SUPERFAMILY 1.75 HMM library and genome assignments server

SUPERFAMILY 2 can be accessed from supfam.org. Please contact us if you experience any problems.

Domain assignment for A0A0L7M7B1 from Uniprot 2018_03 genome

Domain architecture


Domain assignment details

(
show help)
Strong hits

Sequence:  A0A0L7M7B1
Domain Number 1 Region: 538-822
Classification Level Classification E-value
Superfamily Duffy binding domain-like 2.75e-61
Family Duffy binding domain 0.00000249
Further Details:      
 
Domain Number 2 Region: 221-503
Classification Level Classification E-value
Superfamily Duffy binding domain-like 4.45e-46
Family Duffy binding domain 0.00000953
Further Details:      
 
Weak hits

Sequence:  A0A0L7M7B1
Domain Number - Region: 2539-2609
Classification Level Classification E-value
Superfamily Taf5 N-terminal domain-like 0.0772
Family Taf5 N-terminal domain-like 0.0054
Further Details:      
 

Gene Ontology term assignment details

The top 10 most specific Gene Ontology terms for each namespace assigned to this domain architecture as determined by dcGO Predictor

(show help)

Molecular Function IC (bits) H-Score
Cellular Component IC (bits) H-Score
Biological Process IC (bits) H-Score

Protein sequence

External link(s) A0A0L7M7B1
Sequence length 2629
Comment (tr|A0A0L7M7B1|A0A0L7M7B1_PLAF4) Uncharacterized protein {ECO:0000313|EMBL:KOB88757.1} KW=Complete proteome; Reference proteome OX=57267 OS=Plasmodium falciparum (isolate Dd2). GN=PFDG_03543 OC=Plasmodiidae; Plasmodium; Plasmodium (Laverania).
Sequence
MNVPLNIKFLFFLFCLHCVSSKDQTSEKVKSQKENDSLQVHKKKSGELNNNKSGILRSTY
KRIVGYTQKKLEDLFHVNGEYIKKEEDEKEKVDQNKDMLKSGLMIIDQNKDGEELENLID
PIKNIKDSNNLENYYDDNYNNIKFDVGNKSNHLKYMKTRNSDSDERFSNYYFIDNNLFLR
DNKEQDENVFLSKSIIRNKDVDISIKDFEKNKFIDTYSLYECGKKIKEMKWICTDNQFKS
NNLCAPIRRIQLCIVNIILFSENENEYIYKNDSINNKFKENILKAVKLESNLLVQKHNNE
YNSKLCDDIRWSFLDYGDIIIGRDLIYKNNTDYIKEQFKKIFNNEYNNNELNDELNNELN
DEKNIKLRKEWWEKYKEDIWEEMTKEHNDKFIEKCKYFAKDEPQIVRWIEEWSKQFLDEK
NYMLFTLRNTYNEMNIIHENNCKQYNKWVQNRKKEWTFLSNEFNKIFPERNVQIHISNIF
KEYKENNVDIIFGTLNYEYNNFCKEKPELVSAAKYNLKAPNAKSPRIYKSKEHEESSVFG
CKTKISKVKKKWNCYSNNKVTKPEGVCGPPRRQQLCLGYIFLIRDGNEEGLKDHINKAAN
YEAMHLKEKYENAGGDKICNAILGSYADIGDIVRGLDVWRDINTNKLSEKFQKIFMGGGN
SRKKQNDNNERNKWWEKQRNLIWSSMVKHIPKGKTCKRHNNFEKIPQFLRWLKEWGDEFC
EEMGTEVKQLEKICENKNCSEKKCKNACSSYEKWIKERKNEYNLQSKKFDSDKKLNKKNN
LYNKFEDSKAYLRSESKQCSNIEFNDETFTFPNKYKEACMVCENPSSSKALKPIKTNVFP
IEESKKSELSSLTDKSKNTPNSSGGGNYGDRQISKRDDVHHDGPKEVKSGEKEVPKIDAA
VKTENEFTSNRNDIEGKEKSKGDHSSPVHSKDIKNEEPQRVVSENLPKIEEKMESSDSIP
ITHIEAEKGQSSNSSDNDPAVVSGRESKDVNLHTSERIKENEEGVIKTDDSSKSIEISKI
PSDQNNHSDLSQNANEDSNQGNKETINPPSTEKNLKEIHYKTSDSDDHGSKIKSEIEPKE
LTEESPLTDKKTESAAIGDKNHESVKSADIFQSEIHNSDNRDRIVSESVVQDSSGSSMST
ESIRTDNKDFKTSEDIAPSINGHEKIGSSADDRGSEDKSIIDKDSENFENNKSSHSDIKQ
SDNEGSTDYESLTEESPKGDLESVSPSSIDMDLKPNKSSPVTSFDHVDSPNISELQSARD
KRQGISDDSSIHHEIDPEKNLHYESFISEGGLEEGDIEKEKGKEDGSLIPISPEKINDFG
KRENIVDPSVSERVDDNRSDISNVVSEEQESSIISSRNGTEGINNSEELKSEEHTSVDVN
NRDEHNKQENLVSSSTQQESEREKREKKENADSSHESELSSISEVGETIRRNDAEASEND
KGEDILQSEEQQIVTEKTKLIEPTVNILQPSTPLGEIHKEKSEEIDDKDNTGGEVTHTDA
NTFQYRSSESVEVITNKPDEMEMTTKPPSQYIEKEIGEIDSTKNQDNDEQSNSIIPLINK
NNEEDGVSIPSTRNVMESGSFVSRNEQIIEEKDDKHITDDTTINPSENGLKGYGEMPNDS
IKSVTITESPLRDVEQMIEPIDGKGNEKNNIIGEPQESTTEIRKQMDGPISNVNIPEELH
PVAEGSKLEEAKERSMDDADKGTITEDITVVEDPNGIGEHQNLKEVHEQASELNTYNSLD
GRTNVEVKERLDENPGSIPNDRITTEHIELDKEKEIHEPNELDAHNGEQEEMIRNEVSDN
RMDEQISRDNETRQLNQDHESDSKDEIIDKREMENLEENPNSSSDSLENPEGKEKGKIEH
THSSEELDSVRDETYKYKGIENQITETEIESVEQQDTNIPGNSKETEVDNSRADMEEEKD
VKIKQIITEESEEELEISKDTTTSHSEKPNIEEQSVNIVDSKNEINVQIEKNVQNEQNEG
DPIILLEEQNKNIAILENQKNEYNNPSQLSHKERTLLEVDDLEGSMDTDCLTSELNKNKC
DSIQIIPEASNTDNKLNKDITENKDDFSEIEKSVGEIHENGKDLLNKESAESDDVPVQNK
IEHDSENAGVIDQYEYRTDYEENEKVNFVGLPGKPEEERSDVTRGSVPGSVDAFEKKLHE
PLDSNEKNKEELNVSKEIEYPVGLDILGIDSESSDSVTIYKKPTDTFVENVHVLSRDIKS
LFENEKTVGLNEQKKETEKNIAGGMIDVLNNKNIDDDQSVRLSTSLYHKGLDDDQSGRLS
TALYDKGLDDDQHYLHDNSYNNNINNIKNEVQCKENCGRNENVSSFVDTTTLRDVKQNKE
HTEETKLIENTKIDNTEVDDGVDITSDNRSSFISVDNYDEKKKETIINEKKNDPKPSRKE
EKDVKHDDSENDNNNLSSNIKIKERIENIYNYIKKLFNLTDINNYTEKKDMPRYNLNNFI
NTKSYTLFENSKESEYHGNELLQSENIPEHHNKSNNIKVSSNLDNNYYRYVNKILEDIIN
LSKKKKKSINDTSFEYCESILRHSISSSSIYKDELKYLCFSILYYCLIYFDNTSEYYNCI
TNEFNNTLYIISEKDTLANNDVDFMIKKNNDNYRSDKEQLEKNNSMFYS
Download sequence
Identical sequences A0A0L7M7B1
PFDG_03543T0

Jump to [ Top of page · Domain architecture · Domain assignment details · Most Informative Gene Ontologies ]