FSIP2
entrez
401024
canonical
uniprot
Q5CZC0
canonical
ensembl
ENSG00000188738
resolver
ensp
ENSP00000401306
resolver
genesymbol
FSIP2
resolver
hgnc
HGNC:21675
resolver
uniprot
Q53TL3
resolver
uniprot
Q53TN5
resolver
uniprot
Q5HYH2
resolver
uniprot
Q6ZTZ5
resolver
uniprot
Q6ZU14
resolver
uniprot
Q6ZU21
resolver
uniprot_entry
FSIP2_HUMAN
resolver
uniprot_sec
Q53TL3
resolver
uniprot_sec
Q53TN5
resolver
uniprot_sec
Q5HYH2
resolver
uniprot_sec
Q6ZTZ5
resolver
uniprot_sec
Q6ZU14
resolver
uniprot_sec
Q6ZU21
resolver
amino_acid_sequence
MELYLGACSKPAKVAVTKTVASVLAADTQQCRDGVHKTHFAGVGPAQLLDLPLGVKLPVIPGSNAVFYTTNFGEKLFRPSYGFNLTDPYCRLLENQYKSLHDPHLKAYYKRKDILKRLKKGGYITSNNKVVCTLRELNKYRQYLTSLKLDFERNYIKEQRILAKQLHNIPENNQIPQHCDVAQVQNWLLKEGTESIKDQERLMRHRYLDMISRKLEQLERTAEEQRLFLMDREERRQREHTRRKLTLRRKIEEEWKTKEMLLLTRMAEDVKREERIEEQQHRNREESDRKKQDLLEKKMAYHLQKMQDTGFNGEDIGKNTFKYRGQDGTHASPKNKKKTSEDIMLVYPAGDQNTYKETHGHTANAAHQRQNSSNNFTKKNSASVVYQADVQDNGINQKRDGMVSKNSSIFDDRGGINISGQGSIISAQVSPTRNFSRVSQAFLDPSKEEKETNADWDGRPTKRSSYLCESGPQAHATDPGIFSSPVYTNMQQNLLQNCLQEKVTSEELNIIIQNVMTWVVATVTSILYPAITKYEKRLQNNTYPVSDDSILSSDSSSFCSTCSEDFTYRSYTSATTKTFQAEPCAFVVDTSVRRPTTPIKPPPAHVEKTVVGKTCHIKGQSIISKHKYNKTNLLYSYPKLRSCKSDSHLLASFETGTKKSKDATTETDSLGSSLHCDKTAKAMDEMKNLKNVFVNFKCYLKGETEVILESILREIMSDLTQAIPSLSSVTAEVFVEQCEREKEILLSNAHIPSVASEIVENMLEKLESAVEKKCVEMFSQDLSVDIKPSLAASDELLTSSNGKPLKNSMPHTLDPMCDIAEDMVHAILEKLMTLVSFKQNEFLHLKDTNKLSCQQHKTDPICMFLQRAGKNKSSLESDEASLIVNEEVQNLISNIFSQSSLVAYIEEAINAILGYIQTELNNERIIASEETVVLLQLLEDILFQLHQEPVNESFQKSRQPRISSPSDTKEKYRLTGTRLSNSPRSGRPFPPINVPGMVLYSDDENEEIDNIVKNVLDSTFKDEKVKSQEQIPNHWFTKGNTCFECKRNIKPPTKPGSRSKAAFHDWELKTEPPSTNHEDILKKKLSSNKDISTFSQDQKHQIEKASENIVTSILKEMLKDISSVPFGHLDSKTGSEASVLVSEKPQGLSHQEWIDQMFSVSEISTVAQEITDSVLNILHKASNYISNTTKSSISSSVHQISLHNSDTEHIVKEAPNKYPLKTWFDSEKKMKYLSLFDVDPEKPPWLKSGKSEPKPVDDINDKIIRTIFKRLKSFICPKLHMGFKSSLRSQLSKYTAKIVNIVLCAIQNELELHKENLNLREIDHTKSLTDKGFFANTDKKLESLVTSIDDDILASPLLTCIYDMLLSSENAHQRSISLSSRKPKSATDSVDVQSILPNRQDKKSFHKYLATPCTHHSVNGGNHIKENAKLQVLERIGETLHEMLSKLLGTHLHSQLSCSQQSREMTNKNQKMAAALQSNIQLISKAILDYILAKLCGVDMDTSFASCGLKAISESLDIDNPSFASIIEKMAKSTKIISSIVSRRVQEDNKEETKSKAKPVAPVSSKTPSTKEMHPNKLKAVASDILNMVFAKLEGFANGHLEILGAINDGNKKSNKIGWEYESTNISRDTHEASFLSALYMHAKKVSSAILKVIQTELNVTSSDLKTSVENPPPETQILKYVVKLILDAVSSDMFNEMESEGGGIETYRYRPTYGSLPGGAESDSFLEDDAYTAKKIIDERSPQREEVKTRSLKQWALEKTLNKIEVKLKEPHISPIAPIIRNILNEIFQSTLINQLNVLSLSHSNFNGMPHNVDEPTPQTSVQFMDKMMDPLLSEADITIVTDNIVRTVFHKLYSAAMTERNVRENRYKTITFSANVSSHEHTYKGKSSVTALDENPCTFQSRFSVADKETKVNLAEDIVQAILTNLETFATSKVKSLFYSQVNFTVPVALPIQQDHSTLSKALSAKDSYSDEQFSCCSVDHTKSGKTNLCQLSLSKLNTYALQVARRNLQGIKQELDKERENPFLTHDIGISESIASQIVNALLDIISRKGKCDKNSSDKEIDLDQQKGVIEKLLNETKYRKVLQLQIQDTIEGILCDIYEKTLFQNNLSFATPTLKCSIADKHSEENSEMFMEGANKIIPKLSVPKSDVILISNDIVNIVLHNLSSAATLVINAKNPTSARLPLTFCDTFPKIDCQQPLKGSKTERKTERFSYSRNQKSAYADDNQITVVEKEDTQKSATDSCEENANFITKTIFKRLESFATERIDSLITLAFQSKEKSFVIPELENCKQNDSIFYDSSQVESDVNVLKISATETILSQELTDFTFVGRREKLGSTIHLSQARLKTYADVIASAILKLIKNDLDLEIQKIYPYQNNILFQENIIVSEIVDSMLKMLDDKRSVKEICFNSKENSNFSQLALSNEILLGHKEKERSTKQSLFTKYPLEQNQMILENKRQIIVLEEIFMRNGESKNKEKGELLIAVEELLNKLYQRVREVTGHLPPLNETANFISNSKIKTSDTTQKNSFQSHINSVANDIVESVLGKMYLVVVTSLYENNKSRTEVEISDHNDSLLMKPLRFRETKQAGKISNSPRYAISQAYSYVDSQNISVMENTLLPYLPLQVKKDLIQMVLNKITNFVSLPLKVSPKDNPKPCFKAHLKTRSKITTLPKFTKKTHLGLSAAKAKSKTKLGPGEKTLKDSRSKTAIGLSHIMSAGDAKNLLDTKLPTSELKIYAKDIIINILETIVKEFGKVKQTKALPSDQIIAAGKIVNTVLQELYVTNNCNLAYPMKSSHLRLSQGNIGTGSLPKQQACFYLENVSSQLEHIFPREGIFKKLFDKWQTESNDKENEKCKLLMIAENVLTEISIKAKELEYSLSLLNLPPLENCESRFYNHFKGASTRAEDTKAQINMFGREIVEMLLEKLQLCFLSQIPTPDSEETLSNSKEHITAKSKYGFPNKHSLSSLPIYNTKTKDQISVGSSNQIVQEIVETVLNMLESFVDLQFKHISKYEFSEIVKMPIENLSSIQQKLLNKKMLPKLQPLKMFSDKSESNTINFKENIQNILLRVHSFHSQLLTYAVNIISDMLAVIKNKLDNEISQMEPSSISILKENIVASEIIGTLMDQCTYFNESLIQNLSRESLFQGAENAYTVNQVELATNMKMFTSKLKEGSLGINPSQVSKTGFVFCSDEDMKEKYRVSSDLPTSVRSSVEDTVKNSEPTKRPDSETMPSCSTRNKVQDHRPRESNFGSFDQTMKGNSYLPEGSFLQKLLRKASDSTEAALKQVLSFIEMGKGENLRVFHYENLKPVVEPNQIQTTISPLKICLAAENIVNTVLSSCGFPSQPHTNENREIMKPFFISKQSSLSEVSGGQKDNEKSLLRMQDKKINYIPEEENENLEASREDSSFLQKLKKKEYPKIETVKEVEAFTFADHEMGSNEVHLIARHVTTSVVTYLKNFETTVFSEEKMSVSTWSRKKYESKQFLRNIYDDSSIYQCCEHLTESVLYHLTSSISDGTKKGREKEKAWEIQEATFSKIISIHSQVFESRSISIGELALCISEIIIKILFNNKIIQADIAQKMVAIPTKYTYCPGIVSGGFDDLFQDLLVGVIHVLSKEIEVDYHFESNVRNKSFSMHRNNSVPLCNKINRQASPRDWQFSTQQIGQLFQKNKLSYLACKLNSLVGNLKTSESKEVVNKVFNIVSDLFSPDECLDTGMDSGKIQRTYFYSSNNEQPNSILTNNLQLSSKSVFLLNVVCEKLIRILLEECTSTAFPDKGSVSEETSAEECQLLKMLQSVEDGKSDYRKGGMDCECLQVDYMSDLLENVAEIDQDLLTSDSMLTIISHSLVKSLMDKLSHSIQQAPESLPFANKHLNYRTREIQSSFIKARKSELIELGQSKSSLELRSYDSNSLTVSLNNPSVVSSKIQAPFNKHCAVKSSSVSPFERQRTKEMDKVAIHNKLHQEGIYAGVYSATFLEGIISELFFNLSMSLWGKNKNITVSWLNEMNTLFVNNVVNEFNNAQVTVLRNAEERLCFPPVHTETVSKIVDSVYYDVLQQYELKVACGNNPVYDNASIAEQITNGILLEILDYKLPSCFKEHLIPHSYYPLKPEIILQKLQSNLTEFTSLPRSSSDYSTMLSHSFLEDVIRRLLSQLIPPPITCSSLGKKYLMSSDFNEMSTCIINKVMSAISKHKIWFTIYDNQYLYTGKNLQKMVDSVYCNILQMSDSLVSIQKSIVSRSPIMIDQIASFIIQEIIENHLQPFLSGEVLCHPRTPLDPVSTIVTQVLSEVIESHRPQKQSPLDIHLDSFVREIVARLLSKIFSPKHNTEIELKNMTQRIVNSINRHFNKAKIHILYDDKEQAFFSFNTDIVDELATSVYRNALKQHGLDLAVDKESEDSGIFVENITNLIVAAISDYLLHPLFSGDFSASTYSNSVAENIVQDILSNISKSTEPSQSVPLYNTLLPYTFLEDMIRVLLSKLFSSASSLVLNRDTQKDISRVNFNDIASNLVSDIRMKVSQHEIRFSKEEEETKFIYSEDDIQHLVDSVFANVVQTSGSQESAVQNITSSNDILIDRIAGFIIKHICQKHLQPFVSGKSLSSSDTYFDDERRQLFYTSVYSSTFLEDVISGVLRKIFHRVVGIVQTKSIRDSEDELFEKAEELIHLITGEFSKAQVSIIDNTEERLCLPPVERDVVKTIVDMVYSKVLQEYEMEVVPNKDFLNDTKTLAARITNIILAEIFDFQIHPDLIANLPFKSHSKLSANVLIQRVQYDISKSRFQRQASTMYTTMLSHSHLEKIVTQLTSQISPLNTSAEQSDTTKSDLSNTVIKLINEIMSIISKHEICIIKYGNKKQSMISAKDIQSMVDSIYADLSHSNIYQSITKDKKSISDIPVSKIASFIIKEIFNHHIQSFLSEDKTLLLAAVDQTYKLKAIDPKQRELSFIVNSSVFLEEVISELLCKILYAFSHNMLVTENPDRVKLKLTRIVTTLVNSIVLEFTTSEILVADNFDKNLCFSERYKEMVQKIVNSVYGKVLDQYKSLIQIHRVIQSDTICFGRKIYYLLLEEIYDYQVQSLVSGELESSSYSYPQADNIIRNVLNIITKDSHALPPYITVLPHSLLEDMVYRLLGHVFPSTHTENELKEKKFPPDDEFVEAASKLTDEIIKEISEHEIRLSMAEDNAESMQLEPIENLVDSICNNILKTSEFQAEVQKDADKKGCSFLSKLAGFIMKEIMYHHLQPFLHGEESSFSDLSDYDHVSELAKSGKEKTQPSLYSATFLEDIIIDLVHKFCSLLIITEDSKKNEMAELDIMGLALKLANSLIREFKKSDIKVLPNAEKMFSFPPIDKETVDKISNFVYEQFIEKCTSHDIQKGDESNIAIGMIAALTQKAISAFRIQPLFSGDWSSTFFSFLNPDNITQRVQHLPQNTFTQISRCAKENQLSLPDQSYKDTSSTPDCKNMMSTLEINRGTMNRKKSFKTKDTSVKKGDIQNPVLSSINAIMKSGMINLTSGLATGVTNKKEVDENKVGICTQKHSENVSKVTSTTTVKSKDTQEPNLSETFNNNEIEKKRNLIPTDKKGKDDEIYTHFSLIIDDTEYEKEVLGSDSEIGYKKKIDNARESSFKKDDKLFQLSSLKSKRNLGTTTDTLEIRIRTSSNEGRRDSPTQTCRDEEHHSDYEHVQNVIENIFEDVLELSSSPEPAYYSKLSYDQSPPGDNVLNVIQEISRDSAQSVTTKKVSSSTNKNISAKEKEEEEREKEKVREEIKSEPSKPDDPQNQRESKPGIFPAKFLEDVITEMVKQLIFSSIPETQIQDRCQNVSDKQNQAKLYDTAMKLINSLLKEFSDAQIKVFRPDKGNQFPGGKVSSVPKVPPRYKEPTTDEAPSSIKIKSADKMPPMHKMMRKPSSDKIPSIDKTLVNKVVHSSVCNILNDYGSQDSIWKNINSNGENLARRLTSAVINEIFQRQVNLIFCDEVSVSACLPLESKDVVKKVQKLAQTASKECQTSSPYTIILPHKFLENVISALFSKIFSTISSTKTKEPEDNLSTELNFLQMKLVSAVATEISQDKYMTIQYVETLQSDDDEIIQLVVQSVYNNLLPQFGSQEIIQNCVTSGCKILSENIVDLVLREVASNQLQSYFCGELTPHQCVEVENIVEKILKDVFQTTDVPLPKPSHADKLSYNIIEEIAVKFLSKLLSIFPKVHKERTKSLETDMQKITSKVLNSVQEFISKSKIKLVPPTKESPTVPVADNATIENIVNSIYTSVLKHSGSYTSVFKDLMGKSNVLSDTIGFLMVNAISNSEFQPQVEEEVSNSELVLEAVKIMEKVIKIIDELKSKEKSSSRKGLTLDAKLLEEVLALFLAKLIRLPSSSSKDEKNLSKTELNKIASQLSKLVTAEISRSSISLIASDPEEHCLNPENTERIYQVVDSVYSNILQQSGTNKEFYYDIKDTNTAFPKKVASLIIDGVSSFPLDTINSTISNADLSGELDVNRIVQKAQEHAFNVIPELEQEKLDQNLSEEESPIKIVPHVGKKPVKIDPKIISEHLAVISIKTQPLEKLKQECLKRTGHSIAELRRASISGRNYSLGSPDLEKRKTERRTSLDKTGRLDVKPLEAVARNSFQNIRKPDITKVELLKDVQSKNDLIVRLVAHDIDQVYLENYIKEERDSDEDEVVLTQTFAKEEGIKVFEDQVKEVKKPIQSKLSPKSTLSTSSLKKFLSLSKCCQTTASANIESTEAISNQVIESKETHVKRAVAELDMATPKTMPETASSSWEEKPQCKKEEKNLVTEPTHYFIHRIMSSSSYNQEDLISSTGEAEDCHSDPSAKILEESSQEQKPEHGNSVKFITIFERSKDVLGSANPSKEVISETPKPDVSKQGSKMLTKMSSTLSKVFSQCNTNISRSSSPAHQDEH
uniprot
proteins
disease_involvement
DISEASE: Spermatogenic failure 34 (SPGF34) [MIM:618153]: An autosomal recessive infertility disorder caused by spermatogenesis defects that result in multiple abnormalities of sperm flagellum, including irregular-caliber, short, coiled, or absent flagella. {ECO:0000269|PubMed:30137358}. Note=The disease may be caused by variants affecting the gene represented in this entry.
uniprot
proteins
function
FUNCTION: Plays a role in spermatogenesis. {ECO:0000305|PubMed:30137358}.
uniprot
proteins
mass_dalton
780607
uniprot
proteins
pubmed
14702039
uniprot
proteins
pubmed
15815621
uniprot
proteins
pubmed
17974005
uniprot
proteins
pubmed
26477546
uniprot
proteins
pubmed
30137358
uniprot
proteins
sequence_length
6907
uniprot
proteins