9DZU
Cryo-em structure of the c. neoformans lipid flippase apt1-cdc50 bound with butyrolactol a in the e2p state
PDB DOI: 10.2210/pdb9dzu/pdb
Classification: TRANSLOCASE/INHIBITOR Organism(s): Cryptococcus Neoformans Var. Grubii H99
Deposited: 2024-10-17 Deposition Author(s): Duan, H.D. , Li, H.
Experimental Data Snapshot
Method: ELECTRON MICROSCOPY Resolution: 2.72 Å
Cryo-em structure of the c. neoformans lipid flippase apt1-cdc50 bound with butyrolactol a in the e2p state
Primary Citation of Related Structures: 9DZU
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| Transcription regulator | B | 411 | Cryptococcus Neoformans Var. Grubii H99 | MAIFNRKPKARLDGEPAPTEKEKVKWSKRPANTAFKQQRLKAWQPILTPKSVLPTLLIIGIIFAPIGALIVWGSGKVTTITLDYTECDVDAPTDGSYQAMPNSAYQYDLATSSSVSESSIASPTWTFSNDSSREVGETARCEIEFEVPYDLGPGLFLYYKLTNYYQNHRRYSSSFDATQLIGDSRSLSQINGGNCKPITSRDGKPYYPCGLIANSLFNDTFPSVVLLNPTNGAQNQTYNFSESGIAWGGIKKNYASTLTYISPSDVLPPPNWALKYPNGYVDGFPNLREDEHFQVWMRVAALPTFRKLWARNDGEIMSQGRYRIVANMNYPVKQFSGTKSIVISTVSWIGGKQPFLGWAYIAAAILCVVLAVAGLIRHLVKPRKLGDMSLLSWNQPNANGLHHHHHHHHHH |
| Phospholipid-transporting ATPase | A | 1570 | Cryptococcus Neoformans Var. Grubii H99 | MGASKPPLVPRSKKHNPSWLDRNIVKPLESLAPSKLFARRRSPPVPRSVFINEPLPSEYYDKKGKILRAHHFATNQNVTSKYTVITFIPKNLFEQFRRVANCFFLAISILQFFPKFSTISPGLVILPLIIVLAITALKDGYEDIKRHQADHRTNHAIVHVLGGQDYTNQNPMASKDKTFIPAIPLPKRRSKKAKKAEEEAALNMQGRSSSTENFAAEPVPGAEPRGQDELQRMRSQVSNWDEDPEAGDSPGELGWHRTIWEDVKVGDFVKIYENEQFPADIVICATSEEEDVAYIETKNLDGETNLKSRNGVPGLSHLNTAEACAKAHLCIDLDAPESNMFRLNGAVINLEEYDEDEQHPIHPITLETTMLRGCVLKNTAWVIGIIVYTGEDTKIIRNAGATPSKRSKVEKQMNPQVIINLVILAAIAVVCAIVDHVNEVEWDRQQAYWMLFADTSGDNPNINGLVTFANAFITFQNIVPISLYISIEAVRTIQAAFIYWDRDIKYKKDGVTTRTTARSWNLSDDLGQIEYIFSDKTGTLTQNAMIFRQCSVGGKIYTGDGLPPSHPTITHQHQPPPVHQHDDQDDPIAKSASESDDSDPKKISTEDPDEIKVTLPKEVLATFHDAELDKDLEAHDSEQSRILHGFFAVLGLCHTVLAAETEPGVIEYKAQSPDEAALVQSAADVGFVFRGRDHNILRMSTPFSDVSDEYELLHVLEFNSARKRMSVILRKLDEDGRIFLLCKGADNVIFERLTKDSNQREMREKTDQDLQYFASEGLRTLCLAYRILDPQVYEQWAKEYHNATVALQDREERIESVSSSIERDLILLGATAIEDKLQDGVPDTISDLKRAGIKVWVATGDKLETAVAIGYTTNLLTKDTNLIVVREGRHSIGDQLREALEEFFGEDAGLRTTLSRIDSRRNSMDPPRLTRVNTGVRSLVGRDNGTRPGGFSLVIEGHALAHCFDDEETEALLLALSTRCNTVICCRVSPLQKAQIVHLIKDNLGVMCLAIGDGANDVSMIQAADVGVGISGEEGLQAVNSSDYAIAQFRYLKRLLLVHGHWSYFRNSSMILNFFYKNIIGIGVLFWFMIYCGWSTTYVFAYVYLLFWNVFWTLVPVIAIGLFDRNIDDETLMALPELYRASREGKYFGLMRFAYYIFEGVYQSAVIYFFLNYTYVTTTARGDGYDVYMYEMSTTQAIGAVMVANLFSGLNIDAWTGWVWFAIWFGPFLIWVFTAVYSVIPPSSFYTGVYGNDVFLFRSAAYWFGWPFVTIIALLPRYLIKTFRQNIFPNDVDTMRLVRKYHPEVDLYNHPMLGGKLAPKKDEDESDYGEEPFDGPEGRRSSIKMANLRHSHGAFGRGDQAGDMELGMGRKSLGNRPGLRSSMDSSRFGIHSGARGSTVDMSTGLEQPPSRGFGFTMEEGGVAIQRMQSRLSQTSSHASRSRWPRFNNNSSSSHPFETKPPSSMSKLRSRAGSILTRKRADTTDTRNSDDKSLSSPVKTGFFGRHMPGQNHGQHEGRSMGTPLKSETGRGDNWEEEELEDESLGRGFGVGQNMAPPEIPRMDYKDDDDKI |
Experimental Data
Method: ELECTRON MICROSCOPY
Deposited Date: 2024-10-17 Deposition Author(s): Duan, H.D. , Li, H.