bgColor black > set bgColor transparent > set silhouettes false > open 1a0m fromDatabase eds Summary of feedback from opening 1a0m fetched from eds --- note | Fetching map 1a0m from http://www.ebi.ac.uk/pdbe/coordinates/files/1a0m.ccp4 Opened eds 1a0m as #1, grid size 97,101,88, pixel 0.37,0.37,0.367, shown at level 2.28, step 1, values float32 > open 1a0m Summary of feedback from opening 1a0m fetched from pdb --- note | Fetching compressed mmCIF 1a0m from http://files.rcsb.org/download/1a0m.cif 1a0m title: 1.1 angstrom crystal structure of A-conotoxin [TYR15]-epi [more info...] Chain information for 1a0m #2 --- Chain | Description | UniProt A B | ALPHA-CONOTOXIN [TYR15]-EPI | CXA1_CONEP 1-16 Non-standard residues in 1a0m #2 --- NH2 — amino group > hide ribbons > show > volume #1 level 1.0 style mesh > ui mousemode right zoom > volume zone #1 nearAtoms #2 range 2 > volume #1 level 0.5 transparency 0.6 > close > open 1273 fromDatabase emdb Summary of feedback from opening 1273 fetched from emdb --- note | Fetching compressed map 1273 from ftp://ftp.ebi.ac.uk/pub/databases/emdb/structures/EMD-1273/map/emd_1273.map.gz Opened emdb 1273 as #1, grid size 2048,2048,76, pixel 22.5, shown at step 1, values int8 > volume #1 region all showOutlineBox true > close > open 7v99 Summary of feedback from opening 7v99 fetched from pdb --- note | Fetching compressed mmCIF 7v99 from http://files.rcsb.org/download/7v99.cif 7v99 title: catalytic core of human telomerase holoenzyme [more info...] Chain information for 7v99 #1 --- Chain | Description | UniProt A | Telomerase reverse transcriptase | TERT_HUMAN 1-1132 K | Histone H2A type 1-B/E | H2A1B_HUMAN 1-129 L | Histone H2B type 1-K | H2B1K_HUMAN 1-125 R | Telomerase RNA component | S | Primer DNA | > color bychain > set bgColor white > set bgColor #ffffff00 > lighting simple > lighting full > hide atoms > show cartoons > show atoms > show surfaces > nucleotides ladder > graphics silhouettes true > volume hide No volumes specified > select /R:33-334 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > hide surfaces sel Expected ',' or a keyword > hide sel surfaces > color sel orange > hide /a > hide /a atoms > hide /a surfaces > hide /a ribbons > hide /s > hide /s all Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > hide /s models [Repeated 1 time(s)] > show /s models > show /s atoms > hide /s atoms > hide /s surfaces > hide /s ribbons > sym #1 7v99 mmCIF Assemblies --- 1| author_defined_assembly| 1 copy of chains A,K,L,R,S > show /a surfaces > color /r teal > color /r orange > color /k green > color /l green > color /k red > hide sel atoms > show sel atoms > color sel bynucleotide > nucleotides sel stubs > nucleotides sel ladder > nucleotides sel stubs > nucleotides sel tube/slab shape muffler > nucleotides sel tube/slab shape ellipsoid > nucleotides sel tube/slab shape box > nucleotides sel slab > style nucleic & sel stick Changed 5156 atom styles > nucleotides sel fill > style nucleic & sel stick Changed 5156 atom styles > nucleotides sel stubs > nucleotides sel ladder > color #1.4 #ff59f5ff > hide /k atoms > hide /l atoms > color #1.5 #00d301ff > color #1.5 #00da01ff > save ""/Users/matthewcomstock/OneDrive - Michigan State University/project > analysis/230308 telomerase RNA structure/telomerase structures/7v99 chimera > work.cxs"" > open https://www.rbvi.ucsf.edu/chimerax/tutorials.html Opened https://www.rbvi.ucsf.edu/chimerax/tutorials.html > ui tool show ""Show Sequence Viewer"" > sequence chain /R Alignment identifier is 1/R > select sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > color sel red > color sel orange > save ""/Users/matthewcomstock/OneDrive - Michigan State University/project > analysis/230308 telomerase RNA structure/telomerase structures/7v99 chimera > work.cxs"" > ui tool show ""Show Sequence Viewer"" > sequence chain /R Destroying pre-existing alignment with identifier 1/R Alignment identifier is 1/R > select /a 7898 atoms, 8092 bonds, 1 pseudobond, 991 residues, 2 models selected > select /r 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > select /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > select sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > select /r 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > select /r :1:10 Nothing selected > select /r:1:10 Nothing selected > select /r:10 Nothing selected > select /r:100 20 atoms, 21 bonds, 1 residue, 1 model selected > select /r:101 20 atoms, 21 bonds, 1 residue, 1 model selected > select /r:237 20 atoms, 21 bonds, 1 residue, 1 model selected > color sel red > color sel green > color /r:334 red > save /Users/matthewcomstock/Desktop/image1.png supersample 3 > hide /r:start-236 > hide ribbons /r:start-236 Expected ',' or a keyword > hide /r:start-236 ribbons > hide /r:335-end atoms, ribbons > show /r:335-end atoms, ribbons > show /r:335-end atoms > show /r:335-end > hide /r:335-end > show /r atoms, ribbons > hide /r atoms, ribbons > show /r atoms, ribbons > hide sequence ggguug atoms, ribbon Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > select /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > name trapping_TR sel > name traptr sel > color traptr red > color traptr orange > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > name before_traptr sel > hide before_traptr atoms, ribbons > save /Users/matthewcomstock/Desktop/image1.png supersample 3 > movie record > turn y 2 180 > wait 180 > movie encode /Users/matthewcomstock/Desktop/movie1.mp4 Movie saved to /Users/matthewcomstock/Desktop/movie1.mp4 > save ""/Users/matthewcomstock/OneDrive - Michigan State University/project > analysis/230308 telomerase RNA structure/telomerase structures/7v99 chimera > work.cxs"" > cd ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures"" Current working directory is: /Users/matthewcomstock/Library/CloudStorage/OneDrive- MichiganStateUniversity/project analysis/230308 telomerase RNA structure/telomerase structures > select /a 7898 atoms, 8092 bonds, 1 pseudobond, 991 residues, 2 models selected > transparency (#!1 & sel) 50 > show /s atoms, ribbons > color /s red > show before_traptr ribbons > hide before_traptr ribbons > ribbon before_traptr > hide ribbons > show ribbons > hide /a ribbons > hide before_traptr > hide before_traptr ribbons > before_traptr Unknown command: before_traptr > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > hide sel > hide sel ribbons > hide sel ribbons, atoms > show sel ribbons, atoms > hide sel ribbons, atoms > name before_traptr sel > show before_traptr ribbons > show before_traptr ribbons, atoms > hide before_traptr ribbons, atoms > show before_traptr ribbons > show before_traptr ribbons transparency .5 Expected ',' or a keyword > show before_traptr ribbon, transparency .5 Missing or invalid ""what"" argument: Should be one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' > transparancy before_traptr 0.5 Unknown command: transparancy before_traptr 0.5 > select before_traptr 5156 atoms, 3422 bonds, 104 pseudobonds, 243 residues, 3 models selected > transparancy 0.5 Unknown command: transparancy 0.5 > transparency 0.5 > transparency 1 > transparency /a 50 > transparency /a 75 > transparency /a 25 > transparency /a 35 > transparency before_traptr 35 > surface before_traptr > hide surfaces > show /a surfaces > show /k, /l surface Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > show /k or /l surface Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > show /k and /l surface Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > show /l surfaces > show /k surfaces > hide before_traptr > hide traptr > hide traptr ribbons > hide traptr ribbons, atoms > show traptr ribbons, atoms > /r > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg Unknown command: sequence /r ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg > select sequence /r > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg Expected a keyword > select /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > name traptr /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg ""/r sequence ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg"": contains extra trailing text > name traptr sel > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > name before_traptr sel > hide before_traptr > hide before_traptr atoms, ribbons > hide traptr atoms, ribbons > lighting soft > lighting simple > lighting full > lighting simple > show /r:33:147 > show /r:33-147 > show /r:33-137 > show /r:33-147 > hide /r:33-147 > select /r:237-334 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > name traptr sel > hide traptr > hide traptr atoms, ribbons > show traptr atoms, ribbons > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > select /r:163-192 643 atoms, 720 bonds, 30 residues, 1 model selected > name beforetr1 sel > show beforetr1 atoms, ribbons > hide beforetr1 atoms, ribbons > hide traptr atoms, ribbons [Repeated 1 time(s)] > hide traptr > select /r:237-334 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > select /r:33-147 2426 atoms, 2702 bonds, 59 pseudobonds, 115 residues, 2 models selected > show /r:33-147 > hide /r:33-147 > select /r:33-147 2426 atoms, 2702 bonds, 59 pseudobonds, 115 residues, 2 models selected > name test1 sel > show test1 > hide test1 > select test1 5156 atoms, 2702 bonds, 59 pseudobonds, 243 residues, 2 models selected > select /r:33-147 2426 atoms, 2702 bonds, 59 pseudobonds, 115 residues, 2 models selected > name beforetraptr1 ""beforetraptr1"" is not defined > name beforetraptr1 sel > show beforetraptr1 > hide beforetraptr1 > show beforetraptr1 atoms, ribbons > hide beforetraptr1 atoms, ribbons > show beforetraptr1 atoms, ribbons > show beforetraptr1 atoms, ribbons, surfaces > hide beforetraptr1 atoms, ribbons > color beforetraptr1 teal > hide beforetraptr1 surfaces > show beforetraptr1 atoms, ribbons > transparency beforetraptr1 50 target all > transparency beforetraptr1 50 target All Invalid ""target"" argument: Character 'A' is not an allowed target, must be one of acrsbmpfl > transparency beforetraptr1 50 target all > transparency beforetraptr1 10 target all > transparency beforetraptr1 100 target all > color beforetraptr1 red > color beforetraptr1 pink > select /r:163-192 643 atoms, 720 bonds, 30 residues, 1 model selected > select /r:163-192 643 atoms, 720 bonds, 30 residues, 1 model selected > name beforetraptr2 sel > show beforetraptr2 atoms, ribbons > color beforetraptr2 pink > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" ——— End of log from Tue Jun 6 16:44:25 2023 ——— opened ChimeraX session UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX > show traptr ribbons, atoms > hide traptr ribbons, atoms > show traptr ribbons, atoms > color traptr red > info chains chain id /A chain_id A chain id /K chain_id K chain id /L chain_id L chain id /R chain_id R chain id /S chain_id S > info models model id #1 type AtomicStructure name 7v99 model id #1.1 type PseudobondGroup name ""hydrogen bonds"" model id #1.2 type PseudobondGroup name ""missing structure"" model id #1.3 type MolecularSurface name ""7v99_A SES surface"" model id #1.4 type MolecularSurface name ""7v99_K SES surface"" model id #1.5 type MolecularSurface name ""7v99_L SES surface"" model id #1.6 type MolecularSurface name ""7v99_R SES surface"" model id #1.7 type MolecularSurface name ""7v99_S SES surface"" > info selection atom id /R:163@P idatm_type Pac atom id /R:163@OP1 idatm_type O3- atom id /R:163@OP2 idatm_type O3- atom id /R:163@O5' idatm_type O3 atom id /R:163@C5' idatm_type C3 atom id /R:163@C4' idatm_type C3 atom id /R:163@O4' idatm_type O3 atom id /R:163@C3' idatm_type C3 atom id /R:163@O3' idatm_type O3 atom id /R:163@C2' idatm_type C3 atom id /R:163@O2' idatm_type O3 atom id /R:163@C1' idatm_type C3 atom id /R:163@N9 idatm_type Npl atom id /R:163@C8 idatm_type Car atom id /R:163@N7 idatm_type N2 atom id /R:163@C5 idatm_type Car atom id /R:163@C6 idatm_type C2 atom id /R:163@O6 idatm_type O2 atom id /R:163@N1 idatm_type Npl atom id /R:163@C2 idatm_type C2 atom id /R:163@N2 idatm_type Npl atom id /R:163@N3 idatm_type N2 atom id /R:163@C4 idatm_type Car atom id /R:164@P idatm_type Pac atom id /R:164@OP1 idatm_type O3- atom id /R:164@OP2 idatm_type O3- atom id /R:164@O5' idatm_type O3 atom id /R:164@C5' idatm_type C3 atom id /R:164@C4' idatm_type C3 atom id /R:164@O4' idatm_type O3 atom id /R:164@C3' idatm_type C3 atom id /R:164@O3' idatm_type O3 atom id /R:164@C2' idatm_type C3 atom id /R:164@O2' idatm_type O3 atom id /R:164@C1' idatm_type C3 atom id /R:164@N9 idatm_type Npl atom id /R:164@C8 idatm_type Car atom id /R:164@N7 idatm_type N2 atom id /R:164@C5 idatm_type Car atom id /R:164@C6 idatm_type Car atom id /R:164@N6 idatm_type Npl atom id /R:164@N1 idatm_type N2 atom id /R:164@C2 idatm_type Car atom id /R:164@N3 idatm_type N2 atom id /R:164@C4 idatm_type Car atom id /R:165@P idatm_type Pac atom id /R:165@OP1 idatm_type O3- atom id /R:165@OP2 idatm_type O3- atom id /R:165@O5' idatm_type O3 atom id /R:165@C5' idatm_type C3 atom id /R:165@C4' idatm_type C3 atom id /R:165@O4' idatm_type O3 atom id /R:165@C3' idatm_type C3 atom id /R:165@O3' idatm_type O3 atom id /R:165@C2' idatm_type C3 atom id /R:165@O2' idatm_type O3 atom id /R:165@C1' idatm_type C3 atom id /R:165@N9 idatm_type Npl atom id /R:165@C8 idatm_type Car atom id /R:165@N7 idatm_type N2 atom id /R:165@C5 idatm_type Car atom id /R:165@C6 idatm_type C2 atom id /R:165@O6 idatm_type O2 atom id /R:165@N1 idatm_type Npl atom id /R:165@C2 idatm_type C2 atom id /R:165@N2 idatm_type Npl atom id /R:165@N3 idatm_type N2 atom id /R:165@C4 idatm_type Car atom id /R:166@P idatm_type Pac atom id /R:166@OP1 idatm_type O3- atom id /R:166@OP2 idatm_type O3- atom id /R:166@O5' idatm_type O3 atom id /R:166@C5' idatm_type C3 atom id /R:166@C4' idatm_type C3 atom id /R:166@O4' idatm_type O3 atom id /R:166@C3' idatm_type C3 atom id /R:166@O3' idatm_type O3 atom id /R:166@C2' idatm_type C3 atom id /R:166@O2' idatm_type O3 atom id /R:166@C1' idatm_type C3 atom id /R:166@N1 idatm_type Npl atom id /R:166@C2 idatm_type C2 atom id /R:166@O2 idatm_type O2 atom id /R:166@N3 idatm_type N2 atom id /R:166@C4 idatm_type C2 atom id /R:166@N4 idatm_type Npl atom id /R:166@C5 idatm_type C2 atom id /R:166@C6 idatm_type C2 atom id /R:167@P idatm_type Pac atom id /R:167@OP1 idatm_type O3- atom id /R:167@OP2 idatm_type O3- atom id /R:167@O5' idatm_type O3 atom id /R:167@C5' idatm_type C3 atom id /R:167@C4' idatm_type C3 atom id /R:167@O4' idatm_type O3 atom id /R:167@C3' idatm_type C3 atom id /R:167@O3' idatm_type O3 atom id /R:167@C2' idatm_type C3 atom id /R:167@O2' idatm_type O3 atom id /R:167@C1' idatm_type C3 atom id /R:167@N9 idatm_type Npl atom id /R:167@C8 idatm_type Car atom id /R:167@N7 idatm_type N2 atom id /R:167@C5 idatm_type Car atom id /R:167@C6 idatm_type Car atom id /R:167@N6 idatm_type Npl atom id /R:167@N1 idatm_type N2 atom id /R:167@C2 idatm_type Car atom id /R:167@N3 idatm_type N2 atom id /R:167@C4 idatm_type Car atom id /R:168@P idatm_type Pac atom id /R:168@OP1 idatm_type O3- atom id /R:168@OP2 idatm_type O3- atom id /R:168@O5' idatm_type O3 atom id /R:168@C5' idatm_type C3 atom id /R:168@C4' idatm_type C3 atom id /R:168@O4' idatm_type O3 atom id /R:168@C3' idatm_type C3 atom id /R:168@O3' idatm_type O3 atom id /R:168@C2' idatm_type C3 atom id /R:168@O2' idatm_type O3 atom id /R:168@C1' idatm_type C3 atom id /R:168@N9 idatm_type Npl atom id /R:168@C8 idatm_type Car atom id /R:168@N7 idatm_type N2 atom id /R:168@C5 idatm_type Car atom id /R:168@C6 idatm_type Car atom id /R:168@N6 idatm_type Npl atom id /R:168@N1 idatm_type N2 atom id /R:168@C2 idatm_type Car atom id /R:168@N3 idatm_type N2 atom id /R:168@C4 idatm_type Car atom id /R:169@P idatm_type Pac atom id /R:169@OP1 idatm_type O3- atom id /R:169@OP2 idatm_type O3- atom id /R:169@O5' idatm_type O3 atom id /R:169@C5' idatm_type C3 atom id /R:169@C4' idatm_type C3 atom id /R:169@O4' idatm_type O3 atom id /R:169@C3' idatm_type C3 atom id /R:169@O3' idatm_type O3 atom id /R:169@C2' idatm_type C3 atom id /R:169@O2' idatm_type O3 atom id /R:169@C1' idatm_type C3 atom id /R:169@N9 idatm_type Npl atom id /R:169@C8 idatm_type Car atom id /R:169@N7 idatm_type N2 atom id /R:169@C5 idatm_type Car atom id /R:169@C6 idatm_type Car atom id /R:169@N6 idatm_type Npl atom id /R:169@N1 idatm_type N2 atom id /R:169@C2 idatm_type Car atom id /R:169@N3 idatm_type N2 atom id /R:169@C4 idatm_type Car atom id /R:170@P idatm_type Pac atom id /R:170@OP1 idatm_type O3- atom id /R:170@OP2 idatm_type O3- atom id /R:170@O5' idatm_type O3 atom id /R:170@C5' idatm_type C3 atom id /R:170@C4' idatm_type C3 atom id /R:170@O4' idatm_type O3 atom id /R:170@C3' idatm_type C3 atom id /R:170@O3' idatm_type O3 atom id /R:170@C2' idatm_type C3 atom id /R:170@O2' idatm_type O3 atom id /R:170@C1' idatm_type C3 atom id /R:170@N1 idatm_type Npl atom id /R:170@C2 idatm_type C2 atom id /R:170@O2 idatm_type O2 atom id /R:170@N3 idatm_type N2 atom id /R:170@C4 idatm_type C2 atom id /R:170@N4 idatm_type Npl atom id /R:170@C5 idatm_type C2 atom id /R:170@C6 idatm_type C2 atom id /R:171@P idatm_type Pac atom id /R:171@OP1 idatm_type O3- atom id /R:171@OP2 idatm_type O3- atom id /R:171@O5' idatm_type O3 atom id /R:171@C5' idatm_type C3 atom id /R:171@C4' idatm_type C3 atom id /R:171@O4' idatm_type O3 atom id /R:171@C3' idatm_type C3 atom id /R:171@O3' idatm_type O3 atom id /R:171@C2' idatm_type C3 atom id /R:171@O2' idatm_type O3 atom id /R:171@C1' idatm_type C3 atom id /R:171@N9 idatm_type Npl atom id /R:171@C8 idatm_type Car atom id /R:171@N7 idatm_type N2 atom id /R:171@C5 idatm_type Car atom id /R:171@C6 idatm_type Car atom id /R:171@N6 idatm_type Npl atom id /R:171@N1 idatm_type N2 atom id /R:171@C2 idatm_type Car atom id /R:171@N3 idatm_type N2 atom id /R:171@C4 idatm_type Car atom id /R:172@P idatm_type Pac atom id /R:172@OP1 idatm_type O3- atom id /R:172@OP2 idatm_type O3- atom id /R:172@O5' idatm_type O3 atom id /R:172@C5' idatm_type C3 atom id /R:172@C4' idatm_type C3 atom id /R:172@O4' idatm_type O3 atom id /R:172@C3' idatm_type C3 atom id /R:172@O3' idatm_type O3 atom id /R:172@C2' idatm_type C3 atom id /R:172@O2' idatm_type O3 atom id /R:172@C1' idatm_type C3 atom id /R:172@N9 idatm_type Npl atom id /R:172@C8 idatm_type Car atom id /R:172@N7 idatm_type N2 atom id /R:172@C5 idatm_type Car atom id /R:172@C6 idatm_type Car atom id /R:172@N6 idatm_type Npl atom id /R:172@N1 idatm_type N2 atom id /R:172@C2 idatm_type Car atom id /R:172@N3 idatm_type N2 atom id /R:172@C4 idatm_type Car atom id /R:173@P idatm_type Pac atom id /R:173@OP1 idatm_type O3- atom id /R:173@OP2 idatm_type O3- atom id /R:173@O5' idatm_type O3 atom id /R:173@C5' idatm_type C3 atom id /R:173@C4' idatm_type C3 atom id /R:173@O4' idatm_type O3 atom id /R:173@C3' idatm_type C3 atom id /R:173@O3' idatm_type O3 atom id /R:173@C2' idatm_type C3 atom id /R:173@O2' idatm_type O3 atom id /R:173@C1' idatm_type C3 atom id /R:173@N9 idatm_type Npl atom id /R:173@C8 idatm_type Car atom id /R:173@N7 idatm_type N2 atom id /R:173@C5 idatm_type Car atom id /R:173@C6 idatm_type Car atom id /R:173@N6 idatm_type Npl atom id /R:173@N1 idatm_type N2 atom id /R:173@C2 idatm_type Car atom id /R:173@N3 idatm_type N2 atom id /R:173@C4 idatm_type Car atom id /R:174@P idatm_type Pac atom id /R:174@OP1 idatm_type O3- atom id /R:174@OP2 idatm_type O3- atom id /R:174@O5' idatm_type O3 atom id /R:174@C5' idatm_type C3 atom id /R:174@C4' idatm_type C3 atom id /R:174@O4' idatm_type O3 atom id /R:174@C3' idatm_type C3 atom id /R:174@O3' idatm_type O3 atom id /R:174@C2' idatm_type C3 atom id /R:174@O2' idatm_type O3 atom id /R:174@C1' idatm_type C3 atom id /R:174@N9 idatm_type Npl atom id /R:174@C8 idatm_type Car atom id /R:174@N7 idatm_type N2 atom id /R:174@C5 idatm_type Car atom id /R:174@C6 idatm_type Car atom id /R:174@N6 idatm_type Npl atom id /R:174@N1 idatm_type N2 atom id /R:174@C2 idatm_type Car atom id /R:174@N3 idatm_type N2 atom id /R:174@C4 idatm_type Car atom id /R:175@P idatm_type Pac atom id /R:175@OP1 idatm_type O3- atom id /R:175@OP2 idatm_type O3- atom id /R:175@O5' idatm_type O3 atom id /R:175@C5' idatm_type C3 atom id /R:175@C4' idatm_type C3 atom id /R:175@O4' idatm_type O3 atom id /R:175@C3' idatm_type C3 atom id /R:175@O3' idatm_type O3 atom id /R:175@C2' idatm_type C3 atom id /R:175@O2' idatm_type O3 atom id /R:175@C1' idatm_type C3 atom id /R:175@N9 idatm_type Npl atom id /R:175@C8 idatm_type Car atom id /R:175@N7 idatm_type N2 atom id /R:175@C5 idatm_type Car atom id /R:175@C6 idatm_type Car atom id /R:175@N6 idatm_type Npl atom id /R:175@N1 idatm_type N2 atom id /R:175@C2 idatm_type Car atom id /R:175@N3 idatm_type N2 atom id /R:175@C4 idatm_type Car atom id /R:176@P idatm_type Pac atom id /R:176@OP1 idatm_type O3- atom id /R:176@OP2 idatm_type O3- atom id /R:176@O5' idatm_type O3 atom id /R:176@C5' idatm_type C3 atom id /R:176@C4' idatm_type C3 atom id /R:176@O4' idatm_type O3 atom id /R:176@C3' idatm_type C3 atom id /R:176@O3' idatm_type O3 atom id /R:176@C2' idatm_type C3 atom id /R:176@O2' idatm_type O3 atom id /R:176@C1' idatm_type C3 atom id /R:176@N9 idatm_type Npl atom id /R:176@C8 idatm_type Car atom id /R:176@N7 idatm_type N2 atom id /R:176@C5 idatm_type Car atom id /R:176@C6 idatm_type Car atom id /R:176@N6 idatm_type Npl atom id /R:176@N1 idatm_type N2 atom id /R:176@C2 idatm_type Car atom id /R:176@N3 idatm_type N2 atom id /R:176@C4 idatm_type Car atom id /R:177@P idatm_type Pac atom id /R:177@OP1 idatm_type O3- atom id /R:177@OP2 idatm_type O3- atom id /R:177@O5' idatm_type O3 atom id /R:177@C5' idatm_type C3 atom id /R:177@C4' idatm_type C3 atom id /R:177@O4' idatm_type O3 atom id /R:177@C3' idatm_type C3 atom id /R:177@O3' idatm_type O3 atom id /R:177@C2' idatm_type C3 atom id /R:177@O2' idatm_type O3 atom id /R:177@C1' idatm_type C3 atom id /R:177@N1 idatm_type Npl atom id /R:177@C2 idatm_type C2 atom id /R:177@O2 idatm_type O2 atom id /R:177@N3 idatm_type Npl atom id /R:177@C4 idatm_type C2 atom id /R:177@O4 idatm_type O2 atom id /R:177@C5 idatm_type C2 atom id /R:177@C6 idatm_type C2 atom id /R:178@P idatm_type Pac atom id /R:178@OP1 idatm_type O3- atom id /R:178@OP2 idatm_type O3- atom id /R:178@O5' idatm_type O3 atom id /R:178@C5' idatm_type C3 atom id /R:178@C4' idatm_type C3 atom id /R:178@O4' idatm_type O3 atom id /R:178@C3' idatm_type C3 atom id /R:178@O3' idatm_type O3 atom id /R:178@C2' idatm_type C3 atom id /R:178@O2' idatm_type O3 atom id /R:178@C1' idatm_type C3 atom id /R:178@N9 idatm_type Npl atom id /R:178@C8 idatm_type Car atom id /R:178@N7 idatm_type N2 atom id /R:178@C5 idatm_type Car atom id /R:178@C6 idatm_type C2 atom id /R:178@O6 idatm_type O2 atom id /R:178@N1 idatm_type Npl atom id /R:178@C2 idatm_type C2 atom id /R:178@N2 idatm_type Npl atom id /R:178@N3 idatm_type N2 atom id /R:178@C4 idatm_type Car atom id /R:179@P idatm_type Pac atom id /R:179@OP1 idatm_type O3- atom id /R:179@OP2 idatm_type O3- atom id /R:179@O5' idatm_type O3 atom id /R:179@C5' idatm_type C3 atom id /R:179@C4' idatm_type C3 atom id /R:179@O4' idatm_type O3 atom id /R:179@C3' idatm_type C3 atom id /R:179@O3' idatm_type O3 atom id /R:179@C2' idatm_type C3 atom id /R:179@O2' idatm_type O3 atom id /R:179@C1' idatm_type C3 atom id /R:179@N1 idatm_type Npl atom id /R:179@C2 idatm_type C2 atom id /R:179@O2 idatm_type O2 atom id /R:179@N3 idatm_type Npl atom id /R:179@C4 idatm_type C2 atom id /R:179@O4 idatm_type O2 atom id /R:179@C5 idatm_type C2 atom id /R:179@C6 idatm_type C2 atom id /R:180@P idatm_type Pac atom id /R:180@OP1 idatm_type O3- atom id /R:180@OP2 idatm_type O3- atom id /R:180@O5' idatm_type O3 atom id /R:180@C5' idatm_type C3 atom id /R:180@C4' idatm_type C3 atom id /R:180@O4' idatm_type O3 atom id /R:180@C3' idatm_type C3 atom id /R:180@O3' idatm_type O3 atom id /R:180@C2' idatm_type C3 atom id /R:180@O2' idatm_type O3 atom id /R:180@C1' idatm_type C3 atom id /R:180@N1 idatm_type Npl atom id /R:180@C2 idatm_type C2 atom id /R:180@O2 idatm_type O2 atom id /R:180@N3 idatm_type N2 atom id /R:180@C4 idatm_type C2 atom id /R:180@N4 idatm_type Npl atom id /R:180@C5 idatm_type C2 atom id /R:180@C6 idatm_type C2 atom id /R:181@P idatm_type Pac atom id /R:181@OP1 idatm_type O3- atom id /R:181@OP2 idatm_type O3- atom id /R:181@O5' idatm_type O3 atom id /R:181@C5' idatm_type C3 atom id /R:181@C4' idatm_type C3 atom id /R:181@O4' idatm_type O3 atom id /R:181@C3' idatm_type C3 atom id /R:181@O3' idatm_type O3 atom id /R:181@C2' idatm_type C3 atom id /R:181@O2' idatm_type O3 atom id /R:181@C1' idatm_type C3 atom id /R:181@N9 idatm_type Npl atom id /R:181@C8 idatm_type Car atom id /R:181@N7 idatm_type N2 atom id /R:181@C5 idatm_type Car atom id /R:181@C6 idatm_type Car atom id /R:181@N6 idatm_type Npl atom id /R:181@N1 idatm_type N2 atom id /R:181@C2 idatm_type Car atom id /R:181@N3 idatm_type N2 atom id /R:181@C4 idatm_type Car atom id /R:182@P idatm_type Pac atom id /R:182@OP1 idatm_type O3- atom id /R:182@OP2 idatm_type O3- atom id /R:182@O5' idatm_type O3 atom id /R:182@C5' idatm_type C3 atom id /R:182@C4' idatm_type C3 atom id /R:182@O4' idatm_type O3 atom id /R:182@C3' idatm_type C3 atom id /R:182@O3' idatm_type O3 atom id /R:182@C2' idatm_type C3 atom id /R:182@O2' idatm_type O3 atom id /R:182@C1' idatm_type C3 atom id /R:182@N9 idatm_type Npl atom id /R:182@C8 idatm_type Car atom id /R:182@N7 idatm_type N2 atom id /R:182@C5 idatm_type Car atom id /R:182@C6 idatm_type C2 atom id /R:182@O6 idatm_type O2 atom id /R:182@N1 idatm_type Npl atom id /R:182@C2 idatm_type C2 atom id /R:182@N2 idatm_type Npl atom id /R:182@N3 idatm_type N2 atom id /R:182@C4 idatm_type Car atom id /R:183@P idatm_type Pac atom id /R:183@OP1 idatm_type O3- atom id /R:183@OP2 idatm_type O3- atom id /R:183@O5' idatm_type O3 atom id /R:183@C5' idatm_type C3 atom id /R:183@C4' idatm_type C3 atom id /R:183@O4' idatm_type O3 atom id /R:183@C3' idatm_type C3 atom id /R:183@O3' idatm_type O3 atom id /R:183@C2' idatm_type C3 atom id /R:183@O2' idatm_type O3 atom id /R:183@C1' idatm_type C3 atom id /R:183@N1 idatm_type Npl atom id /R:183@C2 idatm_type C2 atom id /R:183@O2 idatm_type O2 atom id /R:183@N3 idatm_type N2 atom id /R:183@C4 idatm_type C2 atom id /R:183@N4 idatm_type Npl atom id /R:183@C5 idatm_type C2 atom id /R:183@C6 idatm_type C2 atom id /R:184@P idatm_type Pac atom id /R:184@OP1 idatm_type O3- atom id /R:184@OP2 idatm_type O3- atom id /R:184@O5' idatm_type O3 atom id /R:184@C5' idatm_type C3 atom id /R:184@C4' idatm_type C3 atom id /R:184@O4' idatm_type O3 atom id /R:184@C3' idatm_type C3 atom id /R:184@O3' idatm_type O3 atom id /R:184@C2' idatm_type C3 atom id /R:184@O2' idatm_type O3 atom id /R:184@C1' idatm_type C3 atom id /R:184@N1 idatm_type Npl atom id /R:184@C2 idatm_type C2 atom id /R:184@O2 idatm_type O2 atom id /R:184@N3 idatm_type Npl atom id /R:184@C4 idatm_type C2 atom id /R:184@O4 idatm_type O2 atom id /R:184@C5 idatm_type C2 atom id /R:184@C6 idatm_type C2 atom id /R:185@P idatm_type Pac atom id /R:185@OP1 idatm_type O3- atom id /R:185@OP2 idatm_type O3- atom id /R:185@O5' idatm_type O3 atom id /R:185@C5' idatm_type C3 atom id /R:185@C4' idatm_type C3 atom id /R:185@O4' idatm_type O3 atom id /R:185@C3' idatm_type C3 atom id /R:185@O3' idatm_type O3 atom id /R:185@C2' idatm_type C3 atom id /R:185@O2' idatm_type O3 atom id /R:185@C1' idatm_type C3 atom id /R:185@N9 idatm_type Npl atom id /R:185@C8 idatm_type Car atom id /R:185@N7 idatm_type N2 atom id /R:185@C5 idatm_type Car atom id /R:185@C6 idatm_type C2 atom id /R:185@O6 idatm_type O2 atom id /R:185@N1 idatm_type Npl atom id /R:185@C2 idatm_type C2 atom id /R:185@N2 idatm_type Npl atom id /R:185@N3 idatm_type N2 atom id /R:185@C4 idatm_type Car atom id /R:186@P idatm_type Pac atom id /R:186@OP1 idatm_type O3- atom id /R:186@OP2 idatm_type O3- atom id /R:186@O5' idatm_type O3 atom id /R:186@C5' idatm_type C3 atom id /R:186@C4' idatm_type C3 atom id /R:186@O4' idatm_type O3 atom id /R:186@C3' idatm_type C3 atom id /R:186@O3' idatm_type O3 atom id /R:186@C2' idatm_type C3 atom id /R:186@O2' idatm_type O3 atom id /R:186@C1' idatm_type C3 atom id /R:186@N1 idatm_type Npl atom id /R:186@C2 idatm_type C2 atom id /R:186@O2 idatm_type O2 atom id /R:186@N3 idatm_type N2 atom id /R:186@C4 idatm_type C2 atom id /R:186@N4 idatm_type Npl atom id /R:186@C5 idatm_type C2 atom id /R:186@C6 idatm_type C2 atom id /R:187@P idatm_type Pac atom id /R:187@OP1 idatm_type O3- atom id /R:187@OP2 idatm_type O3- atom id /R:187@O5' idatm_type O3 atom id /R:187@C5' idatm_type C3 atom id /R:187@C4' idatm_type C3 atom id /R:187@O4' idatm_type O3 atom id /R:187@C3' idatm_type C3 atom id /R:187@O3' idatm_type O3 atom id /R:187@C2' idatm_type C3 atom id /R:187@O2' idatm_type O3 atom id /R:187@C1' idatm_type C3 atom id /R:187@N1 idatm_type Npl atom id /R:187@C2 idatm_type C2 atom id /R:187@O2 idatm_type O2 atom id /R:187@N3 idatm_type Npl atom id /R:187@C4 idatm_type C2 atom id /R:187@O4 idatm_type O2 atom id /R:187@C5 idatm_type C2 atom id /R:187@C6 idatm_type C2 atom id /R:188@P idatm_type Pac atom id /R:188@OP1 idatm_type O3- atom id /R:188@OP2 idatm_type O3- atom id /R:188@O5' idatm_type O3 atom id /R:188@C5' idatm_type C3 atom id /R:188@C4' idatm_type C3 atom id /R:188@O4' idatm_type O3 atom id /R:188@C3' idatm_type C3 atom id /R:188@O3' idatm_type O3 atom id /R:188@C2' idatm_type C3 atom id /R:188@O2' idatm_type O3 atom id /R:188@C1' idatm_type C3 atom id /R:188@N9 idatm_type Npl atom id /R:188@C8 idatm_type Car atom id /R:188@N7 idatm_type N2 atom id /R:188@C5 idatm_type Car atom id /R:188@C6 idatm_type C2 atom id /R:188@O6 idatm_type O2 atom id /R:188@N1 idatm_type Npl atom id /R:188@C2 idatm_type C2 atom id /R:188@N2 idatm_type Npl atom id /R:188@N3 idatm_type N2 atom id /R:188@C4 idatm_type Car atom id /R:189@P idatm_type Pac atom id /R:189@OP1 idatm_type O3- atom id /R:189@OP2 idatm_type O3- atom id /R:189@O5' idatm_type O3 atom id /R:189@C5' idatm_type C3 atom id /R:189@C4' idatm_type C3 atom id /R:189@O4' idatm_type O3 atom id /R:189@C3' idatm_type C3 atom id /R:189@O3' idatm_type O3 atom id /R:189@C2' idatm_type C3 atom id /R:189@O2' idatm_type O3 atom id /R:189@C1' idatm_type C3 atom id /R:189@N9 idatm_type Npl atom id /R:189@C8 idatm_type Car atom id /R:189@N7 idatm_type N2 atom id /R:189@C5 idatm_type Car atom id /R:189@C6 idatm_type C2 atom id /R:189@O6 idatm_type O2 atom id /R:189@N1 idatm_type Npl atom id /R:189@C2 idatm_type C2 atom id /R:189@N2 idatm_type Npl atom id /R:189@N3 idatm_type N2 atom id /R:189@C4 idatm_type Car atom id /R:190@P idatm_type Pac atom id /R:190@OP1 idatm_type O3- atom id /R:190@OP2 idatm_type O3- atom id /R:190@O5' idatm_type O3 atom id /R:190@C5' idatm_type C3 atom id /R:190@C4' idatm_type C3 atom id /R:190@O4' idatm_type O3 atom id /R:190@C3' idatm_type C3 atom id /R:190@O3' idatm_type O3 atom id /R:190@C2' idatm_type C3 atom id /R:190@O2' idatm_type O3 atom id /R:190@C1' idatm_type C3 atom id /R:190@N1 idatm_type Npl atom id /R:190@C2 idatm_type C2 atom id /R:190@O2 idatm_type O2 atom id /R:190@N3 idatm_type N2 atom id /R:190@C4 idatm_type C2 atom id /R:190@N4 idatm_type Npl atom id /R:190@C5 idatm_type C2 atom id /R:190@C6 idatm_type C2 atom id /R:191@P idatm_type Pac atom id /R:191@OP1 idatm_type O3- atom id /R:191@OP2 idatm_type O3- atom id /R:191@O5' idatm_type O3 atom id /R:191@C5' idatm_type C3 atom id /R:191@C4' idatm_type C3 atom id /R:191@O4' idatm_type O3 atom id /R:191@C3' idatm_type C3 atom id /R:191@O3' idatm_type O3 atom id /R:191@C2' idatm_type C3 atom id /R:191@O2' idatm_type O3 atom id /R:191@C1' idatm_type C3 atom id /R:191@N1 idatm_type Npl atom id /R:191@C2 idatm_type C2 atom id /R:191@O2 idatm_type O2 atom id /R:191@N3 idatm_type N2 atom id /R:191@C4 idatm_type C2 atom id /R:191@N4 idatm_type Npl atom id /R:191@C5 idatm_type C2 atom id /R:191@C6 idatm_type C2 atom id /R:192@P idatm_type Pac atom id /R:192@OP1 idatm_type O3- atom id /R:192@OP2 idatm_type O3- atom id /R:192@O5' idatm_type O3 atom id /R:192@C5' idatm_type C3 atom id /R:192@C4' idatm_type C3 atom id /R:192@O4' idatm_type O3 atom id /R:192@C3' idatm_type C3 atom id /R:192@O3' idatm_type O3 atom id /R:192@C2' idatm_type C3 atom id /R:192@O2' idatm_type O3 atom id /R:192@C1' idatm_type C3 atom id /R:192@N1 idatm_type Npl atom id /R:192@C2 idatm_type C2 atom id /R:192@O2 idatm_type O2 atom id /R:192@N3 idatm_type N2 atom id /R:192@C4 idatm_type C2 atom id /R:192@N4 idatm_type Npl atom id /R:192@C5 idatm_type C2 atom id /R:192@C6 idatm_type C2 > info selection atom id /R:163@P idatm_type Pac atom id /R:163@OP1 idatm_type O3- atom id /R:163@OP2 idatm_type O3- atom id /R:163@O5' idatm_type O3 atom id /R:163@C5' idatm_type C3 atom id /R:163@C4' idatm_type C3 atom id /R:163@O4' idatm_type O3 atom id /R:163@C3' idatm_type C3 atom id /R:163@O3' idatm_type O3 atom id /R:163@C2' idatm_type C3 atom id /R:163@O2' idatm_type O3 atom id /R:163@C1' idatm_type C3 atom id /R:163@N9 idatm_type Npl atom id /R:163@C8 idatm_type Car atom id /R:163@N7 idatm_type N2 atom id /R:163@C5 idatm_type Car atom id /R:163@C6 idatm_type C2 atom id /R:163@O6 idatm_type O2 atom id /R:163@N1 idatm_type Npl atom id /R:163@C2 idatm_type C2 atom id /R:163@N2 idatm_type Npl atom id /R:163@N3 idatm_type N2 atom id /R:163@C4 idatm_type Car atom id /R:164@P idatm_type Pac atom id /R:164@OP1 idatm_type O3- atom id /R:164@OP2 idatm_type O3- atom id /R:164@O5' idatm_type O3 atom id /R:164@C5' idatm_type C3 atom id /R:164@C4' idatm_type C3 atom id /R:164@O4' idatm_type O3 atom id /R:164@C3' idatm_type C3 atom id /R:164@O3' idatm_type O3 atom id /R:164@C2' idatm_type C3 atom id /R:164@O2' idatm_type O3 atom id /R:164@C1' idatm_type C3 atom id /R:164@N9 idatm_type Npl atom id /R:164@C8 idatm_type Car atom id /R:164@N7 idatm_type N2 atom id /R:164@C5 idatm_type Car atom id /R:164@C6 idatm_type Car atom id /R:164@N6 idatm_type Npl atom id /R:164@N1 idatm_type N2 atom id /R:164@C2 idatm_type Car atom id /R:164@N3 idatm_type N2 atom id /R:164@C4 idatm_type Car atom id /R:165@P idatm_type Pac atom id /R:165@OP1 idatm_type O3- atom id /R:165@OP2 idatm_type O3- atom id /R:165@O5' idatm_type O3 atom id /R:165@C5' idatm_type C3 atom id /R:165@C4' idatm_type C3 atom id /R:165@O4' idatm_type O3 atom id /R:165@C3' idatm_type C3 atom id /R:165@O3' idatm_type O3 atom id /R:165@C2' idatm_type C3 atom id /R:165@O2' idatm_type O3 atom id /R:165@C1' idatm_type C3 atom id /R:165@N9 idatm_type Npl atom id /R:165@C8 idatm_type Car atom id /R:165@N7 idatm_type N2 atom id /R:165@C5 idatm_type Car atom id /R:165@C6 idatm_type C2 atom id /R:165@O6 idatm_type O2 atom id /R:165@N1 idatm_type Npl atom id /R:165@C2 idatm_type C2 atom id /R:165@N2 idatm_type Npl atom id /R:165@N3 idatm_type N2 atom id /R:165@C4 idatm_type Car atom id /R:166@P idatm_type Pac atom id /R:166@OP1 idatm_type O3- atom id /R:166@OP2 idatm_type O3- atom id /R:166@O5' idatm_type O3 atom id /R:166@C5' idatm_type C3 atom id /R:166@C4' idatm_type C3 atom id /R:166@O4' idatm_type O3 atom id /R:166@C3' idatm_type C3 atom id /R:166@O3' idatm_type O3 atom id /R:166@C2' idatm_type C3 atom id /R:166@O2' idatm_type O3 atom id /R:166@C1' idatm_type C3 atom id /R:166@N1 idatm_type Npl atom id /R:166@C2 idatm_type C2 atom id /R:166@O2 idatm_type O2 atom id /R:166@N3 idatm_type N2 atom id /R:166@C4 idatm_type C2 atom id /R:166@N4 idatm_type Npl atom id /R:166@C5 idatm_type C2 atom id /R:166@C6 idatm_type C2 atom id /R:167@P idatm_type Pac atom id /R:167@OP1 idatm_type O3- atom id /R:167@OP2 idatm_type O3- atom id /R:167@O5' idatm_type O3 atom id /R:167@C5' idatm_type C3 atom id /R:167@C4' idatm_type C3 atom id /R:167@O4' idatm_type O3 atom id /R:167@C3' idatm_type C3 atom id /R:167@O3' idatm_type O3 atom id /R:167@C2' idatm_type C3 atom id /R:167@O2' idatm_type O3 atom id /R:167@C1' idatm_type C3 atom id /R:167@N9 idatm_type Npl atom id /R:167@C8 idatm_type Car atom id /R:167@N7 idatm_type N2 atom id /R:167@C5 idatm_type Car atom id /R:167@C6 idatm_type Car atom id /R:167@N6 idatm_type Npl atom id /R:167@N1 idatm_type N2 atom id /R:167@C2 idatm_type Car atom id /R:167@N3 idatm_type N2 atom id /R:167@C4 idatm_type Car atom id /R:168@P idatm_type Pac atom id /R:168@OP1 idatm_type O3- atom id /R:168@OP2 idatm_type O3- atom id /R:168@O5' idatm_type O3 atom id /R:168@C5' idatm_type C3 atom id /R:168@C4' idatm_type C3 atom id /R:168@O4' idatm_type O3 atom id /R:168@C3' idatm_type C3 atom id /R:168@O3' idatm_type O3 atom id /R:168@C2' idatm_type C3 atom id /R:168@O2' idatm_type O3 atom id /R:168@C1' idatm_type C3 atom id /R:168@N9 idatm_type Npl atom id /R:168@C8 idatm_type Car atom id /R:168@N7 idatm_type N2 atom id /R:168@C5 idatm_type Car atom id /R:168@C6 idatm_type Car atom id /R:168@N6 idatm_type Npl atom id /R:168@N1 idatm_type N2 atom id /R:168@C2 idatm_type Car atom id /R:168@N3 idatm_type N2 atom id /R:168@C4 idatm_type Car atom id /R:169@P idatm_type Pac atom id /R:169@OP1 idatm_type O3- atom id /R:169@OP2 idatm_type O3- atom id /R:169@O5' idatm_type O3 atom id /R:169@C5' idatm_type C3 atom id /R:169@C4' idatm_type C3 atom id /R:169@O4' idatm_type O3 atom id /R:169@C3' idatm_type C3 atom id /R:169@O3' idatm_type O3 atom id /R:169@C2' idatm_type C3 atom id /R:169@O2' idatm_type O3 atom id /R:169@C1' idatm_type C3 atom id /R:169@N9 idatm_type Npl atom id /R:169@C8 idatm_type Car atom id /R:169@N7 idatm_type N2 atom id /R:169@C5 idatm_type Car atom id /R:169@C6 idatm_type Car atom id /R:169@N6 idatm_type Npl atom id /R:169@N1 idatm_type N2 atom id /R:169@C2 idatm_type Car atom id /R:169@N3 idatm_type N2 atom id /R:169@C4 idatm_type Car atom id /R:170@P idatm_type Pac atom id /R:170@OP1 idatm_type O3- atom id /R:170@OP2 idatm_type O3- atom id /R:170@O5' idatm_type O3 atom id /R:170@C5' idatm_type C3 atom id /R:170@C4' idatm_type C3 atom id /R:170@O4' idatm_type O3 atom id /R:170@C3' idatm_type C3 atom id /R:170@O3' idatm_type O3 atom id /R:170@C2' idatm_type C3 atom id /R:170@O2' idatm_type O3 atom id /R:170@C1' idatm_type C3 atom id /R:170@N1 idatm_type Npl atom id /R:170@C2 idatm_type C2 atom id /R:170@O2 idatm_type O2 atom id /R:170@N3 idatm_type N2 atom id /R:170@C4 idatm_type C2 atom id /R:170@N4 idatm_type Npl atom id /R:170@C5 idatm_type C2 atom id /R:170@C6 idatm_type C2 atom id /R:171@P idatm_type Pac atom id /R:171@OP1 idatm_type O3- atom id /R:171@OP2 idatm_type O3- atom id /R:171@O5' idatm_type O3 atom id /R:171@C5' idatm_type C3 atom id /R:171@C4' idatm_type C3 atom id /R:171@O4' idatm_type O3 atom id /R:171@C3' idatm_type C3 atom id /R:171@O3' idatm_type O3 atom id /R:171@C2' idatm_type C3 atom id /R:171@O2' idatm_type O3 atom id /R:171@C1' idatm_type C3 atom id /R:171@N9 idatm_type Npl atom id /R:171@C8 idatm_type Car atom id /R:171@N7 idatm_type N2 atom id /R:171@C5 idatm_type Car atom id /R:171@C6 idatm_type Car atom id /R:171@N6 idatm_type Npl atom id /R:171@N1 idatm_type N2 atom id /R:171@C2 idatm_type Car atom id /R:171@N3 idatm_type N2 atom id /R:171@C4 idatm_type Car atom id /R:172@P idatm_type Pac atom id /R:172@OP1 idatm_type O3- atom id /R:172@OP2 idatm_type O3- atom id /R:172@O5' idatm_type O3 atom id /R:172@C5' idatm_type C3 atom id /R:172@C4' idatm_type C3 atom id /R:172@O4' idatm_type O3 atom id /R:172@C3' idatm_type C3 atom id /R:172@O3' idatm_type O3 atom id /R:172@C2' idatm_type C3 atom id /R:172@O2' idatm_type O3 atom id /R:172@C1' idatm_type C3 atom id /R:172@N9 idatm_type Npl atom id /R:172@C8 idatm_type Car atom id /R:172@N7 idatm_type N2 atom id /R:172@C5 idatm_type Car atom id /R:172@C6 idatm_type Car atom id /R:172@N6 idatm_type Npl atom id /R:172@N1 idatm_type N2 atom id /R:172@C2 idatm_type Car atom id /R:172@N3 idatm_type N2 atom id /R:172@C4 idatm_type Car atom id /R:173@P idatm_type Pac atom id /R:173@OP1 idatm_type O3- atom id /R:173@OP2 idatm_type O3- atom id /R:173@O5' idatm_type O3 atom id /R:173@C5' idatm_type C3 atom id /R:173@C4' idatm_type C3 atom id /R:173@O4' idatm_type O3 atom id /R:173@C3' idatm_type C3 atom id /R:173@O3' idatm_type O3 atom id /R:173@C2' idatm_type C3 atom id /R:173@O2' idatm_type O3 atom id /R:173@C1' idatm_type C3 atom id /R:173@N9 idatm_type Npl atom id /R:173@C8 idatm_type Car atom id /R:173@N7 idatm_type N2 atom id /R:173@C5 idatm_type Car atom id /R:173@C6 idatm_type Car atom id /R:173@N6 idatm_type Npl atom id /R:173@N1 idatm_type N2 atom id /R:173@C2 idatm_type Car atom id /R:173@N3 idatm_type N2 atom id /R:173@C4 idatm_type Car atom id /R:174@P idatm_type Pac atom id /R:174@OP1 idatm_type O3- atom id /R:174@OP2 idatm_type O3- atom id /R:174@O5' idatm_type O3 atom id /R:174@C5' idatm_type C3 atom id /R:174@C4' idatm_type C3 atom id /R:174@O4' idatm_type O3 atom id /R:174@C3' idatm_type C3 atom id /R:174@O3' idatm_type O3 atom id /R:174@C2' idatm_type C3 atom id /R:174@O2' idatm_type O3 atom id /R:174@C1' idatm_type C3 atom id /R:174@N9 idatm_type Npl atom id /R:174@C8 idatm_type Car atom id /R:174@N7 idatm_type N2 atom id /R:174@C5 idatm_type Car atom id /R:174@C6 idatm_type Car atom id /R:174@N6 idatm_type Npl atom id /R:174@N1 idatm_type N2 atom id /R:174@C2 idatm_type Car atom id /R:174@N3 idatm_type N2 atom id /R:174@C4 idatm_type Car atom id /R:175@P idatm_type Pac atom id /R:175@OP1 idatm_type O3- atom id /R:175@OP2 idatm_type O3- atom id /R:175@O5' idatm_type O3 atom id /R:175@C5' idatm_type C3 atom id /R:175@C4' idatm_type C3 atom id /R:175@O4' idatm_type O3 atom id /R:175@C3' idatm_type C3 atom id /R:175@O3' idatm_type O3 atom id /R:175@C2' idatm_type C3 atom id /R:175@O2' idatm_type O3 atom id /R:175@C1' idatm_type C3 atom id /R:175@N9 idatm_type Npl atom id /R:175@C8 idatm_type Car atom id /R:175@N7 idatm_type N2 atom id /R:175@C5 idatm_type Car atom id /R:175@C6 idatm_type Car atom id /R:175@N6 idatm_type Npl atom id /R:175@N1 idatm_type N2 atom id /R:175@C2 idatm_type Car atom id /R:175@N3 idatm_type N2 atom id /R:175@C4 idatm_type Car atom id /R:176@P idatm_type Pac atom id /R:176@OP1 idatm_type O3- atom id /R:176@OP2 idatm_type O3- atom id /R:176@O5' idatm_type O3 atom id /R:176@C5' idatm_type C3 atom id /R:176@C4' idatm_type C3 atom id /R:176@O4' idatm_type O3 atom id /R:176@C3' idatm_type C3 atom id /R:176@O3' idatm_type O3 atom id /R:176@C2' idatm_type C3 atom id /R:176@O2' idatm_type O3 atom id /R:176@C1' idatm_type C3 atom id /R:176@N9 idatm_type Npl atom id /R:176@C8 idatm_type Car atom id /R:176@N7 idatm_type N2 atom id /R:176@C5 idatm_type Car atom id /R:176@C6 idatm_type Car atom id /R:176@N6 idatm_type Npl atom id /R:176@N1 idatm_type N2 atom id /R:176@C2 idatm_type Car atom id /R:176@N3 idatm_type N2 atom id /R:176@C4 idatm_type Car atom id /R:177@P idatm_type Pac atom id /R:177@OP1 idatm_type O3- atom id /R:177@OP2 idatm_type O3- atom id /R:177@O5' idatm_type O3 atom id /R:177@C5' idatm_type C3 atom id /R:177@C4' idatm_type C3 atom id /R:177@O4' idatm_type O3 atom id /R:177@C3' idatm_type C3 atom id /R:177@O3' idatm_type O3 atom id /R:177@C2' idatm_type C3 atom id /R:177@O2' idatm_type O3 atom id /R:177@C1' idatm_type C3 atom id /R:177@N1 idatm_type Npl atom id /R:177@C2 idatm_type C2 atom id /R:177@O2 idatm_type O2 atom id /R:177@N3 idatm_type Npl atom id /R:177@C4 idatm_type C2 atom id /R:177@O4 idatm_type O2 atom id /R:177@C5 idatm_type C2 atom id /R:177@C6 idatm_type C2 atom id /R:178@P idatm_type Pac atom id /R:178@OP1 idatm_type O3- atom id /R:178@OP2 idatm_type O3- atom id /R:178@O5' idatm_type O3 atom id /R:178@C5' idatm_type C3 atom id /R:178@C4' idatm_type C3 atom id /R:178@O4' idatm_type O3 atom id /R:178@C3' idatm_type C3 atom id /R:178@O3' idatm_type O3 atom id /R:178@C2' idatm_type C3 atom id /R:178@O2' idatm_type O3 atom id /R:178@C1' idatm_type C3 atom id /R:178@N9 idatm_type Npl atom id /R:178@C8 idatm_type Car atom id /R:178@N7 idatm_type N2 atom id /R:178@C5 idatm_type Car atom id /R:178@C6 idatm_type C2 atom id /R:178@O6 idatm_type O2 atom id /R:178@N1 idatm_type Npl atom id /R:178@C2 idatm_type C2 atom id /R:178@N2 idatm_type Npl atom id /R:178@N3 idatm_type N2 atom id /R:178@C4 idatm_type Car atom id /R:179@P idatm_type Pac atom id /R:179@OP1 idatm_type O3- atom id /R:179@OP2 idatm_type O3- atom id /R:179@O5' idatm_type O3 atom id /R:179@C5' idatm_type C3 atom id /R:179@C4' idatm_type C3 atom id /R:179@O4' idatm_type O3 atom id /R:179@C3' idatm_type C3 atom id /R:179@O3' idatm_type O3 atom id /R:179@C2' idatm_type C3 atom id /R:179@O2' idatm_type O3 atom id /R:179@C1' idatm_type C3 atom id /R:179@N1 idatm_type Npl atom id /R:179@C2 idatm_type C2 atom id /R:179@O2 idatm_type O2 atom id /R:179@N3 idatm_type Npl atom id /R:179@C4 idatm_type C2 atom id /R:179@O4 idatm_type O2 atom id /R:179@C5 idatm_type C2 atom id /R:179@C6 idatm_type C2 atom id /R:180@P idatm_type Pac atom id /R:180@OP1 idatm_type O3- atom id /R:180@OP2 idatm_type O3- atom id /R:180@O5' idatm_type O3 atom id /R:180@C5' idatm_type C3 atom id /R:180@C4' idatm_type C3 atom id /R:180@O4' idatm_type O3 atom id /R:180@C3' idatm_type C3 atom id /R:180@O3' idatm_type O3 atom id /R:180@C2' idatm_type C3 atom id /R:180@O2' idatm_type O3 atom id /R:180@C1' idatm_type C3 atom id /R:180@N1 idatm_type Npl atom id /R:180@C2 idatm_type C2 atom id /R:180@O2 idatm_type O2 atom id /R:180@N3 idatm_type N2 atom id /R:180@C4 idatm_type C2 atom id /R:180@N4 idatm_type Npl atom id /R:180@C5 idatm_type C2 atom id /R:180@C6 idatm_type C2 atom id /R:181@P idatm_type Pac atom id /R:181@OP1 idatm_type O3- atom id /R:181@OP2 idatm_type O3- atom id /R:181@O5' idatm_type O3 atom id /R:181@C5' idatm_type C3 atom id /R:181@C4' idatm_type C3 atom id /R:181@O4' idatm_type O3 atom id /R:181@C3' idatm_type C3 atom id /R:181@O3' idatm_type O3 atom id /R:181@C2' idatm_type C3 atom id /R:181@O2' idatm_type O3 atom id /R:181@C1' idatm_type C3 atom id /R:181@N9 idatm_type Npl atom id /R:181@C8 idatm_type Car atom id /R:181@N7 idatm_type N2 atom id /R:181@C5 idatm_type Car atom id /R:181@C6 idatm_type Car atom id /R:181@N6 idatm_type Npl atom id /R:181@N1 idatm_type N2 atom id /R:181@C2 idatm_type Car atom id /R:181@N3 idatm_type N2 atom id /R:181@C4 idatm_type Car atom id /R:182@P idatm_type Pac atom id /R:182@OP1 idatm_type O3- atom id /R:182@OP2 idatm_type O3- atom id /R:182@O5' idatm_type O3 atom id /R:182@C5' idatm_type C3 atom id /R:182@C4' idatm_type C3 atom id /R:182@O4' idatm_type O3 atom id /R:182@C3' idatm_type C3 atom id /R:182@O3' idatm_type O3 atom id /R:182@C2' idatm_type C3 atom id /R:182@O2' idatm_type O3 atom id /R:182@C1' idatm_type C3 atom id /R:182@N9 idatm_type Npl atom id /R:182@C8 idatm_type Car atom id /R:182@N7 idatm_type N2 atom id /R:182@C5 idatm_type Car atom id /R:182@C6 idatm_type C2 atom id /R:182@O6 idatm_type O2 atom id /R:182@N1 idatm_type Npl atom id /R:182@C2 idatm_type C2 atom id /R:182@N2 idatm_type Npl atom id /R:182@N3 idatm_type N2 atom id /R:182@C4 idatm_type Car atom id /R:183@P idatm_type Pac atom id /R:183@OP1 idatm_type O3- atom id /R:183@OP2 idatm_type O3- atom id /R:183@O5' idatm_type O3 atom id /R:183@C5' idatm_type C3 atom id /R:183@C4' idatm_type C3 atom id /R:183@O4' idatm_type O3 atom id /R:183@C3' idatm_type C3 atom id /R:183@O3' idatm_type O3 atom id /R:183@C2' idatm_type C3 atom id /R:183@O2' idatm_type O3 atom id /R:183@C1' idatm_type C3 atom id /R:183@N1 idatm_type Npl atom id /R:183@C2 idatm_type C2 atom id /R:183@O2 idatm_type O2 atom id /R:183@N3 idatm_type N2 atom id /R:183@C4 idatm_type C2 atom id /R:183@N4 idatm_type Npl atom id /R:183@C5 idatm_type C2 atom id /R:183@C6 idatm_type C2 atom id /R:184@P idatm_type Pac atom id /R:184@OP1 idatm_type O3- atom id /R:184@OP2 idatm_type O3- atom id /R:184@O5' idatm_type O3 atom id /R:184@C5' idatm_type C3 atom id /R:184@C4' idatm_type C3 atom id /R:184@O4' idatm_type O3 atom id /R:184@C3' idatm_type C3 atom id /R:184@O3' idatm_type O3 atom id /R:184@C2' idatm_type C3 atom id /R:184@O2' idatm_type O3 atom id /R:184@C1' idatm_type C3 atom id /R:184@N1 idatm_type Npl atom id /R:184@C2 idatm_type C2 atom id /R:184@O2 idatm_type O2 atom id /R:184@N3 idatm_type Npl atom id /R:184@C4 idatm_type C2 atom id /R:184@O4 idatm_type O2 atom id /R:184@C5 idatm_type C2 atom id /R:184@C6 idatm_type C2 atom id /R:185@P idatm_type Pac atom id /R:185@OP1 idatm_type O3- atom id /R:185@OP2 idatm_type O3- atom id /R:185@O5' idatm_type O3 atom id /R:185@C5' idatm_type C3 atom id /R:185@C4' idatm_type C3 atom id /R:185@O4' idatm_type O3 atom id /R:185@C3' idatm_type C3 atom id /R:185@O3' idatm_type O3 atom id /R:185@C2' idatm_type C3 atom id /R:185@O2' idatm_type O3 atom id /R:185@C1' idatm_type C3 atom id /R:185@N9 idatm_type Npl atom id /R:185@C8 idatm_type Car atom id /R:185@N7 idatm_type N2 atom id /R:185@C5 idatm_type Car atom id /R:185@C6 idatm_type C2 atom id /R:185@O6 idatm_type O2 atom id /R:185@N1 idatm_type Npl atom id /R:185@C2 idatm_type C2 atom id /R:185@N2 idatm_type Npl atom id /R:185@N3 idatm_type N2 atom id /R:185@C4 idatm_type Car atom id /R:186@P idatm_type Pac atom id /R:186@OP1 idatm_type O3- atom id /R:186@OP2 idatm_type O3- atom id /R:186@O5' idatm_type O3 atom id /R:186@C5' idatm_type C3 atom id /R:186@C4' idatm_type C3 atom id /R:186@O4' idatm_type O3 atom id /R:186@C3' idatm_type C3 atom id /R:186@O3' idatm_type O3 atom id /R:186@C2' idatm_type C3 atom id /R:186@O2' idatm_type O3 atom id /R:186@C1' idatm_type C3 atom id /R:186@N1 idatm_type Npl atom id /R:186@C2 idatm_type C2 atom id /R:186@O2 idatm_type O2 atom id /R:186@N3 idatm_type N2 atom id /R:186@C4 idatm_type C2 atom id /R:186@N4 idatm_type Npl atom id /R:186@C5 idatm_type C2 atom id /R:186@C6 idatm_type C2 atom id /R:187@P idatm_type Pac atom id /R:187@OP1 idatm_type O3- atom id /R:187@OP2 idatm_type O3- atom id /R:187@O5' idatm_type O3 atom id /R:187@C5' idatm_type C3 atom id /R:187@C4' idatm_type C3 atom id /R:187@O4' idatm_type O3 atom id /R:187@C3' idatm_type C3 atom id /R:187@O3' idatm_type O3 atom id /R:187@C2' idatm_type C3 atom id /R:187@O2' idatm_type O3 atom id /R:187@C1' idatm_type C3 atom id /R:187@N1 idatm_type Npl atom id /R:187@C2 idatm_type C2 atom id /R:187@O2 idatm_type O2 atom id /R:187@N3 idatm_type Npl atom id /R:187@C4 idatm_type C2 atom id /R:187@O4 idatm_type O2 atom id /R:187@C5 idatm_type C2 atom id /R:187@C6 idatm_type C2 atom id /R:188@P idatm_type Pac atom id /R:188@OP1 idatm_type O3- atom id /R:188@OP2 idatm_type O3- atom id /R:188@O5' idatm_type O3 atom id /R:188@C5' idatm_type C3 atom id /R:188@C4' idatm_type C3 atom id /R:188@O4' idatm_type O3 atom id /R:188@C3' idatm_type C3 atom id /R:188@O3' idatm_type O3 atom id /R:188@C2' idatm_type C3 atom id /R:188@O2' idatm_type O3 atom id /R:188@C1' idatm_type C3 atom id /R:188@N9 idatm_type Npl atom id /R:188@C8 idatm_type Car atom id /R:188@N7 idatm_type N2 atom id /R:188@C5 idatm_type Car atom id /R:188@C6 idatm_type C2 atom id /R:188@O6 idatm_type O2 atom id /R:188@N1 idatm_type Npl atom id /R:188@C2 idatm_type C2 atom id /R:188@N2 idatm_type Npl atom id /R:188@N3 idatm_type N2 atom id /R:188@C4 idatm_type Car atom id /R:189@P idatm_type Pac atom id /R:189@OP1 idatm_type O3- atom id /R:189@OP2 idatm_type O3- atom id /R:189@O5' idatm_type O3 atom id /R:189@C5' idatm_type C3 atom id /R:189@C4' idatm_type C3 atom id /R:189@O4' idatm_type O3 atom id /R:189@C3' idatm_type C3 atom id /R:189@O3' idatm_type O3 atom id /R:189@C2' idatm_type C3 atom id /R:189@O2' idatm_type O3 atom id /R:189@C1' idatm_type C3 atom id /R:189@N9 idatm_type Npl atom id /R:189@C8 idatm_type Car atom id /R:189@N7 idatm_type N2 atom id /R:189@C5 idatm_type Car atom id /R:189@C6 idatm_type C2 atom id /R:189@O6 idatm_type O2 atom id /R:189@N1 idatm_type Npl atom id /R:189@C2 idatm_type C2 atom id /R:189@N2 idatm_type Npl atom id /R:189@N3 idatm_type N2 atom id /R:189@C4 idatm_type Car atom id /R:190@P idatm_type Pac atom id /R:190@OP1 idatm_type O3- atom id /R:190@OP2 idatm_type O3- atom id /R:190@O5' idatm_type O3 atom id /R:190@C5' idatm_type C3 atom id /R:190@C4' idatm_type C3 atom id /R:190@O4' idatm_type O3 atom id /R:190@C3' idatm_type C3 atom id /R:190@O3' idatm_type O3 atom id /R:190@C2' idatm_type C3 atom id /R:190@O2' idatm_type O3 atom id /R:190@C1' idatm_type C3 atom id /R:190@N1 idatm_type Npl atom id /R:190@C2 idatm_type C2 atom id /R:190@O2 idatm_type O2 atom id /R:190@N3 idatm_type N2 atom id /R:190@C4 idatm_type C2 atom id /R:190@N4 idatm_type Npl atom id /R:190@C5 idatm_type C2 atom id /R:190@C6 idatm_type C2 atom id /R:191@P idatm_type Pac atom id /R:191@OP1 idatm_type O3- atom id /R:191@OP2 idatm_type O3- atom id /R:191@O5' idatm_type O3 atom id /R:191@C5' idatm_type C3 atom id /R:191@C4' idatm_type C3 atom id /R:191@O4' idatm_type O3 atom id /R:191@C3' idatm_type C3 atom id /R:191@O3' idatm_type O3 atom id /R:191@C2' idatm_type C3 atom id /R:191@O2' idatm_type O3 atom id /R:191@C1' idatm_type C3 atom id /R:191@N1 idatm_type Npl atom id /R:191@C2 idatm_type C2 atom id /R:191@O2 idatm_type O2 atom id /R:191@N3 idatm_type N2 atom id /R:191@C4 idatm_type C2 atom id /R:191@N4 idatm_type Npl atom id /R:191@C5 idatm_type C2 atom id /R:191@C6 idatm_type C2 atom id /R:192@P idatm_type Pac atom id /R:192@OP1 idatm_type O3- atom id /R:192@OP2 idatm_type O3- atom id /R:192@O5' idatm_type O3 atom id /R:192@C5' idatm_type C3 atom id /R:192@C4' idatm_type C3 atom id /R:192@O4' idatm_type O3 atom id /R:192@C3' idatm_type C3 atom id /R:192@O3' idatm_type O3 atom id /R:192@C2' idatm_type C3 atom id /R:192@O2' idatm_type O3 atom id /R:192@C1' idatm_type C3 atom id /R:192@N1 idatm_type Npl atom id /R:192@C2 idatm_type C2 atom id /R:192@O2 idatm_type O2 atom id /R:192@N3 idatm_type N2 atom id /R:192@C4 idatm_type C2 atom id /R:192@N4 idatm_type Npl atom id /R:192@C5 idatm_type C2 atom id /R:192@C6 idatm_type C2 > info traptr 1 models #1, 7v99, shown 14582 atoms, 15404 bonds, 1419 residues, 5 chains (A,K,L,R,S) 193 hydrogen bonds, 3 missing structure > info beforetraptr1 1 models #1, 7v99, shown 14582 atoms, 15404 bonds, 1419 residues, 5 chains (A,K,L,R,S) 193 hydrogen bonds, 3 missing structure > info matt Expected a models specifier or a keyword > color beforetraptr1 green > color beforetraptr2 red > name list before_traptr sel beforetr1 sel beforetraptr1 sel beforetraptr2 sel test1 sel trapping_TR sel traptr sel > select protein 9299 atoms, 9512 bonds, 1 pseudobond, 1170 residues, 2 models selected > color test1 red > color traptr blue > name delete all > name list There are no user-defined specifier names. > name traptr select /r:237-334 ""select /r:237-334"": invalid atom specifier > name traptr selection /r:237-334 ""selection /r:237-334"": invalid atom specifier > name traptr /r:237-334 > name before_traptr1 /r:33-147 > name before_traptr2 /r:163-192 > name before_traptr /r:33-192 > color /a blue > color /a lightblue > color /j green > color /k green > color /k lightgreen > color /l lightred Expected a color or one of 'byatom', 'bychain', 'byelement', 'byhetero', 'byidentity', 'bymodel', 'bynucleotide', 'bypolymer', 'fromatoms', 'fromcartoons', 'fromribbons', or 'random' or a keyword > color /l lightred Expected a color or one of 'byatom', 'bychain', 'byelement', 'byhetero', 'byidentity', 'bymodel', 'bynucleotide', 'bypolymer', 'fromatoms', 'fromcartoons', 'fromribbons', or 'random' or a keyword > color /l green > lighting soft > color before_traptr pink > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" ——— End of log from Thu Jun 8 16:55:49 2023 ——— opened ChimeraX session UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX > color before_traptr red > color before_traptr pink > lighting simple > lighting soft > lighting full > lighting soft > transparency /a 50 > transparency /a 40 > transparency /a 20 > transparency /a 10 > transparency /a 90 > transparency /a 0 > transparency /a 5 > hide /a atoms > hide /a surfaces > show /a surfaces > selection /a Unknown command: selection /a > select /a 7898 atoms, 8092 bonds, 1 pseudobond, 991 residues, 2 models selected > color sel byhetero > color sel bychain > color sel bypolymer > rainbow sel > color sel bychain > hide sel atoms > hide sel cartoons > hide sel surfaces > show sel surfaces > surface style #1.3 mesh > surface style #1.3 dot > surface style #1.3 solid > transparency (#!1 & sel) 100 > transparency (#!1 & sel) 90 > transparency (#!1 & sel) 70 > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" > ui tool show ""Surface Color"" > ui tool show ""File History"" > ui tool show AlphaFold > alphafold match #1/A Fetching AlphaFold database settings from https://www.rbvi.ucsf.edu/chimerax/data/status/alphafold_database3.json Fetching compressed AlphaFold O14746 from https://alphafold.ebi.ac.uk/files/AF-O14746-F1-model_v4.cif 1 AlphaFold model found using UniProt identifier: O14746 (chain A) AlphaFold prediction matching 7v99 --- Chain| UniProt Id| UniProt Name| RMSD| Length| Seen| % Id A | O14746 | TERT_HUMAN | 5.03 | 1132 | 991 | 100 Opened 1 AlphaFold model > hide #!2 models > show #!2 models > hide #!2 models > hide target m > show target m > hide #!2 models > close #2 > roll > roll stop Expected an axis vector or a keyword > roll off Expected an axis vector or a keyword > stop > tile 2 Expected a models specifier or a keyword > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected Unsupported scale factor (0.000000) detected on Display0 > select /R 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > select /R 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > hide beforetraptr Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > name list before_traptr /r:33-192 before_traptr1 /r:33-147 before_traptr2 /r:163-192 beforetr1 sel beforetraptr1 sel test1 sel trapping_TR sel traptr /r:237-334 > hide before_traptr > hide before_traptr atoms, ribbons > hide /a > hide /a surfaces > hide /s atoms, ribbons > name long_loop_hp selection /r:276-2279 ""selection /r:276-2279"": invalid atom specifier > name long_loop_hp selection /r:276-279 ""selection /r:276-279"": invalid atom specifier > name long_loop_hp select /r:276-279 ""select /r:276-279"": invalid atom specifier > name long_loop_hp /r:276-279 > color long_loop_hp red > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" > save /Users/matthewcomstock/Desktop/image1.png supersample 3 QPainter::begin: Paint device returned engine == 0, type: 3 ===== Log before crash end ===== Log: UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. > open ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" Log from Mon Jun 12 09:55:11 2023UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. > open ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" Log from Thu Jun 8 16:55:49 2023UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. > open ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" Log from Tue Jun 6 16:44:25 2023UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX > help help:quickstart > open 2bbv 2bbv title: The refined three-dimensional structure of an insect virus At 2.8 angstroms resolution [more info...] Chain information for 2bbv #1 --- Chain | Description | UniProt A B C | PROTEIN (BLACK BEETLE VIRUS CAPSID PROTEIN) | COAT_BBV 1-363 D E F | PROTEIN (BLACK BEETLE VIRUS CAPSID PROTEIN) | COAT_BBV 364-407 N | RNA (5'-R(*UP*CP*UP*UP*AP*UP*AP*UP*CP*U)-3') | Non-standard residues in 2bbv #1 --- CA — calcium ion 2bbv mmCIF Assemblies --- 1| complete icosahedral assembly 2| icosahedral asymmetric unit 3| icosahedral pentamer 4| icosahedral 23 hexamer 5| icosahedral asymmetric unit, std point frame 6| crystal asymmetric unit, crystal frame > color bychain > style /b stick Changed 2382 atom styles > color /n teal [Repeated 1 time(s)] > hide /c > show /c > hide /n > shown /n Unknown command: shown /n > show /n [Repeated 1 time(s)] > ribbon /c [Repeated 1 time(s)] > ribbon /n > style /n ribbon Expected a keyword > select /N:4@C5' 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select up 7817 atoms, 7813 bonds, 1208 residues, 1 model selected > select down 201 atoms, 222 bonds, 10 residues, 1 model selected > select down 20 atoms, 21 bonds, 1 residue, 1 model selected > select down 1 atom, 1 residue, 1 model selected > select up 20 atoms, 21 bonds, 1 residue, 1 model selected > select up 201 atoms, 222 bonds, 10 residues, 1 model selected > color sel gold > select clear > color sel gold > select clear > color sel gold > select clear > color sel gold > select clear > color sel red > surface #1 > color /n fromatoms > surface #1 > surface #2 No atoms specified by #2 > surface > surface #1 hide Expected a keyword > hide surfaces #1 Expected ',' or a keyword > hide surfaces > show surfaces > hide surfaces > style solvent sphere Changed 208 atom styles > color solvent red > sym #1 2bbv mmCIF Assemblies --- 1| complete icosahedral assembly| 60 copies of chains A-F,N 2| icosahedral asymmetric unit| 1 copy of chains A-F,N 3| icosahedral pentamer| 5 copies of chains A-F,N 4| icosahedral 23 hexamer| 6 copies of chains A-F,N 5| icosahedral asymmetric unit, std point frame| 1 copy of chains A-F,N 6| crystal asymmetric unit, crystal frame| 5 copies of chains A-F,N > hide #1 models > show #1 > show #1 models > sym #1 assembly 3 newModel false copies false Made 5 graphical clones for 2bbv assembly 3 > sym #1 assembly 1 Made 60 graphical clones for 2bbv assembly 1 > show #!1 models > hide #!1 models > show #!1 models > hide #!1 models > hide #!2 models > show #!2 models > sym #1 assembly 1view Assembly ""1view"" not found, have 1, 2, 3, 4, 5, 6 > view > set bgColor white > set silhouettes true > save /Users/matthewcomstock/Desktop/2bbv.png > movie record > turn y 2 180 > wait 180 > movie encode /Users/matthewcomstock/Desktop/movie1.mp4 Movie saved to /Users/matthewcomstock/Desktop/movie1.mp4 > close #2 > sym #1 assembly 3 newModel false copies false Made 5 graphical clones for 2bbv assembly 3 > show #1 models > view > ui mousemode right zoom > ui mousemode right translate > ui mousemode right zoom > surface #1 > color /n fromatoms > style solvent sphere Changed 208 atom styles > color solvent red > view > close > set bgColor black > set bgColor transparent > set silhouettes false > open 1080 fromDatabase emdb Summary of feedback from opening 1080 fetched from emdb --- note | Fetching compressed map 1080 from ftp://ftp.ebi.ac.uk/pub/databases/emdb/structures/EMD-1080/map/emd_1080.map.gz Opened emdb 1080 as #1, grid size 100,100,100, pixel 2.7, shown at level 1.68, step 1, values float32 > lighting full > volume #1 level 0.9 > volume #1 level .5 > volume #1 level .2 > volume #1 level .1 > volume #1 level 2 > volume #1 level .15 > volume #1 level 1.68 > ui mousemode right ""contour level"" > volume #1 level 1.812 > volume #1 level 1.773 > volume #1 level 1.504 > volume #1 level 1.275 > volume #1 encloseVolume 1e6 step 1 color tan > volume #1 1e5 step 1 Expected a keyword > volume #1 1e5 step 1 color tan Expected a keyword > volume #1 encloseVolume 1e5 step 1 > volume #1 encloseVolume 1e4 step 1 > volume #1 encloseVolume 1e6 step 1 color tan > set bgColor gray > set bgColor #80808000 > set silhouettes true > open 1grl Summary of feedback from opening 1grl fetched from pdb --- note | Fetching compressed mmCIF 1grl from http://files.rcsb.org/download/1grl.cif 1grl title: The crystal structure of the bacterial chaperonin groel At 2.8 angstroms [more info...] Chain information for 1grl #2 --- Chain | Description | UniProt A B C D E F G | GROEL (HSP60 CLASS) | CH60_ECOLI 2-548 1grl mmCIF Assemblies --- 1| author_and_software_defined_assembly 2| software_defined_assembly > lighting default > ui mousemode right zoom > ui mousemode right ""translate selected models"" > select /D:357@CG2 1 atom, 1 residue, 1 model selected > view matrix models #2,1,0,0,44.01,0,1,0,-1.4223,0,0,1,-0.37848 > ui mousemode right ""rotate selected models"" > view matrix models > #2,0.99999,-0.0041909,0.002923,44.116,0.0043018,0.99923,-0.039047,-2.5771,-0.0027571,0.039059,0.99923,-0.57913 > view matrix models > #2,0.99572,-0.092469,0.00020636,43.966,0.092405,0.99494,-0.039468,1.1951,0.0034442,0.039318,0.99922,-0.31382 > fitmap #2 inMap #1 Fit molecule 1grl (#2) to map emdb 1080 (#1) using 29274 atoms average map value = 1.33, steps = 104 shifted from previous position = 0.914 rotated from previous position = 20.7 degrees atoms outside contour = 3707, contour level = 0.82501 Position of 1grl (#2) relative to emdb 1080 (#1) coordinates: Matrix rotation and translation 0.90168809 -0.43225449 -0.01070721 39.38415285 0.43238288 0.90129381 0.02673023 18.93264110 -0.00190392 -0.02873195 0.99958534 -0.07033036 Axis -0.06401015 -0.01016007 0.99789753 Axis point -21.87968789 95.67746379 0.00000000 Rotation angle (degrees) 25.67269007 Shift along axis -2.78352503 > volume #1 transparency 0.5 > view matrix models > #2,0.92048,-0.39074,-0.0062701,40.283,0.39076,0.92009,0.027407,17.143,-0.0049401,-0.027678,0.9996,-0.20146 > fitmap #2 inMap #1 Fit molecule 1grl (#2) to map emdb 1080 (#1) using 29274 atoms average map value = 1.33, steps = 60 shifted from previous position = 0.0354 rotated from previous position = 2.63 degrees atoms outside contour = 3704, contour level = 0.82501 Position of 1grl (#2) relative to emdb 1080 (#1) coordinates: Matrix rotation and translation 0.90160406 -0.43242969 -0.01070914 39.38027615 0.43255808 0.90120994 0.02672371 18.93993563 -0.00190494 -0.02872653 0.99958549 -0.07718132 Axis -0.06397061 -0.01015704 0.99790009 Axis point -21.87911091 95.63336281 0.00000000 Rotation angle (degrees) 25.68378070 Shift along axis -2.78857344 > volume #1 transparency 0.5 > molmap #2 10 Opened 1grl map 10 as #3, grid size 63,63,41, pixel 3.33, shown at level 0.0611, step 1, values float32 > volume #3 style mesh > volume subtract #1 #3 minRms true Opened volume difference as #4, grid size 100,100,100, pixel 2.7, shown at step 1, values float32 Minimum RMS scale factor for ""1grl map 10 #3"" above level 0.061077 is 4.5565 > volume #4 color pink transparency 0 > hide atoms > show ribbons > close > set bgColor black > set bgColor transparent > set silhouettes false > open 1a0m fromDatabase eds Summary of feedback from opening 1a0m fetched from eds --- note | Fetching map 1a0m from http://www.ebi.ac.uk/pdbe/coordinates/files/1a0m.ccp4 Opened eds 1a0m as #1, grid size 97,101,88, pixel 0.37,0.37,0.367, shown at level 2.28, step 1, values float32 > open 1a0m Summary of feedback from opening 1a0m fetched from pdb --- note | Fetching compressed mmCIF 1a0m from http://files.rcsb.org/download/1a0m.cif 1a0m title: 1.1 angstrom crystal structure of A-conotoxin [TYR15]-epi [more info...] Chain information for 1a0m #2 --- Chain | Description | UniProt A B | ALPHA-CONOTOXIN [TYR15]-EPI | CXA1_CONEP 1-16 Non-standard residues in 1a0m #2 --- NH2 — amino group > hide ribbons > show > volume #1 level 1.0 style mesh > ui mousemode right zoom > volume zone #1 nearAtoms #2 range 2 > volume #1 level 0.5 transparency 0.6 > close > open 1273 fromDatabase emdb Summary of feedback from opening 1273 fetched from emdb --- note | Fetching compressed map 1273 from ftp://ftp.ebi.ac.uk/pub/databases/emdb/structures/EMD-1273/map/emd_1273.map.gz Opened emdb 1273 as #1, grid size 2048,2048,76, pixel 22.5, shown at step 1, values int8 > volume #1 region all showOutlineBox true > close > open 7v99 Summary of feedback from opening 7v99 fetched from pdb --- note | Fetching compressed mmCIF 7v99 from http://files.rcsb.org/download/7v99.cif 7v99 title: catalytic core of human telomerase holoenzyme [more info...] Chain information for 7v99 #1 --- Chain | Description | UniProt A | Telomerase reverse transcriptase | TERT_HUMAN 1-1132 K | Histone H2A type 1-B/E | H2A1B_HUMAN 1-129 L | Histone H2B type 1-K | H2B1K_HUMAN 1-125 R | Telomerase RNA component | S | Primer DNA | > color bychain > set bgColor white > set bgColor #ffffff00 > lighting simple > lighting full > hide atoms > show cartoons > show atoms > show surfaces > nucleotides ladder > graphics silhouettes true > volume hide No volumes specified > select /R:33-334 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > hide surfaces sel Expected ',' or a keyword > hide sel surfaces > color sel orange > hide /a > hide /a atoms > hide /a surfaces > hide /a ribbons > hide /s > hide /s all Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > hide /s models [Repeated 1 time(s)] > show /s models > show /s atoms > hide /s atoms > hide /s surfaces > hide /s ribbons > sym #1 7v99 mmCIF Assemblies --- 1| author_defined_assembly| 1 copy of chains A,K,L,R,S > show /a surfaces > color /r teal > color /r orange > color /k green > color /l green > color /k red > hide sel atoms > show sel atoms > color sel bynucleotide > nucleotides sel stubs > nucleotides sel ladder > nucleotides sel stubs > nucleotides sel tube/slab shape muffler > nucleotides sel tube/slab shape ellipsoid > nucleotides sel tube/slab shape box > nucleotides sel slab > style nucleic & sel stick Changed 5156 atom styles > nucleotides sel fill > style nucleic & sel stick Changed 5156 atom styles > nucleotides sel stubs > nucleotides sel ladder > color #1.4 #ff59f5ff > hide /k atoms > hide /l atoms > color #1.5 #00d301ff > color #1.5 #00da01ff > save ""/Users/matthewcomstock/OneDrive - Michigan State University/project > analysis/230308 telomerase RNA structure/telomerase structures/7v99 chimera > work.cxs"" > open https://www.rbvi.ucsf.edu/chimerax/tutorials.html Opened https://www.rbvi.ucsf.edu/chimerax/tutorials.html > ui tool show ""Show Sequence Viewer"" > sequence chain /R Alignment identifier is 1/R > select sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > color sel red > color sel orange > save ""/Users/matthewcomstock/OneDrive - Michigan State University/project > analysis/230308 telomerase RNA structure/telomerase structures/7v99 chimera > work.cxs"" > ui tool show ""Show Sequence Viewer"" > sequence chain /R Destroying pre-existing alignment with identifier 1/R Alignment identifier is 1/R > select /a 7898 atoms, 8092 bonds, 1 pseudobond, 991 residues, 2 models selected > select /r 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > select /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > select sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > select /r 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > select /r :1:10 Nothing selected > select /r:1:10 Nothing selected > select /r:10 Nothing selected > select /r:100 20 atoms, 21 bonds, 1 residue, 1 model selected > select /r:101 20 atoms, 21 bonds, 1 residue, 1 model selected > select /r:237 20 atoms, 21 bonds, 1 residue, 1 model selected > color sel red > color sel green > color /r:334 red > save /Users/matthewcomstock/Desktop/image1.png supersample 3 > hide /r:start-236 > hide ribbons /r:start-236 Expected ',' or a keyword > hide /r:start-236 ribbons > hide /r:335-end atoms, ribbons > show /r:335-end atoms, ribbons > show /r:335-end atoms > show /r:335-end > hide /r:335-end > show /r atoms, ribbons > hide /r atoms, ribbons > show /r atoms, ribbons > hide sequence ggguug atoms, ribbon Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > select /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > name trapping_TR sel > name traptr sel > color traptr red > color traptr orange > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > name before_traptr sel > hide before_traptr atoms, ribbons > save /Users/matthewcomstock/Desktop/image1.png supersample 3 > movie record > turn y 2 180 > wait 180 > movie encode /Users/matthewcomstock/Desktop/movie1.mp4 Movie saved to /Users/matthewcomstock/Desktop/movie1.mp4 > save ""/Users/matthewcomstock/OneDrive - Michigan State University/project > analysis/230308 telomerase RNA structure/telomerase structures/7v99 chimera > work.cxs"" > cd ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures"" Current working directory is: /Users/matthewcomstock/Library/CloudStorage/OneDrive- MichiganStateUniversity/project analysis/230308 telomerase RNA structure/telomerase structures > select /a 7898 atoms, 8092 bonds, 1 pseudobond, 991 residues, 2 models selected > transparency (#!1 & sel) 50 > show /s atoms, ribbons > color /s red > show before_traptr ribbons > hide before_traptr ribbons > ribbon before_traptr > hide ribbons > show ribbons > hide /a ribbons > hide before_traptr > hide before_traptr ribbons > before_traptr Unknown command: before_traptr > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > hide sel > hide sel ribbons > hide sel ribbons, atoms > show sel ribbons, atoms > hide sel ribbons, atoms > name before_traptr sel > show before_traptr ribbons > show before_traptr ribbons, atoms > hide before_traptr ribbons, atoms > show before_traptr ribbons > show before_traptr ribbons transparency .5 Expected ',' or a keyword > show before_traptr ribbon, transparency .5 Missing or invalid ""what"" argument: Should be one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' > transparancy before_traptr 0.5 Unknown command: transparancy before_traptr 0.5 > select before_traptr 5156 atoms, 3422 bonds, 104 pseudobonds, 243 residues, 3 models selected > transparancy 0.5 Unknown command: transparancy 0.5 > transparency 0.5 > transparency 1 > transparency /a 50 > transparency /a 75 > transparency /a 25 > transparency /a 35 > transparency before_traptr 35 > surface before_traptr > hide surfaces > show /a surfaces > show /k, /l surface Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > show /k or /l surface Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > show /k and /l surface Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > show /l surfaces > show /k surfaces > hide before_traptr > hide traptr > hide traptr ribbons > hide traptr ribbons, atoms > show traptr ribbons, atoms > /r > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg Unknown command: sequence /r ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg > select sequence /r > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg Expected a keyword > select /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > name traptr /r sequence > ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg ""/r sequence ccgaaccccgccuggaggccgcggucggcccggggcuucuccggaggcacccacugccaccgcgaagaguugggcucugucagccgcgggucucucgg"": contains extra trailing text > name traptr sel > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > name before_traptr sel > hide before_traptr > hide before_traptr atoms, ribbons > hide traptr atoms, ribbons > lighting soft > lighting simple > lighting full > lighting simple > show /r:33:147 > show /r:33-147 > show /r:33-137 > show /r:33-147 > hide /r:33-147 > select /r:237-334 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > name traptr sel > hide traptr > hide traptr atoms, ribbons > show traptr atoms, ribbons > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected > select /r:163-192 643 atoms, 720 bonds, 30 residues, 1 model selected > name beforetr1 sel > show beforetr1 atoms, ribbons > hide beforetr1 atoms, ribbons > hide traptr atoms, ribbons [Repeated 1 time(s)] > hide traptr > select /r:237-334 2087 atoms, 2328 bonds, 81 pseudobonds, 98 residues, 2 models selected > select /r:33-147 2426 atoms, 2702 bonds, 59 pseudobonds, 115 residues, 2 models selected > show /r:33-147 > hide /r:33-147 > select /r:33-147 2426 atoms, 2702 bonds, 59 pseudobonds, 115 residues, 2 models selected > name test1 sel > show test1 > hide test1 > select test1 5156 atoms, 2702 bonds, 59 pseudobonds, 243 residues, 2 models selected > select /r:33-147 2426 atoms, 2702 bonds, 59 pseudobonds, 115 residues, 2 models selected > name beforetraptr1 ""beforetraptr1"" is not defined > name beforetraptr1 sel > show beforetraptr1 > hide beforetraptr1 > show beforetraptr1 atoms, ribbons > hide beforetraptr1 atoms, ribbons > show beforetraptr1 atoms, ribbons > show beforetraptr1 atoms, ribbons, surfaces > hide beforetraptr1 atoms, ribbons > color beforetraptr1 teal > hide beforetraptr1 surfaces > show beforetraptr1 atoms, ribbons > transparency beforetraptr1 50 target all > transparency beforetraptr1 50 target All Invalid ""target"" argument: Character 'A' is not an allowed target, must be one of acrsbmpfl > transparency beforetraptr1 50 target all > transparency beforetraptr1 10 target all > transparency beforetraptr1 100 target all > color beforetraptr1 red > color beforetraptr1 pink > select /r:163-192 643 atoms, 720 bonds, 30 residues, 1 model selected > select /r:163-192 643 atoms, 720 bonds, 30 residues, 1 model selected > name beforetraptr2 sel > show beforetraptr2 atoms, ribbons > color beforetraptr2 pink > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" ——— End of log from Tue Jun 6 16:44:25 2023 ——— opened ChimeraX session UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX > show traptr ribbons, atoms > hide traptr ribbons, atoms > show traptr ribbons, atoms > color traptr red > info chains chain id /A chain_id A chain id /K chain_id K chain id /L chain_id L chain id /R chain_id R chain id /S chain_id S > info models model id #1 type AtomicStructure name 7v99 model id #1.1 type PseudobondGroup name ""hydrogen bonds"" model id #1.2 type PseudobondGroup name ""missing structure"" model id #1.3 type MolecularSurface name ""7v99_A SES surface"" model id #1.4 type MolecularSurface name ""7v99_K SES surface"" model id #1.5 type MolecularSurface name ""7v99_L SES surface"" model id #1.6 type MolecularSurface name ""7v99_R SES surface"" model id #1.7 type MolecularSurface name ""7v99_S SES surface"" > info selection atom id /R:163@P idatm_type Pac atom id /R:163@OP1 idatm_type O3- atom id /R:163@OP2 idatm_type O3- atom id /R:163@O5' idatm_type O3 atom id /R:163@C5' idatm_type C3 atom id /R:163@C4' idatm_type C3 atom id /R:163@O4' idatm_type O3 atom id /R:163@C3' idatm_type C3 atom id /R:163@O3' idatm_type O3 atom id /R:163@C2' idatm_type C3 atom id /R:163@O2' idatm_type O3 atom id /R:163@C1' idatm_type C3 atom id /R:163@N9 idatm_type Npl atom id /R:163@C8 idatm_type Car atom id /R:163@N7 idatm_type N2 atom id /R:163@C5 idatm_type Car atom id /R:163@C6 idatm_type C2 atom id /R:163@O6 idatm_type O2 atom id /R:163@N1 idatm_type Npl atom id /R:163@C2 idatm_type C2 atom id /R:163@N2 idatm_type Npl atom id /R:163@N3 idatm_type N2 atom id /R:163@C4 idatm_type Car atom id /R:164@P idatm_type Pac atom id /R:164@OP1 idatm_type O3- atom id /R:164@OP2 idatm_type O3- atom id /R:164@O5' idatm_type O3 atom id /R:164@C5' idatm_type C3 atom id /R:164@C4' idatm_type C3 atom id /R:164@O4' idatm_type O3 atom id /R:164@C3' idatm_type C3 atom id /R:164@O3' idatm_type O3 atom id /R:164@C2' idatm_type C3 atom id /R:164@O2' idatm_type O3 atom id /R:164@C1' idatm_type C3 atom id /R:164@N9 idatm_type Npl atom id /R:164@C8 idatm_type Car atom id /R:164@N7 idatm_type N2 atom id /R:164@C5 idatm_type Car atom id /R:164@C6 idatm_type Car atom id /R:164@N6 idatm_type Npl atom id /R:164@N1 idatm_type N2 atom id /R:164@C2 idatm_type Car atom id /R:164@N3 idatm_type N2 atom id /R:164@C4 idatm_type Car atom id /R:165@P idatm_type Pac atom id /R:165@OP1 idatm_type O3- atom id /R:165@OP2 idatm_type O3- atom id /R:165@O5' idatm_type O3 atom id /R:165@C5' idatm_type C3 atom id /R:165@C4' idatm_type C3 atom id /R:165@O4' idatm_type O3 atom id /R:165@C3' idatm_type C3 atom id /R:165@O3' idatm_type O3 atom id /R:165@C2' idatm_type C3 atom id /R:165@O2' idatm_type O3 atom id /R:165@C1' idatm_type C3 atom id /R:165@N9 idatm_type Npl atom id /R:165@C8 idatm_type Car atom id /R:165@N7 idatm_type N2 atom id /R:165@C5 idatm_type Car atom id /R:165@C6 idatm_type C2 atom id /R:165@O6 idatm_type O2 atom id /R:165@N1 idatm_type Npl atom id /R:165@C2 idatm_type C2 atom id /R:165@N2 idatm_type Npl atom id /R:165@N3 idatm_type N2 atom id /R:165@C4 idatm_type Car atom id /R:166@P idatm_type Pac atom id /R:166@OP1 idatm_type O3- atom id /R:166@OP2 idatm_type O3- atom id /R:166@O5' idatm_type O3 atom id /R:166@C5' idatm_type C3 atom id /R:166@C4' idatm_type C3 atom id /R:166@O4' idatm_type O3 atom id /R:166@C3' idatm_type C3 atom id /R:166@O3' idatm_type O3 atom id /R:166@C2' idatm_type C3 atom id /R:166@O2' idatm_type O3 atom id /R:166@C1' idatm_type C3 atom id /R:166@N1 idatm_type Npl atom id /R:166@C2 idatm_type C2 atom id /R:166@O2 idatm_type O2 atom id /R:166@N3 idatm_type N2 atom id /R:166@C4 idatm_type C2 atom id /R:166@N4 idatm_type Npl atom id /R:166@C5 idatm_type C2 atom id /R:166@C6 idatm_type C2 atom id /R:167@P idatm_type Pac atom id /R:167@OP1 idatm_type O3- atom id /R:167@OP2 idatm_type O3- atom id /R:167@O5' idatm_type O3 atom id /R:167@C5' idatm_type C3 atom id /R:167@C4' idatm_type C3 atom id /R:167@O4' idatm_type O3 atom id /R:167@C3' idatm_type C3 atom id /R:167@O3' idatm_type O3 atom id /R:167@C2' idatm_type C3 atom id /R:167@O2' idatm_type O3 atom id /R:167@C1' idatm_type C3 atom id /R:167@N9 idatm_type Npl atom id /R:167@C8 idatm_type Car atom id /R:167@N7 idatm_type N2 atom id /R:167@C5 idatm_type Car atom id /R:167@C6 idatm_type Car atom id /R:167@N6 idatm_type Npl atom id /R:167@N1 idatm_type N2 atom id /R:167@C2 idatm_type Car atom id /R:167@N3 idatm_type N2 atom id /R:167@C4 idatm_type Car atom id /R:168@P idatm_type Pac atom id /R:168@OP1 idatm_type O3- atom id /R:168@OP2 idatm_type O3- atom id /R:168@O5' idatm_type O3 atom id /R:168@C5' idatm_type C3 atom id /R:168@C4' idatm_type C3 atom id /R:168@O4' idatm_type O3 atom id /R:168@C3' idatm_type C3 atom id /R:168@O3' idatm_type O3 atom id /R:168@C2' idatm_type C3 atom id /R:168@O2' idatm_type O3 atom id /R:168@C1' idatm_type C3 atom id /R:168@N9 idatm_type Npl atom id /R:168@C8 idatm_type Car atom id /R:168@N7 idatm_type N2 atom id /R:168@C5 idatm_type Car atom id /R:168@C6 idatm_type Car atom id /R:168@N6 idatm_type Npl atom id /R:168@N1 idatm_type N2 atom id /R:168@C2 idatm_type Car atom id /R:168@N3 idatm_type N2 atom id /R:168@C4 idatm_type Car atom id /R:169@P idatm_type Pac atom id /R:169@OP1 idatm_type O3- atom id /R:169@OP2 idatm_type O3- atom id /R:169@O5' idatm_type O3 atom id /R:169@C5' idatm_type C3 atom id /R:169@C4' idatm_type C3 atom id /R:169@O4' idatm_type O3 atom id /R:169@C3' idatm_type C3 atom id /R:169@O3' idatm_type O3 atom id /R:169@C2' idatm_type C3 atom id /R:169@O2' idatm_type O3 atom id /R:169@C1' idatm_type C3 atom id /R:169@N9 idatm_type Npl atom id /R:169@C8 idatm_type Car atom id /R:169@N7 idatm_type N2 atom id /R:169@C5 idatm_type Car atom id /R:169@C6 idatm_type Car atom id /R:169@N6 idatm_type Npl atom id /R:169@N1 idatm_type N2 atom id /R:169@C2 idatm_type Car atom id /R:169@N3 idatm_type N2 atom id /R:169@C4 idatm_type Car atom id /R:170@P idatm_type Pac atom id /R:170@OP1 idatm_type O3- atom id /R:170@OP2 idatm_type O3- atom id /R:170@O5' idatm_type O3 atom id /R:170@C5' idatm_type C3 atom id /R:170@C4' idatm_type C3 atom id /R:170@O4' idatm_type O3 atom id /R:170@C3' idatm_type C3 atom id /R:170@O3' idatm_type O3 atom id /R:170@C2' idatm_type C3 atom id /R:170@O2' idatm_type O3 atom id /R:170@C1' idatm_type C3 atom id /R:170@N1 idatm_type Npl atom id /R:170@C2 idatm_type C2 atom id /R:170@O2 idatm_type O2 atom id /R:170@N3 idatm_type N2 atom id /R:170@C4 idatm_type C2 atom id /R:170@N4 idatm_type Npl atom id /R:170@C5 idatm_type C2 atom id /R:170@C6 idatm_type C2 atom id /R:171@P idatm_type Pac atom id /R:171@OP1 idatm_type O3- atom id /R:171@OP2 idatm_type O3- atom id /R:171@O5' idatm_type O3 atom id /R:171@C5' idatm_type C3 atom id /R:171@C4' idatm_type C3 atom id /R:171@O4' idatm_type O3 atom id /R:171@C3' idatm_type C3 atom id /R:171@O3' idatm_type O3 atom id /R:171@C2' idatm_type C3 atom id /R:171@O2' idatm_type O3 atom id /R:171@C1' idatm_type C3 atom id /R:171@N9 idatm_type Npl atom id /R:171@C8 idatm_type Car atom id /R:171@N7 idatm_type N2 atom id /R:171@C5 idatm_type Car atom id /R:171@C6 idatm_type Car atom id /R:171@N6 idatm_type Npl atom id /R:171@N1 idatm_type N2 atom id /R:171@C2 idatm_type Car atom id /R:171@N3 idatm_type N2 atom id /R:171@C4 idatm_type Car atom id /R:172@P idatm_type Pac atom id /R:172@OP1 idatm_type O3- atom id /R:172@OP2 idatm_type O3- atom id /R:172@O5' idatm_type O3 atom id /R:172@C5' idatm_type C3 atom id /R:172@C4' idatm_type C3 atom id /R:172@O4' idatm_type O3 atom id /R:172@C3' idatm_type C3 atom id /R:172@O3' idatm_type O3 atom id /R:172@C2' idatm_type C3 atom id /R:172@O2' idatm_type O3 atom id /R:172@C1' idatm_type C3 atom id /R:172@N9 idatm_type Npl atom id /R:172@C8 idatm_type Car atom id /R:172@N7 idatm_type N2 atom id /R:172@C5 idatm_type Car atom id /R:172@C6 idatm_type Car atom id /R:172@N6 idatm_type Npl atom id /R:172@N1 idatm_type N2 atom id /R:172@C2 idatm_type Car atom id /R:172@N3 idatm_type N2 atom id /R:172@C4 idatm_type Car atom id /R:173@P idatm_type Pac atom id /R:173@OP1 idatm_type O3- atom id /R:173@OP2 idatm_type O3- atom id /R:173@O5' idatm_type O3 atom id /R:173@C5' idatm_type C3 atom id /R:173@C4' idatm_type C3 atom id /R:173@O4' idatm_type O3 atom id /R:173@C3' idatm_type C3 atom id /R:173@O3' idatm_type O3 atom id /R:173@C2' idatm_type C3 atom id /R:173@O2' idatm_type O3 atom id /R:173@C1' idatm_type C3 atom id /R:173@N9 idatm_type Npl atom id /R:173@C8 idatm_type Car atom id /R:173@N7 idatm_type N2 atom id /R:173@C5 idatm_type Car atom id /R:173@C6 idatm_type Car atom id /R:173@N6 idatm_type Npl atom id /R:173@N1 idatm_type N2 atom id /R:173@C2 idatm_type Car atom id /R:173@N3 idatm_type N2 atom id /R:173@C4 idatm_type Car atom id /R:174@P idatm_type Pac atom id /R:174@OP1 idatm_type O3- atom id /R:174@OP2 idatm_type O3- atom id /R:174@O5' idatm_type O3 atom id /R:174@C5' idatm_type C3 atom id /R:174@C4' idatm_type C3 atom id /R:174@O4' idatm_type O3 atom id /R:174@C3' idatm_type C3 atom id /R:174@O3' idatm_type O3 atom id /R:174@C2' idatm_type C3 atom id /R:174@O2' idatm_type O3 atom id /R:174@C1' idatm_type C3 atom id /R:174@N9 idatm_type Npl atom id /R:174@C8 idatm_type Car atom id /R:174@N7 idatm_type N2 atom id /R:174@C5 idatm_type Car atom id /R:174@C6 idatm_type Car atom id /R:174@N6 idatm_type Npl atom id /R:174@N1 idatm_type N2 atom id /R:174@C2 idatm_type Car atom id /R:174@N3 idatm_type N2 atom id /R:174@C4 idatm_type Car atom id /R:175@P idatm_type Pac atom id /R:175@OP1 idatm_type O3- atom id /R:175@OP2 idatm_type O3- atom id /R:175@O5' idatm_type O3 atom id /R:175@C5' idatm_type C3 atom id /R:175@C4' idatm_type C3 atom id /R:175@O4' idatm_type O3 atom id /R:175@C3' idatm_type C3 atom id /R:175@O3' idatm_type O3 atom id /R:175@C2' idatm_type C3 atom id /R:175@O2' idatm_type O3 atom id /R:175@C1' idatm_type C3 atom id /R:175@N9 idatm_type Npl atom id /R:175@C8 idatm_type Car atom id /R:175@N7 idatm_type N2 atom id /R:175@C5 idatm_type Car atom id /R:175@C6 idatm_type Car atom id /R:175@N6 idatm_type Npl atom id /R:175@N1 idatm_type N2 atom id /R:175@C2 idatm_type Car atom id /R:175@N3 idatm_type N2 atom id /R:175@C4 idatm_type Car atom id /R:176@P idatm_type Pac atom id /R:176@OP1 idatm_type O3- atom id /R:176@OP2 idatm_type O3- atom id /R:176@O5' idatm_type O3 atom id /R:176@C5' idatm_type C3 atom id /R:176@C4' idatm_type C3 atom id /R:176@O4' idatm_type O3 atom id /R:176@C3' idatm_type C3 atom id /R:176@O3' idatm_type O3 atom id /R:176@C2' idatm_type C3 atom id /R:176@O2' idatm_type O3 atom id /R:176@C1' idatm_type C3 atom id /R:176@N9 idatm_type Npl atom id /R:176@C8 idatm_type Car atom id /R:176@N7 idatm_type N2 atom id /R:176@C5 idatm_type Car atom id /R:176@C6 idatm_type Car atom id /R:176@N6 idatm_type Npl atom id /R:176@N1 idatm_type N2 atom id /R:176@C2 idatm_type Car atom id /R:176@N3 idatm_type N2 atom id /R:176@C4 idatm_type Car atom id /R:177@P idatm_type Pac atom id /R:177@OP1 idatm_type O3- atom id /R:177@OP2 idatm_type O3- atom id /R:177@O5' idatm_type O3 atom id /R:177@C5' idatm_type C3 atom id /R:177@C4' idatm_type C3 atom id /R:177@O4' idatm_type O3 atom id /R:177@C3' idatm_type C3 atom id /R:177@O3' idatm_type O3 atom id /R:177@C2' idatm_type C3 atom id /R:177@O2' idatm_type O3 atom id /R:177@C1' idatm_type C3 atom id /R:177@N1 idatm_type Npl atom id /R:177@C2 idatm_type C2 atom id /R:177@O2 idatm_type O2 atom id /R:177@N3 idatm_type Npl atom id /R:177@C4 idatm_type C2 atom id /R:177@O4 idatm_type O2 atom id /R:177@C5 idatm_type C2 atom id /R:177@C6 idatm_type C2 atom id /R:178@P idatm_type Pac atom id /R:178@OP1 idatm_type O3- atom id /R:178@OP2 idatm_type O3- atom id /R:178@O5' idatm_type O3 atom id /R:178@C5' idatm_type C3 atom id /R:178@C4' idatm_type C3 atom id /R:178@O4' idatm_type O3 atom id /R:178@C3' idatm_type C3 atom id /R:178@O3' idatm_type O3 atom id /R:178@C2' idatm_type C3 atom id /R:178@O2' idatm_type O3 atom id /R:178@C1' idatm_type C3 atom id /R:178@N9 idatm_type Npl atom id /R:178@C8 idatm_type Car atom id /R:178@N7 idatm_type N2 atom id /R:178@C5 idatm_type Car atom id /R:178@C6 idatm_type C2 atom id /R:178@O6 idatm_type O2 atom id /R:178@N1 idatm_type Npl atom id /R:178@C2 idatm_type C2 atom id /R:178@N2 idatm_type Npl atom id /R:178@N3 idatm_type N2 atom id /R:178@C4 idatm_type Car atom id /R:179@P idatm_type Pac atom id /R:179@OP1 idatm_type O3- atom id /R:179@OP2 idatm_type O3- atom id /R:179@O5' idatm_type O3 atom id /R:179@C5' idatm_type C3 atom id /R:179@C4' idatm_type C3 atom id /R:179@O4' idatm_type O3 atom id /R:179@C3' idatm_type C3 atom id /R:179@O3' idatm_type O3 atom id /R:179@C2' idatm_type C3 atom id /R:179@O2' idatm_type O3 atom id /R:179@C1' idatm_type C3 atom id /R:179@N1 idatm_type Npl atom id /R:179@C2 idatm_type C2 atom id /R:179@O2 idatm_type O2 atom id /R:179@N3 idatm_type Npl atom id /R:179@C4 idatm_type C2 atom id /R:179@O4 idatm_type O2 atom id /R:179@C5 idatm_type C2 atom id /R:179@C6 idatm_type C2 atom id /R:180@P idatm_type Pac atom id /R:180@OP1 idatm_type O3- atom id /R:180@OP2 idatm_type O3- atom id /R:180@O5' idatm_type O3 atom id /R:180@C5' idatm_type C3 atom id /R:180@C4' idatm_type C3 atom id /R:180@O4' idatm_type O3 atom id /R:180@C3' idatm_type C3 atom id /R:180@O3' idatm_type O3 atom id /R:180@C2' idatm_type C3 atom id /R:180@O2' idatm_type O3 atom id /R:180@C1' idatm_type C3 atom id /R:180@N1 idatm_type Npl atom id /R:180@C2 idatm_type C2 atom id /R:180@O2 idatm_type O2 atom id /R:180@N3 idatm_type N2 atom id /R:180@C4 idatm_type C2 atom id /R:180@N4 idatm_type Npl atom id /R:180@C5 idatm_type C2 atom id /R:180@C6 idatm_type C2 atom id /R:181@P idatm_type Pac atom id /R:181@OP1 idatm_type O3- atom id /R:181@OP2 idatm_type O3- atom id /R:181@O5' idatm_type O3 atom id /R:181@C5' idatm_type C3 atom id /R:181@C4' idatm_type C3 atom id /R:181@O4' idatm_type O3 atom id /R:181@C3' idatm_type C3 atom id /R:181@O3' idatm_type O3 atom id /R:181@C2' idatm_type C3 atom id /R:181@O2' idatm_type O3 atom id /R:181@C1' idatm_type C3 atom id /R:181@N9 idatm_type Npl atom id /R:181@C8 idatm_type Car atom id /R:181@N7 idatm_type N2 atom id /R:181@C5 idatm_type Car atom id /R:181@C6 idatm_type Car atom id /R:181@N6 idatm_type Npl atom id /R:181@N1 idatm_type N2 atom id /R:181@C2 idatm_type Car atom id /R:181@N3 idatm_type N2 atom id /R:181@C4 idatm_type Car atom id /R:182@P idatm_type Pac atom id /R:182@OP1 idatm_type O3- atom id /R:182@OP2 idatm_type O3- atom id /R:182@O5' idatm_type O3 atom id /R:182@C5' idatm_type C3 atom id /R:182@C4' idatm_type C3 atom id /R:182@O4' idatm_type O3 atom id /R:182@C3' idatm_type C3 atom id /R:182@O3' idatm_type O3 atom id /R:182@C2' idatm_type C3 atom id /R:182@O2' idatm_type O3 atom id /R:182@C1' idatm_type C3 atom id /R:182@N9 idatm_type Npl atom id /R:182@C8 idatm_type Car atom id /R:182@N7 idatm_type N2 atom id /R:182@C5 idatm_type Car atom id /R:182@C6 idatm_type C2 atom id /R:182@O6 idatm_type O2 atom id /R:182@N1 idatm_type Npl atom id /R:182@C2 idatm_type C2 atom id /R:182@N2 idatm_type Npl atom id /R:182@N3 idatm_type N2 atom id /R:182@C4 idatm_type Car atom id /R:183@P idatm_type Pac atom id /R:183@OP1 idatm_type O3- atom id /R:183@OP2 idatm_type O3- atom id /R:183@O5' idatm_type O3 atom id /R:183@C5' idatm_type C3 atom id /R:183@C4' idatm_type C3 atom id /R:183@O4' idatm_type O3 atom id /R:183@C3' idatm_type C3 atom id /R:183@O3' idatm_type O3 atom id /R:183@C2' idatm_type C3 atom id /R:183@O2' idatm_type O3 atom id /R:183@C1' idatm_type C3 atom id /R:183@N1 idatm_type Npl atom id /R:183@C2 idatm_type C2 atom id /R:183@O2 idatm_type O2 atom id /R:183@N3 idatm_type N2 atom id /R:183@C4 idatm_type C2 atom id /R:183@N4 idatm_type Npl atom id /R:183@C5 idatm_type C2 atom id /R:183@C6 idatm_type C2 atom id /R:184@P idatm_type Pac atom id /R:184@OP1 idatm_type O3- atom id /R:184@OP2 idatm_type O3- atom id /R:184@O5' idatm_type O3 atom id /R:184@C5' idatm_type C3 atom id /R:184@C4' idatm_type C3 atom id /R:184@O4' idatm_type O3 atom id /R:184@C3' idatm_type C3 atom id /R:184@O3' idatm_type O3 atom id /R:184@C2' idatm_type C3 atom id /R:184@O2' idatm_type O3 atom id /R:184@C1' idatm_type C3 atom id /R:184@N1 idatm_type Npl atom id /R:184@C2 idatm_type C2 atom id /R:184@O2 idatm_type O2 atom id /R:184@N3 idatm_type Npl atom id /R:184@C4 idatm_type C2 atom id /R:184@O4 idatm_type O2 atom id /R:184@C5 idatm_type C2 atom id /R:184@C6 idatm_type C2 atom id /R:185@P idatm_type Pac atom id /R:185@OP1 idatm_type O3- atom id /R:185@OP2 idatm_type O3- atom id /R:185@O5' idatm_type O3 atom id /R:185@C5' idatm_type C3 atom id /R:185@C4' idatm_type C3 atom id /R:185@O4' idatm_type O3 atom id /R:185@C3' idatm_type C3 atom id /R:185@O3' idatm_type O3 atom id /R:185@C2' idatm_type C3 atom id /R:185@O2' idatm_type O3 atom id /R:185@C1' idatm_type C3 atom id /R:185@N9 idatm_type Npl atom id /R:185@C8 idatm_type Car atom id /R:185@N7 idatm_type N2 atom id /R:185@C5 idatm_type Car atom id /R:185@C6 idatm_type C2 atom id /R:185@O6 idatm_type O2 atom id /R:185@N1 idatm_type Npl atom id /R:185@C2 idatm_type C2 atom id /R:185@N2 idatm_type Npl atom id /R:185@N3 idatm_type N2 atom id /R:185@C4 idatm_type Car atom id /R:186@P idatm_type Pac atom id /R:186@OP1 idatm_type O3- atom id /R:186@OP2 idatm_type O3- atom id /R:186@O5' idatm_type O3 atom id /R:186@C5' idatm_type C3 atom id /R:186@C4' idatm_type C3 atom id /R:186@O4' idatm_type O3 atom id /R:186@C3' idatm_type C3 atom id /R:186@O3' idatm_type O3 atom id /R:186@C2' idatm_type C3 atom id /R:186@O2' idatm_type O3 atom id /R:186@C1' idatm_type C3 atom id /R:186@N1 idatm_type Npl atom id /R:186@C2 idatm_type C2 atom id /R:186@O2 idatm_type O2 atom id /R:186@N3 idatm_type N2 atom id /R:186@C4 idatm_type C2 atom id /R:186@N4 idatm_type Npl atom id /R:186@C5 idatm_type C2 atom id /R:186@C6 idatm_type C2 atom id /R:187@P idatm_type Pac atom id /R:187@OP1 idatm_type O3- atom id /R:187@OP2 idatm_type O3- atom id /R:187@O5' idatm_type O3 atom id /R:187@C5' idatm_type C3 atom id /R:187@C4' idatm_type C3 atom id /R:187@O4' idatm_type O3 atom id /R:187@C3' idatm_type C3 atom id /R:187@O3' idatm_type O3 atom id /R:187@C2' idatm_type C3 atom id /R:187@O2' idatm_type O3 atom id /R:187@C1' idatm_type C3 atom id /R:187@N1 idatm_type Npl atom id /R:187@C2 idatm_type C2 atom id /R:187@O2 idatm_type O2 atom id /R:187@N3 idatm_type Npl atom id /R:187@C4 idatm_type C2 atom id /R:187@O4 idatm_type O2 atom id /R:187@C5 idatm_type C2 atom id /R:187@C6 idatm_type C2 atom id /R:188@P idatm_type Pac atom id /R:188@OP1 idatm_type O3- atom id /R:188@OP2 idatm_type O3- atom id /R:188@O5' idatm_type O3 atom id /R:188@C5' idatm_type C3 atom id /R:188@C4' idatm_type C3 atom id /R:188@O4' idatm_type O3 atom id /R:188@C3' idatm_type C3 atom id /R:188@O3' idatm_type O3 atom id /R:188@C2' idatm_type C3 atom id /R:188@O2' idatm_type O3 atom id /R:188@C1' idatm_type C3 atom id /R:188@N9 idatm_type Npl atom id /R:188@C8 idatm_type Car atom id /R:188@N7 idatm_type N2 atom id /R:188@C5 idatm_type Car atom id /R:188@C6 idatm_type C2 atom id /R:188@O6 idatm_type O2 atom id /R:188@N1 idatm_type Npl atom id /R:188@C2 idatm_type C2 atom id /R:188@N2 idatm_type Npl atom id /R:188@N3 idatm_type N2 atom id /R:188@C4 idatm_type Car atom id /R:189@P idatm_type Pac atom id /R:189@OP1 idatm_type O3- atom id /R:189@OP2 idatm_type O3- atom id /R:189@O5' idatm_type O3 atom id /R:189@C5' idatm_type C3 atom id /R:189@C4' idatm_type C3 atom id /R:189@O4' idatm_type O3 atom id /R:189@C3' idatm_type C3 atom id /R:189@O3' idatm_type O3 atom id /R:189@C2' idatm_type C3 atom id /R:189@O2' idatm_type O3 atom id /R:189@C1' idatm_type C3 atom id /R:189@N9 idatm_type Npl atom id /R:189@C8 idatm_type Car atom id /R:189@N7 idatm_type N2 atom id /R:189@C5 idatm_type Car atom id /R:189@C6 idatm_type C2 atom id /R:189@O6 idatm_type O2 atom id /R:189@N1 idatm_type Npl atom id /R:189@C2 idatm_type C2 atom id /R:189@N2 idatm_type Npl atom id /R:189@N3 idatm_type N2 atom id /R:189@C4 idatm_type Car atom id /R:190@P idatm_type Pac atom id /R:190@OP1 idatm_type O3- atom id /R:190@OP2 idatm_type O3- atom id /R:190@O5' idatm_type O3 atom id /R:190@C5' idatm_type C3 atom id /R:190@C4' idatm_type C3 atom id /R:190@O4' idatm_type O3 atom id /R:190@C3' idatm_type C3 atom id /R:190@O3' idatm_type O3 atom id /R:190@C2' idatm_type C3 atom id /R:190@O2' idatm_type O3 atom id /R:190@C1' idatm_type C3 atom id /R:190@N1 idatm_type Npl atom id /R:190@C2 idatm_type C2 atom id /R:190@O2 idatm_type O2 atom id /R:190@N3 idatm_type N2 atom id /R:190@C4 idatm_type C2 atom id /R:190@N4 idatm_type Npl atom id /R:190@C5 idatm_type C2 atom id /R:190@C6 idatm_type C2 atom id /R:191@P idatm_type Pac atom id /R:191@OP1 idatm_type O3- atom id /R:191@OP2 idatm_type O3- atom id /R:191@O5' idatm_type O3 atom id /R:191@C5' idatm_type C3 atom id /R:191@C4' idatm_type C3 atom id /R:191@O4' idatm_type O3 atom id /R:191@C3' idatm_type C3 atom id /R:191@O3' idatm_type O3 atom id /R:191@C2' idatm_type C3 atom id /R:191@O2' idatm_type O3 atom id /R:191@C1' idatm_type C3 atom id /R:191@N1 idatm_type Npl atom id /R:191@C2 idatm_type C2 atom id /R:191@O2 idatm_type O2 atom id /R:191@N3 idatm_type N2 atom id /R:191@C4 idatm_type C2 atom id /R:191@N4 idatm_type Npl atom id /R:191@C5 idatm_type C2 atom id /R:191@C6 idatm_type C2 atom id /R:192@P idatm_type Pac atom id /R:192@OP1 idatm_type O3- atom id /R:192@OP2 idatm_type O3- atom id /R:192@O5' idatm_type O3 atom id /R:192@C5' idatm_type C3 atom id /R:192@C4' idatm_type C3 atom id /R:192@O4' idatm_type O3 atom id /R:192@C3' idatm_type C3 atom id /R:192@O3' idatm_type O3 atom id /R:192@C2' idatm_type C3 atom id /R:192@O2' idatm_type O3 atom id /R:192@C1' idatm_type C3 atom id /R:192@N1 idatm_type Npl atom id /R:192@C2 idatm_type C2 atom id /R:192@O2 idatm_type O2 atom id /R:192@N3 idatm_type N2 atom id /R:192@C4 idatm_type C2 atom id /R:192@N4 idatm_type Npl atom id /R:192@C5 idatm_type C2 atom id /R:192@C6 idatm_type C2 > info selection atom id /R:163@P idatm_type Pac atom id /R:163@OP1 idatm_type O3- atom id /R:163@OP2 idatm_type O3- atom id /R:163@O5' idatm_type O3 atom id /R:163@C5' idatm_type C3 atom id /R:163@C4' idatm_type C3 atom id /R:163@O4' idatm_type O3 atom id /R:163@C3' idatm_type C3 atom id /R:163@O3' idatm_type O3 atom id /R:163@C2' idatm_type C3 atom id /R:163@O2' idatm_type O3 atom id /R:163@C1' idatm_type C3 atom id /R:163@N9 idatm_type Npl atom id /R:163@C8 idatm_type Car atom id /R:163@N7 idatm_type N2 atom id /R:163@C5 idatm_type Car atom id /R:163@C6 idatm_type C2 atom id /R:163@O6 idatm_type O2 atom id /R:163@N1 idatm_type Npl atom id /R:163@C2 idatm_type C2 atom id /R:163@N2 idatm_type Npl atom id /R:163@N3 idatm_type N2 atom id /R:163@C4 idatm_type Car atom id /R:164@P idatm_type Pac atom id /R:164@OP1 idatm_type O3- atom id /R:164@OP2 idatm_type O3- atom id /R:164@O5' idatm_type O3 atom id /R:164@C5' idatm_type C3 atom id /R:164@C4' idatm_type C3 atom id /R:164@O4' idatm_type O3 atom id /R:164@C3' idatm_type C3 atom id /R:164@O3' idatm_type O3 atom id /R:164@C2' idatm_type C3 atom id /R:164@O2' idatm_type O3 atom id /R:164@C1' idatm_type C3 atom id /R:164@N9 idatm_type Npl atom id /R:164@C8 idatm_type Car atom id /R:164@N7 idatm_type N2 atom id /R:164@C5 idatm_type Car atom id /R:164@C6 idatm_type Car atom id /R:164@N6 idatm_type Npl atom id /R:164@N1 idatm_type N2 atom id /R:164@C2 idatm_type Car atom id /R:164@N3 idatm_type N2 atom id /R:164@C4 idatm_type Car atom id /R:165@P idatm_type Pac atom id /R:165@OP1 idatm_type O3- atom id /R:165@OP2 idatm_type O3- atom id /R:165@O5' idatm_type O3 atom id /R:165@C5' idatm_type C3 atom id /R:165@C4' idatm_type C3 atom id /R:165@O4' idatm_type O3 atom id /R:165@C3' idatm_type C3 atom id /R:165@O3' idatm_type O3 atom id /R:165@C2' idatm_type C3 atom id /R:165@O2' idatm_type O3 atom id /R:165@C1' idatm_type C3 atom id /R:165@N9 idatm_type Npl atom id /R:165@C8 idatm_type Car atom id /R:165@N7 idatm_type N2 atom id /R:165@C5 idatm_type Car atom id /R:165@C6 idatm_type C2 atom id /R:165@O6 idatm_type O2 atom id /R:165@N1 idatm_type Npl atom id /R:165@C2 idatm_type C2 atom id /R:165@N2 idatm_type Npl atom id /R:165@N3 idatm_type N2 atom id /R:165@C4 idatm_type Car atom id /R:166@P idatm_type Pac atom id /R:166@OP1 idatm_type O3- atom id /R:166@OP2 idatm_type O3- atom id /R:166@O5' idatm_type O3 atom id /R:166@C5' idatm_type C3 atom id /R:166@C4' idatm_type C3 atom id /R:166@O4' idatm_type O3 atom id /R:166@C3' idatm_type C3 atom id /R:166@O3' idatm_type O3 atom id /R:166@C2' idatm_type C3 atom id /R:166@O2' idatm_type O3 atom id /R:166@C1' idatm_type C3 atom id /R:166@N1 idatm_type Npl atom id /R:166@C2 idatm_type C2 atom id /R:166@O2 idatm_type O2 atom id /R:166@N3 idatm_type N2 atom id /R:166@C4 idatm_type C2 atom id /R:166@N4 idatm_type Npl atom id /R:166@C5 idatm_type C2 atom id /R:166@C6 idatm_type C2 atom id /R:167@P idatm_type Pac atom id /R:167@OP1 idatm_type O3- atom id /R:167@OP2 idatm_type O3- atom id /R:167@O5' idatm_type O3 atom id /R:167@C5' idatm_type C3 atom id /R:167@C4' idatm_type C3 atom id /R:167@O4' idatm_type O3 atom id /R:167@C3' idatm_type C3 atom id /R:167@O3' idatm_type O3 atom id /R:167@C2' idatm_type C3 atom id /R:167@O2' idatm_type O3 atom id /R:167@C1' idatm_type C3 atom id /R:167@N9 idatm_type Npl atom id /R:167@C8 idatm_type Car atom id /R:167@N7 idatm_type N2 atom id /R:167@C5 idatm_type Car atom id /R:167@C6 idatm_type Car atom id /R:167@N6 idatm_type Npl atom id /R:167@N1 idatm_type N2 atom id /R:167@C2 idatm_type Car atom id /R:167@N3 idatm_type N2 atom id /R:167@C4 idatm_type Car atom id /R:168@P idatm_type Pac atom id /R:168@OP1 idatm_type O3- atom id /R:168@OP2 idatm_type O3- atom id /R:168@O5' idatm_type O3 atom id /R:168@C5' idatm_type C3 atom id /R:168@C4' idatm_type C3 atom id /R:168@O4' idatm_type O3 atom id /R:168@C3' idatm_type C3 atom id /R:168@O3' idatm_type O3 atom id /R:168@C2' idatm_type C3 atom id /R:168@O2' idatm_type O3 atom id /R:168@C1' idatm_type C3 atom id /R:168@N9 idatm_type Npl atom id /R:168@C8 idatm_type Car atom id /R:168@N7 idatm_type N2 atom id /R:168@C5 idatm_type Car atom id /R:168@C6 idatm_type Car atom id /R:168@N6 idatm_type Npl atom id /R:168@N1 idatm_type N2 atom id /R:168@C2 idatm_type Car atom id /R:168@N3 idatm_type N2 atom id /R:168@C4 idatm_type Car atom id /R:169@P idatm_type Pac atom id /R:169@OP1 idatm_type O3- atom id /R:169@OP2 idatm_type O3- atom id /R:169@O5' idatm_type O3 atom id /R:169@C5' idatm_type C3 atom id /R:169@C4' idatm_type C3 atom id /R:169@O4' idatm_type O3 atom id /R:169@C3' idatm_type C3 atom id /R:169@O3' idatm_type O3 atom id /R:169@C2' idatm_type C3 atom id /R:169@O2' idatm_type O3 atom id /R:169@C1' idatm_type C3 atom id /R:169@N9 idatm_type Npl atom id /R:169@C8 idatm_type Car atom id /R:169@N7 idatm_type N2 atom id /R:169@C5 idatm_type Car atom id /R:169@C6 idatm_type Car atom id /R:169@N6 idatm_type Npl atom id /R:169@N1 idatm_type N2 atom id /R:169@C2 idatm_type Car atom id /R:169@N3 idatm_type N2 atom id /R:169@C4 idatm_type Car atom id /R:170@P idatm_type Pac atom id /R:170@OP1 idatm_type O3- atom id /R:170@OP2 idatm_type O3- atom id /R:170@O5' idatm_type O3 atom id /R:170@C5' idatm_type C3 atom id /R:170@C4' idatm_type C3 atom id /R:170@O4' idatm_type O3 atom id /R:170@C3' idatm_type C3 atom id /R:170@O3' idatm_type O3 atom id /R:170@C2' idatm_type C3 atom id /R:170@O2' idatm_type O3 atom id /R:170@C1' idatm_type C3 atom id /R:170@N1 idatm_type Npl atom id /R:170@C2 idatm_type C2 atom id /R:170@O2 idatm_type O2 atom id /R:170@N3 idatm_type N2 atom id /R:170@C4 idatm_type C2 atom id /R:170@N4 idatm_type Npl atom id /R:170@C5 idatm_type C2 atom id /R:170@C6 idatm_type C2 atom id /R:171@P idatm_type Pac atom id /R:171@OP1 idatm_type O3- atom id /R:171@OP2 idatm_type O3- atom id /R:171@O5' idatm_type O3 atom id /R:171@C5' idatm_type C3 atom id /R:171@C4' idatm_type C3 atom id /R:171@O4' idatm_type O3 atom id /R:171@C3' idatm_type C3 atom id /R:171@O3' idatm_type O3 atom id /R:171@C2' idatm_type C3 atom id /R:171@O2' idatm_type O3 atom id /R:171@C1' idatm_type C3 atom id /R:171@N9 idatm_type Npl atom id /R:171@C8 idatm_type Car atom id /R:171@N7 idatm_type N2 atom id /R:171@C5 idatm_type Car atom id /R:171@C6 idatm_type Car atom id /R:171@N6 idatm_type Npl atom id /R:171@N1 idatm_type N2 atom id /R:171@C2 idatm_type Car atom id /R:171@N3 idatm_type N2 atom id /R:171@C4 idatm_type Car atom id /R:172@P idatm_type Pac atom id /R:172@OP1 idatm_type O3- atom id /R:172@OP2 idatm_type O3- atom id /R:172@O5' idatm_type O3 atom id /R:172@C5' idatm_type C3 atom id /R:172@C4' idatm_type C3 atom id /R:172@O4' idatm_type O3 atom id /R:172@C3' idatm_type C3 atom id /R:172@O3' idatm_type O3 atom id /R:172@C2' idatm_type C3 atom id /R:172@O2' idatm_type O3 atom id /R:172@C1' idatm_type C3 atom id /R:172@N9 idatm_type Npl atom id /R:172@C8 idatm_type Car atom id /R:172@N7 idatm_type N2 atom id /R:172@C5 idatm_type Car atom id /R:172@C6 idatm_type Car atom id /R:172@N6 idatm_type Npl atom id /R:172@N1 idatm_type N2 atom id /R:172@C2 idatm_type Car atom id /R:172@N3 idatm_type N2 atom id /R:172@C4 idatm_type Car atom id /R:173@P idatm_type Pac atom id /R:173@OP1 idatm_type O3- atom id /R:173@OP2 idatm_type O3- atom id /R:173@O5' idatm_type O3 atom id /R:173@C5' idatm_type C3 atom id /R:173@C4' idatm_type C3 atom id /R:173@O4' idatm_type O3 atom id /R:173@C3' idatm_type C3 atom id /R:173@O3' idatm_type O3 atom id /R:173@C2' idatm_type C3 atom id /R:173@O2' idatm_type O3 atom id /R:173@C1' idatm_type C3 atom id /R:173@N9 idatm_type Npl atom id /R:173@C8 idatm_type Car atom id /R:173@N7 idatm_type N2 atom id /R:173@C5 idatm_type Car atom id /R:173@C6 idatm_type Car atom id /R:173@N6 idatm_type Npl atom id /R:173@N1 idatm_type N2 atom id /R:173@C2 idatm_type Car atom id /R:173@N3 idatm_type N2 atom id /R:173@C4 idatm_type Car atom id /R:174@P idatm_type Pac atom id /R:174@OP1 idatm_type O3- atom id /R:174@OP2 idatm_type O3- atom id /R:174@O5' idatm_type O3 atom id /R:174@C5' idatm_type C3 atom id /R:174@C4' idatm_type C3 atom id /R:174@O4' idatm_type O3 atom id /R:174@C3' idatm_type C3 atom id /R:174@O3' idatm_type O3 atom id /R:174@C2' idatm_type C3 atom id /R:174@O2' idatm_type O3 atom id /R:174@C1' idatm_type C3 atom id /R:174@N9 idatm_type Npl atom id /R:174@C8 idatm_type Car atom id /R:174@N7 idatm_type N2 atom id /R:174@C5 idatm_type Car atom id /R:174@C6 idatm_type Car atom id /R:174@N6 idatm_type Npl atom id /R:174@N1 idatm_type N2 atom id /R:174@C2 idatm_type Car atom id /R:174@N3 idatm_type N2 atom id /R:174@C4 idatm_type Car atom id /R:175@P idatm_type Pac atom id /R:175@OP1 idatm_type O3- atom id /R:175@OP2 idatm_type O3- atom id /R:175@O5' idatm_type O3 atom id /R:175@C5' idatm_type C3 atom id /R:175@C4' idatm_type C3 atom id /R:175@O4' idatm_type O3 atom id /R:175@C3' idatm_type C3 atom id /R:175@O3' idatm_type O3 atom id /R:175@C2' idatm_type C3 atom id /R:175@O2' idatm_type O3 atom id /R:175@C1' idatm_type C3 atom id /R:175@N9 idatm_type Npl atom id /R:175@C8 idatm_type Car atom id /R:175@N7 idatm_type N2 atom id /R:175@C5 idatm_type Car atom id /R:175@C6 idatm_type Car atom id /R:175@N6 idatm_type Npl atom id /R:175@N1 idatm_type N2 atom id /R:175@C2 idatm_type Car atom id /R:175@N3 idatm_type N2 atom id /R:175@C4 idatm_type Car atom id /R:176@P idatm_type Pac atom id /R:176@OP1 idatm_type O3- atom id /R:176@OP2 idatm_type O3- atom id /R:176@O5' idatm_type O3 atom id /R:176@C5' idatm_type C3 atom id /R:176@C4' idatm_type C3 atom id /R:176@O4' idatm_type O3 atom id /R:176@C3' idatm_type C3 atom id /R:176@O3' idatm_type O3 atom id /R:176@C2' idatm_type C3 atom id /R:176@O2' idatm_type O3 atom id /R:176@C1' idatm_type C3 atom id /R:176@N9 idatm_type Npl atom id /R:176@C8 idatm_type Car atom id /R:176@N7 idatm_type N2 atom id /R:176@C5 idatm_type Car atom id /R:176@C6 idatm_type Car atom id /R:176@N6 idatm_type Npl atom id /R:176@N1 idatm_type N2 atom id /R:176@C2 idatm_type Car atom id /R:176@N3 idatm_type N2 atom id /R:176@C4 idatm_type Car atom id /R:177@P idatm_type Pac atom id /R:177@OP1 idatm_type O3- atom id /R:177@OP2 idatm_type O3- atom id /R:177@O5' idatm_type O3 atom id /R:177@C5' idatm_type C3 atom id /R:177@C4' idatm_type C3 atom id /R:177@O4' idatm_type O3 atom id /R:177@C3' idatm_type C3 atom id /R:177@O3' idatm_type O3 atom id /R:177@C2' idatm_type C3 atom id /R:177@O2' idatm_type O3 atom id /R:177@C1' idatm_type C3 atom id /R:177@N1 idatm_type Npl atom id /R:177@C2 idatm_type C2 atom id /R:177@O2 idatm_type O2 atom id /R:177@N3 idatm_type Npl atom id /R:177@C4 idatm_type C2 atom id /R:177@O4 idatm_type O2 atom id /R:177@C5 idatm_type C2 atom id /R:177@C6 idatm_type C2 atom id /R:178@P idatm_type Pac atom id /R:178@OP1 idatm_type O3- atom id /R:178@OP2 idatm_type O3- atom id /R:178@O5' idatm_type O3 atom id /R:178@C5' idatm_type C3 atom id /R:178@C4' idatm_type C3 atom id /R:178@O4' idatm_type O3 atom id /R:178@C3' idatm_type C3 atom id /R:178@O3' idatm_type O3 atom id /R:178@C2' idatm_type C3 atom id /R:178@O2' idatm_type O3 atom id /R:178@C1' idatm_type C3 atom id /R:178@N9 idatm_type Npl atom id /R:178@C8 idatm_type Car atom id /R:178@N7 idatm_type N2 atom id /R:178@C5 idatm_type Car atom id /R:178@C6 idatm_type C2 atom id /R:178@O6 idatm_type O2 atom id /R:178@N1 idatm_type Npl atom id /R:178@C2 idatm_type C2 atom id /R:178@N2 idatm_type Npl atom id /R:178@N3 idatm_type N2 atom id /R:178@C4 idatm_type Car atom id /R:179@P idatm_type Pac atom id /R:179@OP1 idatm_type O3- atom id /R:179@OP2 idatm_type O3- atom id /R:179@O5' idatm_type O3 atom id /R:179@C5' idatm_type C3 atom id /R:179@C4' idatm_type C3 atom id /R:179@O4' idatm_type O3 atom id /R:179@C3' idatm_type C3 atom id /R:179@O3' idatm_type O3 atom id /R:179@C2' idatm_type C3 atom id /R:179@O2' idatm_type O3 atom id /R:179@C1' idatm_type C3 atom id /R:179@N1 idatm_type Npl atom id /R:179@C2 idatm_type C2 atom id /R:179@O2 idatm_type O2 atom id /R:179@N3 idatm_type Npl atom id /R:179@C4 idatm_type C2 atom id /R:179@O4 idatm_type O2 atom id /R:179@C5 idatm_type C2 atom id /R:179@C6 idatm_type C2 atom id /R:180@P idatm_type Pac atom id /R:180@OP1 idatm_type O3- atom id /R:180@OP2 idatm_type O3- atom id /R:180@O5' idatm_type O3 atom id /R:180@C5' idatm_type C3 atom id /R:180@C4' idatm_type C3 atom id /R:180@O4' idatm_type O3 atom id /R:180@C3' idatm_type C3 atom id /R:180@O3' idatm_type O3 atom id /R:180@C2' idatm_type C3 atom id /R:180@O2' idatm_type O3 atom id /R:180@C1' idatm_type C3 atom id /R:180@N1 idatm_type Npl atom id /R:180@C2 idatm_type C2 atom id /R:180@O2 idatm_type O2 atom id /R:180@N3 idatm_type N2 atom id /R:180@C4 idatm_type C2 atom id /R:180@N4 idatm_type Npl atom id /R:180@C5 idatm_type C2 atom id /R:180@C6 idatm_type C2 atom id /R:181@P idatm_type Pac atom id /R:181@OP1 idatm_type O3- atom id /R:181@OP2 idatm_type O3- atom id /R:181@O5' idatm_type O3 atom id /R:181@C5' idatm_type C3 atom id /R:181@C4' idatm_type C3 atom id /R:181@O4' idatm_type O3 atom id /R:181@C3' idatm_type C3 atom id /R:181@O3' idatm_type O3 atom id /R:181@C2' idatm_type C3 atom id /R:181@O2' idatm_type O3 atom id /R:181@C1' idatm_type C3 atom id /R:181@N9 idatm_type Npl atom id /R:181@C8 idatm_type Car atom id /R:181@N7 idatm_type N2 atom id /R:181@C5 idatm_type Car atom id /R:181@C6 idatm_type Car atom id /R:181@N6 idatm_type Npl atom id /R:181@N1 idatm_type N2 atom id /R:181@C2 idatm_type Car atom id /R:181@N3 idatm_type N2 atom id /R:181@C4 idatm_type Car atom id /R:182@P idatm_type Pac atom id /R:182@OP1 idatm_type O3- atom id /R:182@OP2 idatm_type O3- atom id /R:182@O5' idatm_type O3 atom id /R:182@C5' idatm_type C3 atom id /R:182@C4' idatm_type C3 atom id /R:182@O4' idatm_type O3 atom id /R:182@C3' idatm_type C3 atom id /R:182@O3' idatm_type O3 atom id /R:182@C2' idatm_type C3 atom id /R:182@O2' idatm_type O3 atom id /R:182@C1' idatm_type C3 atom id /R:182@N9 idatm_type Npl atom id /R:182@C8 idatm_type Car atom id /R:182@N7 idatm_type N2 atom id /R:182@C5 idatm_type Car atom id /R:182@C6 idatm_type C2 atom id /R:182@O6 idatm_type O2 atom id /R:182@N1 idatm_type Npl atom id /R:182@C2 idatm_type C2 atom id /R:182@N2 idatm_type Npl atom id /R:182@N3 idatm_type N2 atom id /R:182@C4 idatm_type Car atom id /R:183@P idatm_type Pac atom id /R:183@OP1 idatm_type O3- atom id /R:183@OP2 idatm_type O3- atom id /R:183@O5' idatm_type O3 atom id /R:183@C5' idatm_type C3 atom id /R:183@C4' idatm_type C3 atom id /R:183@O4' idatm_type O3 atom id /R:183@C3' idatm_type C3 atom id /R:183@O3' idatm_type O3 atom id /R:183@C2' idatm_type C3 atom id /R:183@O2' idatm_type O3 atom id /R:183@C1' idatm_type C3 atom id /R:183@N1 idatm_type Npl atom id /R:183@C2 idatm_type C2 atom id /R:183@O2 idatm_type O2 atom id /R:183@N3 idatm_type N2 atom id /R:183@C4 idatm_type C2 atom id /R:183@N4 idatm_type Npl atom id /R:183@C5 idatm_type C2 atom id /R:183@C6 idatm_type C2 atom id /R:184@P idatm_type Pac atom id /R:184@OP1 idatm_type O3- atom id /R:184@OP2 idatm_type O3- atom id /R:184@O5' idatm_type O3 atom id /R:184@C5' idatm_type C3 atom id /R:184@C4' idatm_type C3 atom id /R:184@O4' idatm_type O3 atom id /R:184@C3' idatm_type C3 atom id /R:184@O3' idatm_type O3 atom id /R:184@C2' idatm_type C3 atom id /R:184@O2' idatm_type O3 atom id /R:184@C1' idatm_type C3 atom id /R:184@N1 idatm_type Npl atom id /R:184@C2 idatm_type C2 atom id /R:184@O2 idatm_type O2 atom id /R:184@N3 idatm_type Npl atom id /R:184@C4 idatm_type C2 atom id /R:184@O4 idatm_type O2 atom id /R:184@C5 idatm_type C2 atom id /R:184@C6 idatm_type C2 atom id /R:185@P idatm_type Pac atom id /R:185@OP1 idatm_type O3- atom id /R:185@OP2 idatm_type O3- atom id /R:185@O5' idatm_type O3 atom id /R:185@C5' idatm_type C3 atom id /R:185@C4' idatm_type C3 atom id /R:185@O4' idatm_type O3 atom id /R:185@C3' idatm_type C3 atom id /R:185@O3' idatm_type O3 atom id /R:185@C2' idatm_type C3 atom id /R:185@O2' idatm_type O3 atom id /R:185@C1' idatm_type C3 atom id /R:185@N9 idatm_type Npl atom id /R:185@C8 idatm_type Car atom id /R:185@N7 idatm_type N2 atom id /R:185@C5 idatm_type Car atom id /R:185@C6 idatm_type C2 atom id /R:185@O6 idatm_type O2 atom id /R:185@N1 idatm_type Npl atom id /R:185@C2 idatm_type C2 atom id /R:185@N2 idatm_type Npl atom id /R:185@N3 idatm_type N2 atom id /R:185@C4 idatm_type Car atom id /R:186@P idatm_type Pac atom id /R:186@OP1 idatm_type O3- atom id /R:186@OP2 idatm_type O3- atom id /R:186@O5' idatm_type O3 atom id /R:186@C5' idatm_type C3 atom id /R:186@C4' idatm_type C3 atom id /R:186@O4' idatm_type O3 atom id /R:186@C3' idatm_type C3 atom id /R:186@O3' idatm_type O3 atom id /R:186@C2' idatm_type C3 atom id /R:186@O2' idatm_type O3 atom id /R:186@C1' idatm_type C3 atom id /R:186@N1 idatm_type Npl atom id /R:186@C2 idatm_type C2 atom id /R:186@O2 idatm_type O2 atom id /R:186@N3 idatm_type N2 atom id /R:186@C4 idatm_type C2 atom id /R:186@N4 idatm_type Npl atom id /R:186@C5 idatm_type C2 atom id /R:186@C6 idatm_type C2 atom id /R:187@P idatm_type Pac atom id /R:187@OP1 idatm_type O3- atom id /R:187@OP2 idatm_type O3- atom id /R:187@O5' idatm_type O3 atom id /R:187@C5' idatm_type C3 atom id /R:187@C4' idatm_type C3 atom id /R:187@O4' idatm_type O3 atom id /R:187@C3' idatm_type C3 atom id /R:187@O3' idatm_type O3 atom id /R:187@C2' idatm_type C3 atom id /R:187@O2' idatm_type O3 atom id /R:187@C1' idatm_type C3 atom id /R:187@N1 idatm_type Npl atom id /R:187@C2 idatm_type C2 atom id /R:187@O2 idatm_type O2 atom id /R:187@N3 idatm_type Npl atom id /R:187@C4 idatm_type C2 atom id /R:187@O4 idatm_type O2 atom id /R:187@C5 idatm_type C2 atom id /R:187@C6 idatm_type C2 atom id /R:188@P idatm_type Pac atom id /R:188@OP1 idatm_type O3- atom id /R:188@OP2 idatm_type O3- atom id /R:188@O5' idatm_type O3 atom id /R:188@C5' idatm_type C3 atom id /R:188@C4' idatm_type C3 atom id /R:188@O4' idatm_type O3 atom id /R:188@C3' idatm_type C3 atom id /R:188@O3' idatm_type O3 atom id /R:188@C2' idatm_type C3 atom id /R:188@O2' idatm_type O3 atom id /R:188@C1' idatm_type C3 atom id /R:188@N9 idatm_type Npl atom id /R:188@C8 idatm_type Car atom id /R:188@N7 idatm_type N2 atom id /R:188@C5 idatm_type Car atom id /R:188@C6 idatm_type C2 atom id /R:188@O6 idatm_type O2 atom id /R:188@N1 idatm_type Npl atom id /R:188@C2 idatm_type C2 atom id /R:188@N2 idatm_type Npl atom id /R:188@N3 idatm_type N2 atom id /R:188@C4 idatm_type Car atom id /R:189@P idatm_type Pac atom id /R:189@OP1 idatm_type O3- atom id /R:189@OP2 idatm_type O3- atom id /R:189@O5' idatm_type O3 atom id /R:189@C5' idatm_type C3 atom id /R:189@C4' idatm_type C3 atom id /R:189@O4' idatm_type O3 atom id /R:189@C3' idatm_type C3 atom id /R:189@O3' idatm_type O3 atom id /R:189@C2' idatm_type C3 atom id /R:189@O2' idatm_type O3 atom id /R:189@C1' idatm_type C3 atom id /R:189@N9 idatm_type Npl atom id /R:189@C8 idatm_type Car atom id /R:189@N7 idatm_type N2 atom id /R:189@C5 idatm_type Car atom id /R:189@C6 idatm_type C2 atom id /R:189@O6 idatm_type O2 atom id /R:189@N1 idatm_type Npl atom id /R:189@C2 idatm_type C2 atom id /R:189@N2 idatm_type Npl atom id /R:189@N3 idatm_type N2 atom id /R:189@C4 idatm_type Car atom id /R:190@P idatm_type Pac atom id /R:190@OP1 idatm_type O3- atom id /R:190@OP2 idatm_type O3- atom id /R:190@O5' idatm_type O3 atom id /R:190@C5' idatm_type C3 atom id /R:190@C4' idatm_type C3 atom id /R:190@O4' idatm_type O3 atom id /R:190@C3' idatm_type C3 atom id /R:190@O3' idatm_type O3 atom id /R:190@C2' idatm_type C3 atom id /R:190@O2' idatm_type O3 atom id /R:190@C1' idatm_type C3 atom id /R:190@N1 idatm_type Npl atom id /R:190@C2 idatm_type C2 atom id /R:190@O2 idatm_type O2 atom id /R:190@N3 idatm_type N2 atom id /R:190@C4 idatm_type C2 atom id /R:190@N4 idatm_type Npl atom id /R:190@C5 idatm_type C2 atom id /R:190@C6 idatm_type C2 atom id /R:191@P idatm_type Pac atom id /R:191@OP1 idatm_type O3- atom id /R:191@OP2 idatm_type O3- atom id /R:191@O5' idatm_type O3 atom id /R:191@C5' idatm_type C3 atom id /R:191@C4' idatm_type C3 atom id /R:191@O4' idatm_type O3 atom id /R:191@C3' idatm_type C3 atom id /R:191@O3' idatm_type O3 atom id /R:191@C2' idatm_type C3 atom id /R:191@O2' idatm_type O3 atom id /R:191@C1' idatm_type C3 atom id /R:191@N1 idatm_type Npl atom id /R:191@C2 idatm_type C2 atom id /R:191@O2 idatm_type O2 atom id /R:191@N3 idatm_type N2 atom id /R:191@C4 idatm_type C2 atom id /R:191@N4 idatm_type Npl atom id /R:191@C5 idatm_type C2 atom id /R:191@C6 idatm_type C2 atom id /R:192@P idatm_type Pac atom id /R:192@OP1 idatm_type O3- atom id /R:192@OP2 idatm_type O3- atom id /R:192@O5' idatm_type O3 atom id /R:192@C5' idatm_type C3 atom id /R:192@C4' idatm_type C3 atom id /R:192@O4' idatm_type O3 atom id /R:192@C3' idatm_type C3 atom id /R:192@O3' idatm_type O3 atom id /R:192@C2' idatm_type C3 atom id /R:192@O2' idatm_type O3 atom id /R:192@C1' idatm_type C3 atom id /R:192@N1 idatm_type Npl atom id /R:192@C2 idatm_type C2 atom id /R:192@O2 idatm_type O2 atom id /R:192@N3 idatm_type N2 atom id /R:192@C4 idatm_type C2 atom id /R:192@N4 idatm_type Npl atom id /R:192@C5 idatm_type C2 atom id /R:192@C6 idatm_type C2 > info traptr 1 models #1, 7v99, shown 14582 atoms, 15404 bonds, 1419 residues, 5 chains (A,K,L,R,S) 193 hydrogen bonds, 3 missing structure > info beforetraptr1 1 models #1, 7v99, shown 14582 atoms, 15404 bonds, 1419 residues, 5 chains (A,K,L,R,S) 193 hydrogen bonds, 3 missing structure > info matt Expected a models specifier or a keyword > color beforetraptr1 green > color beforetraptr2 red > name list before_traptr sel beforetr1 sel beforetraptr1 sel beforetraptr2 sel test1 sel trapping_TR sel traptr sel > select protein 9299 atoms, 9512 bonds, 1 pseudobond, 1170 residues, 2 models selected > color test1 red > color traptr blue > name delete all > name list There are no user-defined specifier names. > name traptr select /r:237-334 ""select /r:237-334"": invalid atom specifier > name traptr selection /r:237-334 ""selection /r:237-334"": invalid atom specifier > name traptr /r:237-334 > name before_traptr1 /r:33-147 > name before_traptr2 /r:163-192 > name before_traptr /r:33-192 > color /a blue > color /a lightblue > color /j green > color /k green > color /k lightgreen > color /l lightred Expected a color or one of 'byatom', 'bychain', 'byelement', 'byhetero', 'byidentity', 'bymodel', 'bynucleotide', 'bypolymer', 'fromatoms', 'fromcartoons', 'fromribbons', or 'random' or a keyword > color /l lightred Expected a color or one of 'byatom', 'bychain', 'byelement', 'byhetero', 'byidentity', 'bymodel', 'bynucleotide', 'bypolymer', 'fromatoms', 'fromcartoons', 'fromribbons', or 'random' or a keyword > color /l green > lighting soft > color before_traptr pink > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" ——— End of log from Thu Jun 8 16:55:49 2023 ——— opened ChimeraX session UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX > color before_traptr red > color before_traptr pink > lighting simple [Repeated 1 time(s)] > lighting soft [Repeated 2 time(s)] > lighting full > lighting soft [Repeated 1 time(s)] > transparency /a 50 > transparency /a 40 > transparency /a 20 > transparency /a 10 > transparency /a 90 > transparency /a 0 > transparency /a 5 > hide /a atoms > hide /a surfaces > show /a surfaces > selection /a Unknown command: selection /a > select /a 7898 atoms, 8092 bonds, 1 pseudobond, 991 residues, 2 models selected > color sel byhetero > color sel bychain > color sel bypolymer > rainbow sel > color sel bychain > hide sel atoms > hide sel cartoons > hide sel surfaces > show sel surfaces > surface style #1.3 mesh > surface style #1.3 dot > surface style #1.3 solid > transparency (#!1 & sel) 100 > transparency (#!1 & sel) 90 > transparency (#!1 & sel) 70 > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" > ui tool show ""Surface Color"" > ui tool show ""File History"" > ui tool show AlphaFold > alphafold match #1/A Fetching AlphaFold database settings from https://www.rbvi.ucsf.edu/chimerax/data/status/alphafold_database3.json Fetching compressed AlphaFold O14746 from https://alphafold.ebi.ac.uk/files/AF-O14746-F1-model_v4.cif 1 AlphaFold model found using UniProt identifier: O14746 (chain A) AlphaFold prediction matching 7v99 --- Chain| UniProt Id| UniProt Name| RMSD| Length| Seen| % Id A | O14746 | TERT_HUMAN | 5.03 | 1132 | 991 | 100 Opened 1 AlphaFold model > hide #!2 models > show #!2 models > hide #!2 models > hide target m > show target m > hide #!2 models > close #2 > roll [Repeated 1 time(s)] > roll stop Expected an axis vector or a keyword > roll off Expected an axis vector or a keyword > stop > tile 2 Expected a models specifier or a keyword > select /R:33-192 3069 atoms, 3422 bonds, 104 pseudobonds, 145 residues, 3 models selected Unsupported scale factor (0.000000) detected on Display0 [Repeated 4 time(s)] > select /R 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > select /R 5156 atoms, 5750 bonds, 186 pseudobonds, 243 residues, 3 models selected > hide beforetraptr Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models', 'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword > name list before_traptr /r:33-192 before_traptr1 /r:33-147 before_traptr2 /r:163-192 beforetr1 sel beforetraptr1 sel test1 sel trapping_TR sel traptr /r:237-334 > hide before_traptr > hide before_traptr atoms, ribbons > hide /a > hide /a surfaces > hide /s atoms, ribbons > name long_loop_hp selection /r:276-2279 ""selection /r:276-2279"": invalid atom specifier > name long_loop_hp selection /r:276-279 ""selection /r:276-279"": invalid atom specifier > name long_loop_hp select /r:276-279 ""select /r:276-279"": invalid atom specifier > name long_loop_hp /r:276-279 > color long_loop_hp red > save ""/Users/matthewcomstock/Library/CloudStorage/OneDrive- > MichiganStateUniversity/project analysis/230308 telomerase RNA > structure/telomerase structures/7v99 chimera work.cxs"" ——— End of log from Mon Jun 12 09:55:11 2023 ——— opened ChimeraX session UCSF ChimeraX version: 1.6.1 (2023-05-09) © 2016-2023 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX OpenGL version: 4.1 INTEL-20.5.7 OpenGL renderer: Intel(R) Iris(TM) Plus Graphics 655 OpenGL vendor: Intel Inc. Python: 3.9.11 Locale: UTF-8 Qt version: PyQt6 6.4.2, Qt 6.4.2 Qt runtime version: 6.4.3 Qt platform: cocoa Hardware: Hardware Overview: Model Name: MacBook Pro Model Identifier: MacBookPro15,2 Processor Name: Quad-Core Intel Core i5 Processor Speed: 2.4 GHz Number of Processors: 1 Total Number of Cores: 4 L2 Cache (per Core): 256 KB L3 Cache: 6 MB Hyper-Threading Technology: Enabled Memory: 8 GB System Firmware Version: 1968.100.17.0.0 (iBridge: 20.16.4252.0.0,0) OS Loader Version: 577~129 Software: System Software Overview: System Version: macOS 13.3.1 (a) (22E772610a) Kernel Version: Darwin 22.4.0 Time since boot: 18 days, 10 minutes Graphics/Displays: Intel Iris Plus Graphics 655: Chipset Model: Intel Iris Plus Graphics 655 Type: GPU Bus: Built-In VRAM (Dynamic, Max): 1536 MB Vendor: Intel Device ID: 0x3ea5 Revision ID: 0x0001 Metal Support: Metal 3 Displays: Color LCD: Display Type: Built-In Retina LCD Resolution: 2560 x 1600 Retina Framebuffer Depth: 24-Bit Color (ARGB8888) Mirror: Off Online: Yes Automatically Adjust Brightness: Yes Connection Type: Internal Thunderbolt Display: Display Type: LCD Resolution: 2560 x 1440 (QHD/WQHD - Wide Quad High Definition) UI Looks like: 2560 x 1440 Framebuffer Depth: 30-Bit Color (ARGB2101010) Display Serial Number: C02HV216F2GC Main Display: Yes Mirror: Off Online: Yes Rotation: Supported Automatically Adjust Brightness: No Connection Type: Thunderbolt/DisplayPort Installed Packages: alabaster: 0.7.13 appdirs: 1.4.4 appnope: 0.1.3 asttokens: 2.2.1 Babel: 2.12.1 backcall: 0.2.0 beautifulsoup4: 4.11.2 blockdiag: 3.0.0 build: 0.10.0 certifi: 2021.10.8 cftime: 1.6.2 charset-normalizer: 3.1.0 ChimeraX-AddCharge: 1.5.9.1 ChimeraX-AddH: 2.2.5 ChimeraX-AlignmentAlgorithms: 2.0.1 ChimeraX-AlignmentHdrs: 3.3.1 ChimeraX-AlignmentMatrices: 2.1 ChimeraX-Alignments: 2.9.3 ChimeraX-AlphaFold: 1.0 ChimeraX-AltlocExplorer: 1.0.3 ChimeraX-AmberInfo: 1.0 ChimeraX-Arrays: 1.1 ChimeraX-Atomic: 1.43.10 ChimeraX-AtomicLibrary: 10.0.6 ChimeraX-AtomSearch: 2.0.1 ChimeraX-AxesPlanes: 2.3.2 ChimeraX-BasicActions: 1.1.2 ChimeraX-BILD: 1.0 ChimeraX-BlastProtein: 2.1.2 ChimeraX-BondRot: 2.0.1 ChimeraX-BugReporter: 1.0.1 ChimeraX-BuildStructure: 2.8 ChimeraX-Bumps: 1.0 ChimeraX-BundleBuilder: 1.2.2 ChimeraX-ButtonPanel: 1.0.1 ChimeraX-CageBuilder: 1.0.1 ChimeraX-CellPack: 1.0 ChimeraX-Centroids: 1.3.2 ChimeraX-ChangeChains: 1.0.2 ChimeraX-CheckWaters: 1.3.1 ChimeraX-ChemGroup: 2.0.1 ChimeraX-Clashes: 2.2.4 ChimeraX-ColorActions: 1.0.3 ChimeraX-ColorGlobe: 1.0 ChimeraX-ColorKey: 1.5.3 ChimeraX-CommandLine: 1.2.5 ChimeraX-ConnectStructure: 2.0.1 ChimeraX-Contacts: 1.0.1 ChimeraX-Core: 1.6.1 ChimeraX-CoreFormats: 1.1 ChimeraX-coulombic: 1.4.2 ChimeraX-Crosslinks: 1.0 ChimeraX-Crystal: 1.0 ChimeraX-CrystalContacts: 1.0.1 ChimeraX-DataFormats: 1.2.3 ChimeraX-Dicom: 1.2 ChimeraX-DistMonitor: 1.4 ChimeraX-DockPrep: 1.1.1 ChimeraX-Dssp: 2.0 ChimeraX-EMDB-SFF: 1.0 ChimeraX-ESMFold: 1.0 ChimeraX-FileHistory: 1.0.1 ChimeraX-FunctionKey: 1.0.1 ChimeraX-Geometry: 1.3 ChimeraX-gltf: 1.0 ChimeraX-Graphics: 1.1.1 ChimeraX-Hbonds: 2.4 ChimeraX-Help: 1.2.1 ChimeraX-HKCage: 1.3 ChimeraX-IHM: 1.1 ChimeraX-ImageFormats: 1.2 ChimeraX-IMOD: 1.0 ChimeraX-IO: 1.0.1 ChimeraX-ItemsInspection: 1.0.1 ChimeraX-Label: 1.1.7 ChimeraX-ListInfo: 1.1.1 ChimeraX-Log: 1.1.5 ChimeraX-LookingGlass: 1.1 ChimeraX-Maestro: 1.8.2 ChimeraX-Map: 1.1.4 ChimeraX-MapData: 2.0 ChimeraX-MapEraser: 1.0.1 ChimeraX-MapFilter: 2.0.1 ChimeraX-MapFit: 2.0 ChimeraX-MapSeries: 2.1.1 ChimeraX-Markers: 1.0.1 ChimeraX-Mask: 1.0.2 ChimeraX-MatchMaker: 2.0.12 ChimeraX-MDcrds: 2.6 ChimeraX-MedicalToolbar: 1.0.2 ChimeraX-Meeting: 1.0.1 ChimeraX-MLP: 1.1.1 ChimeraX-mmCIF: 2.12 ChimeraX-MMTF: 2.2 ChimeraX-Modeller: 1.5.9 ChimeraX-ModelPanel: 1.3.7 ChimeraX-ModelSeries: 1.0.1 ChimeraX-Mol2: 2.0 ChimeraX-Mole: 1.0 ChimeraX-Morph: 1.0.2 ChimeraX-MouseModes: 1.2 ChimeraX-Movie: 1.0 ChimeraX-Neuron: 1.0 ChimeraX-Nifti: 1.0 ChimeraX-NRRD: 1.0 ChimeraX-Nucleotides: 2.0.3 ChimeraX-OpenCommand: 1.10.1 ChimeraX-PDB: 2.7.2 ChimeraX-PDBBio: 1.0 ChimeraX-PDBLibrary: 1.0.2 ChimeraX-PDBMatrices: 1.0 ChimeraX-PickBlobs: 1.0.1 ChimeraX-Positions: 1.0 ChimeraX-PresetMgr: 1.1 ChimeraX-PubChem: 2.1 ChimeraX-ReadPbonds: 1.0.1 ChimeraX-Registration: 1.1.1 ChimeraX-RemoteControl: 1.0 ChimeraX-RenderByAttr: 1.1 ChimeraX-RenumberResidues: 1.1 ChimeraX-ResidueFit: 1.0.1 ChimeraX-RestServer: 1.1 ChimeraX-RNALayout: 1.0 ChimeraX-RotamerLibMgr: 3.0 ChimeraX-RotamerLibsDunbrack: 2.0 ChimeraX-RotamerLibsDynameomics: 2.0 ChimeraX-RotamerLibsRichardson: 2.0 ChimeraX-SaveCommand: 1.5.1 ChimeraX-SchemeMgr: 1.0 ChimeraX-SDF: 2.0.1 ChimeraX-Segger: 1.0 ChimeraX-Segment: 1.0.1 ChimeraX-SelInspector: 1.0 ChimeraX-SeqView: 2.8.3 ChimeraX-Shape: 1.0.1 ChimeraX-Shell: 1.0.1 ChimeraX-Shortcuts: 1.1.1 ChimeraX-ShowSequences: 1.0.1 ChimeraX-SideView: 1.0.1 ChimeraX-Smiles: 2.1 ChimeraX-SmoothLines: 1.0 ChimeraX-SpaceNavigator: 1.0 ChimeraX-StdCommands: 1.10.3 ChimeraX-STL: 1.0.1 ChimeraX-Storm: 1.0 ChimeraX-StructMeasure: 1.1.2 ChimeraX-Struts: 1.0.1 ChimeraX-Surface: 1.0.1 ChimeraX-SwapAA: 2.0.1 ChimeraX-SwapRes: 2.2.1 ChimeraX-TapeMeasure: 1.0 ChimeraX-Test: 1.0 ChimeraX-Toolbar: 1.1.2 ChimeraX-ToolshedUtils: 1.2.1 ChimeraX-Topography: 1.0 ChimeraX-Tug: 1.0.1 ChimeraX-UI: 1.28.4 ChimeraX-uniprot: 2.2.2 ChimeraX-UnitCell: 1.0.1 ChimeraX-ViewDockX: 1.2 ChimeraX-VIPERdb: 1.0 ChimeraX-Vive: 1.1 ChimeraX-VolumeMenu: 1.0.1 ChimeraX-VTK: 1.0 ChimeraX-WavefrontOBJ: 1.0 ChimeraX-WebCam: 1.0.2 ChimeraX-WebServices: 1.1.1 ChimeraX-Zone: 1.0.1 colorama: 0.4.6 comm: 0.1.3 contourpy: 1.0.7 cxservices: 1.2.2 cycler: 0.11.0 Cython: 0.29.33 debugpy: 1.6.7 decorator: 5.1.1 docutils: 0.19 executing: 1.2.0 filelock: 3.9.0 fonttools: 4.39.3 funcparserlib: 1.0.1 grako: 3.16.5 h5py: 3.8.0 html2text: 2020.1.16 idna: 3.4 ihm: 0.35 imagecodecs: 2022.2.22 imagesize: 1.4.1 importlib-metadata: 6.6.0 ipykernel: 6.21.1 ipython: 8.10.0 ipython-genutils: 0.2.0 ipywidgets: 8.0.6 jedi: 0.18.2 Jinja2: 3.1.2 jupyter-client: 8.0.2 jupyter-core: 5.3.0 jupyterlab-widgets: 3.0.7 kiwisolver: 1.4.4 line-profiler: 4.0.2 lxml: 4.9.2 lz4: 4.3.2 MarkupSafe: 2.1.2 matplotlib: 3.6.3 matplotlib-inline: 0.1.6 msgpack: 1.0.4 nest-asyncio: 1.5.6 netCDF4: 1.6.2 networkx: 2.8.8 nibabel: 5.0.1 nptyping: 2.5.0 numexpr: 2.8.4 numpy: 1.23.5 openvr: 1.23.701 packaging: 21.3 ParmEd: 3.4.3 parso: 0.8.3 pep517: 0.13.0 pexpect: 4.8.0 pickleshare: 0.7.5 Pillow: 9.3.0 pip: 23.0 pkginfo: 1.9.6 platformdirs: 3.5.0 prompt-toolkit: 3.0.38 psutil: 5.9.4 ptyprocess: 0.7.0 pure-eval: 0.2.2 pycollada: 0.7.2 pydicom: 2.3.0 Pygments: 2.14.0 pynrrd: 1.0.0 PyOpenGL: 3.1.5 PyOpenGL-accelerate: 3.1.5 pyparsing: 3.0.9 pyproject-hooks: 1.0.0 PyQt6-commercial: 6.4.2 PyQt6-Qt6: 6.4.3 PyQt6-sip: 13.4.1 PyQt6-WebEngine-commercial: 6.4.0 PyQt6-WebEngine-Qt6: 6.4.3 python-dateutil: 2.8.2 pytz: 2023.3 pyzmq: 25.0.2 qtconsole: 5.4.0 QtPy: 2.3.1 RandomWords: 0.4.0 requests: 2.28.2 scipy: 1.9.3 setuptools: 67.4.0 setuptools-scm: 7.0.5 sfftk-rw: 0.7.3 six: 1.16.0 snowballstemmer: 2.2.0 sortedcontainers: 2.4.0 soupsieve: 2.4.1 sphinx: 6.1.3 sphinx-autodoc-typehints: 1.22 sphinxcontrib-applehelp: 1.0.4 sphinxcontrib-blockdiag: 3.0.0 sphinxcontrib-devhelp: 1.0.2 sphinxcontrib-htmlhelp: 2.0.1 sphinxcontrib-jsmath: 1.0.1 sphinxcontrib-qthelp: 1.0.3 sphinxcontrib-serializinghtml: 1.1.5 stack-data: 0.6.2 tables: 3.7.0 tcia-utils: 1.2.0 tifffile: 2022.10.10 tinyarray: 1.2.4 tomli: 2.0.1 tornado: 6.3.1 traitlets: 5.9.0 typing-extensions: 4.5.0 tzdata: 2023.3 urllib3: 1.26.15 wcwidth: 0.2.6 webcolors: 1.12 wheel: 0.38.4 wheel-filename: 1.4.1 widgetsnbextension: 4.0.7 zipp: 3.15.0 }}} " defect closed normal Window Toolkit can't reproduce Tom Goddard all ChimeraX