Structure of PDB 8jze Chain b

Receptor sequence
>8jzeb (length=663) Species: 2949 (Symbiodinium) [Search protein sequence]
GRCASSRYLQVLGSIHDIECGFGIDNTLSLNLQIFTAHWGHLTIILIWVS
SNLYHIASNANYSLWVKNPIPSMPIAHNIWDPHFTNSTSTPYSHTIITTI
LIAYSGIYNQLYTSGFNTINQIYKTTFTFSCLAVISILLAKIHINTHSEL
LHKLASHTSQIPSFFQLLYFLDVAISSVNIRFNFHTGILVGLFSIGYTGH
LLDITIPASRAPLIHTSPSYLTFFGGLKSNTSSLYLTDIAHHHLAIGIIS
ILTGHLYSSFRAALGTYIRDILYTSHLTHSIKSLHLALSLILASCTPLTS
TTAQHIYSLTPYFYLSYDHIYSTALYVHHSYITSFLAIASHAHTAITLVR
DWVAPLEQESSSKQIRIHTHKAAIISHLSWVSLWLGFHTLAVYSHNDTCI
AFNSPSKQILIEASNGQLIQQASGKALYGTINSINNYNKSFDSFIHPISP
GDLYVHHAIALGLHITVLILLKGGLEARGSKLMPDKMEHSFGFSCDGPGR
GGTCDISAWDSFYLATFWMLNSNAWISFYFHYKHLTPRQFSESSTYLESW
FRDYLWFNSTPLIHGYSTLGANDLSVQSWSFLLTHLAWASGFMFLISWRG
YWQELIDIILYIHLKTPILINLWNGDIYTPLALSIVQARFIGLVHFSTGL
ILTYPPFIIGATS
3D structure
PDB8jze Structures and organizations of PSI-AcpPCI supercomplexes from red tidal and coral symbiotic photosynthetic dinoflagellates.
Chainb
Resolution2.99 Å
3D
structure
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Enzymatic activity
Enzyme Commision number 1.97.1.12: photosystem I.
Interaction with ligand
Site
#		 Ligand Ligand
chain		 Binding residues on receptor
(original residue number in PDB)		 Binding residues on receptor
(residue number reindexed from 1)		 Binding affinity
BS01 CLA b H411 W414 H377 W380
BS02 CLA b I229 T232 G233 L236 T250 L278 I195 T198 G199 L202 T216 L244
BS03 CLA b T300 I305 T266 I271
BS04 CLA b A425 H429 T432 C433 K441 I443 A391 H395 T398 C399 K407 I409
BS05 CLA b I646 K649 P651 I612 K615 P617
BS06 CLA b F585 W590 F551 W556
BS07 CLA b S416 L417 G420 F421 I499 I503 L548 F551 W552 S382 L383 G386 F387 I465 I469 L514 F517 W518
BS08 CLA b W613 L616 L617 H619 L620 W622 A623 W579 L582 L583 H585 L586 W588 A589
BS09 CLA b S410 S413 W414 L417 S376 S379 W380 L383
BS10 CLA b L424 S428 W552 N555 W559 L581 F585 L390 S394 W518 N521 W525 L547 F551
BS11 SF4 b C529 G531 C538 W632 C495 G497 C504 W598
BS12 CLA b I646 H647 T650 L653 I612 H613 T616 L619
BS13 CLA b W559 F562 L581 L589 F615 H619 W622 L684 T687 Y688 F691 W525 F528 L547 L555 F581 H585 W588 L650 T653 Y654 F657
BS14 CLA b A623 S624 M627 I630 S631 Y635 W636 A589 S590 M593 I596 S597 Y601 W602
BS15 CLA b I49 H50 A71 I78 I15 H16 A37 I44
BS16 CLA b H50 I68 A71 H72 H75 L322 I325 H16 I34 A37 H38 H41 L288 I291
BS17 CLA b H50 H75 I79 W82 H16 H41 I45 W48
BS18 CLA b I81 S85 Y88 H89 N112 I47 S51 Y54 H55 N78
BS19 CLA b N86 A110 H111 L135 A137 Y138 S139 V610 N52 A76 H77 L101 A103 Y104 S105 V576
BS20 CLA b I113 W114 D115 H117 F118 L135 V610 I79 W80 D81 H83 F84 L101 V576
BS21 CLA b F69 W73 L173 H177 T180 H181 A208 F35 W39 L139 H143 T146 H147 A174
BS22 CLA b F69 H72 W73 L76 A208 I209 F218 H219 I222 L223 L332 F35 H38 W39 L42 A174 I175 F184 H185 I188 L189 L298
BS23 CLA b G149 F150 T159 F227 G230 Y231 H234 D237 I238 G115 F116 T125 F193 G196 Y197 H200 D203 I204
BS24 CLA b L255 F257 H275 L278 A279 I282 L221 F223 H241 L244 A245 I248
BS25 CLA b F257 G259 L268 D272 H275 H276 I280 H339 L461 F478 F223 G225 L234 D238 H241 H242 I246 H305 L427 F444
BS26 CLA b Q144 V224 F227 S228 Y231 I273 H276 H277 T335 T336 P345 Y346 Q110 V190 F193 S194 Y197 I239 H242 H243 T301 T302 P311 Y312
BS27 CLA b N217 F218 I222 L226 H289 S293 N183 F184 I188 L192 H255 S259
BS28 CLA b L286 H289 L290 G299 T300 L252 H255 L256 G265 T266
BS29 CLA b W82 N86 S139 V361 H362 Y365 I685 Y688 P689 W48 N52 S105 V327 H328 Y331 I651 Y654 P655
BS30 CLA b G140 I141 T333 T336 Y346 L359 H362 H363 G106 I107 T299 T302 Y312 L325 H328 H329
BS31 CLA b L46 G47 D51 L322 F369 A373 H377 I380 R384 F525 W543 F546 L12 G13 D17 L288 F335 A339 H343 I346 R350 F491 W509 F512
BS32 CLA b R400 I401 H404 I408 H411 R366 I367 H370 I374 H377
BS33 CLA b W414 W418 F421 H422 W380 W384 F387 H388
BS34 CLA b W418 L419 A447 S448 N449 L487 H490 H491 W384 L385 A413 S414 N415 L453 H456 H457
BS35 CLA b L412 A494 H498 L378 A460 H464
BS36 CLA b Y42 I643 H647 W657 P664 Y8 I609 H613 W623 P630
BS37 CLA b L620 F628 V678 H679 L586 F594 V644 H645
BS38 PQN b Y42 M627 F628 S631 W632 R633 W636 A666 L667 A672 Y8 M593 F594 S597 W598 R599 W602 A632 L633 A638
BS39 DD6 b I79 W82 I222 L223 F227 I45 W48 I188 L189 F193
Gene Ontology
Molecular Function
GO:0016168 chlorophyll binding
GO:0016491 oxidoreductase activity
GO:0046872 metal ion binding
GO:0051539 4 iron, 4 sulfur cluster binding
Biological Process
GO:0015979 photosynthesis
Cellular Component
GO:0009507 chloroplast
GO:0009522 photosystem I
GO:0009579 thylakoid
GO:0016020 membrane

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Molecular Function
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Biological Process
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Cellular Component
External links
PDB RCSB:8jze, PDBe:8jze, PDBj:8jze
PDBsum8jze
PubMed38319970
UniProtA0A0A0N2P0

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