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Biorientation of chromosomes in cell division protein 1-like 1

Summary

UniProt ID

E9Q6J5

Gene Symbol

Bod1l
Kiaa1327

Gene ID

665775

Organism

Mus musculus (house mouse)

External Links

GlyGen: E9Q6J5
The O-GlcNAc Database: E9Q6J5
O-GlcNAcAtlas: E9Q6J5
Re-Glyco: E9Q6J5

Annotation

Keyword

Acetylation
Alternative splicing
Chromosome
DNA repair
DNA-binding
Isopeptide bond
Phosphoprotein
Reference proteome
Ubl conjugation

Gene Ontology (GO)

Displaying **all 2** entries
GO Term
Set1C/COMPASS complex
chromosome

Subcellular Location(GO Annotation)

Subcellular in which this glycoprotein is expressed are highlighted in blue.

Displaying **all 3** entries
GO Term
replication fork processing
DNA repair
DNA damage response

Displaying 1 entry
GO Term
DNA binding

Annotation information from UniProt.

Sequence

MATNPQPQPPPPAPPPPPPQPQPPPPPPGPGAGPGASGPGSAGAGAGDPQLVAMIVNHLKSQGLFDQFRRDCLADVDTKPAYQNLRQRVDNFVANHLATHTWSPHLNKNQLRNNIRQQVLKSGMLESGIDRIISQVVDPKINHTFRPQVEKAVHEFLATLNHKEEAAGSTAPDDEKPESSVITQGAPAPGPSANVASDAMSILETITSLNQEANAARASTEMSNAKVSERTSRKLSSQPSTDVSTDKERGSEDATEREKATSDSGGDGLEAALKSEEPSDLPCPVEETKNHMKENNSLLLLSKDAQQESTDPKIKSMDKGEKKPDGNEKGERKKEKKEKTEKKIDHSKRNEDTQKVKDERQAKDKEVESTKLPSEKSNSRARAAEGTKEDCSLLDSDVDGLTDITVSSVHTSDLSSFEEDTEEEVVVSESMEEGEITSEDEEKNKQNKAKVQPGDSSDGKARGVRHAYVHKPYLYSKYYSDSDDELTVEQRRQSIAKEKEERLLRRRINREKLEEKRKQKAEKTKSSKVKSQGKSTVDLEDSSAKTLEPKAPRIKEVLKERKVLEKKVALSKRRRKDSRNVDENSKKKPQAEEESKEALKTTEYCEKEKASSKDLRHTHGKGEPSRPARRLSESLHSADENKTESKVEREYKRRTSTPVILEGAQEETDTRDGKKQPERSETNVEETQKQKSTLKNEKYQKKDDPETHGKGLPKKEAKSAKERPEKEKAQSEDKPSSKHKHKGDSVHKMSDETELHSSEKGETEESVRKQGQQTKLSSDDRTERKSKHKSERRLSVLGRDGKPVSEYTIKTDEHARKDNKKEKHLSSEKSKAEHKSRRSSDSKLQKDALSSKQHSVTSQKRSESCSEDKCETDSTNADSSFKPEELPHKERRRTKSLLEDKVVSKSKSKGQSKQTKAAETEAQEGVTRQVTTPKPDKEKNTEDNDTERQRKFKLEDRTSEETVTDPALENTVSSAHSAQKDSGHRAKLASIKEKHKTDKDSTSSKLERKVSDGHRSRSLKHSNKDMKKKEENKPDDKNGKEVDSSHEKGRGNGPVTEKKLSRRLCENRRGSTSQEMAKEDKLVANMSGTTSSSSLQRPKKSTETTSIPEQEPMEIDSEAAVENVSELSKTEDISSNSSQQDTDFENVTKHKATAGVLKDEFRTSMVDSKPAAAVTCKSGRGLAVTSISERHADHKSTLTKKVHSQGNPSKAAPREREPIQRGAQEVSVDSEVSRKALSRAPSENEKGQKNLKGMSKTTEECGTHRNASLEYSTDSDLLSSSGSVTVVPQKESHNSNTIPVIDREAISEGGRASTSLANHSDVPNQYSTVKKSEVHKTNGSKEGNDGFTVDMPTKANGGSKRHLSEDSQATLLYSKESKISIPLADKSMSVTGDNKNINKQRSLMGTAKRESDLKVNPDIKQDSAAGEHVVDLSTRKEAETVRRKHNKEIPTDVERKTENSEVDTSARRDSAPVPQQRHGKMERGAAGSGRRDKAFIATSTEGTDKGIMLNTVKTGDATTTSSEVGEKGTALPCTSIEADEGFMMGACPKKHPLQVGAEASECTVFAAAEEGKGVVTEGFAESEILLTSSKEGESGECAVAESEDRVAGPLAAHTVQAEANVNSITTEEKDDAVTSAGSEEKCGGSACTVEGTATFIGEVESDGAVTSAGTEIRAGSLSSEDVDGSQENRIQVGPKKETEGTVTCTETKGRNDNFICLVTRVETQEQRVVTGADVVQVNAAKPQEANANQGDGSGTDGAEGESAVTSTGITEEDGEASANCTGSEDNREGCAISSETEESAESAMDSTEAKDITNAPLVAAGPCDDEGIVTSTGAKEEDDEDEGVVTSTGRGNEPGHASACTGIEESEGMMVCESGEGGAQIGPTIDHVNAEAGAATVNTNDSNVDSMSGAEKEIKDTNICSSAKGIVESSVTSALAGNSDRPPVLCGSEGPMASASSHHSDSQLTRKETVEDTTISTGLVKGSDDVLVSGEVPECEVGHMSPRKNEECDGLMASTASCDVSNKDSLAGSKSQGNGLMISTSTNACTPQISAVIDVRGGHLSTLSTEEIRDGVRVHREGFEAPMPSAVSGENSQLTASRSEEKDECAMISTSIGEEFELPISSAVTVTCAERQQPVAAVEESTTGPALVSTEDFEVPMPSAPTEAESPLASTSKEEKDECALISTSIAEECEASVFGVSRNAPSVTDGNAVISTSSVEDCEGSVSSAVPQESVCPSVIPVEETGDTAMISTSTSEGREAVMVGTIPTDDDQATTVRGEDLSDAAIISTSTAECVLTCTSLSRHEENQQATHNPEGNGGHLATKQSKCELPMPSLVAERNCKCPGPFRMGKGVGPLMAVGTRGEHDRLPVCEPSVGQGQPGTALCLGEEESHGMDCPGQDLNAKERNTLLSSVQRESKSAEAEAAGDSSTARRTVRKDSERNANSLSETNCLREPEQKPAEDTSGSTHCLTAVNPGAEADGMLPITHAALEYPDHQEPESNLKTTTKCITGQESQMPSSHTGVLSAVCHVAPCASEQEGGLPTKSDHSGTWTSEGSPEKMGHVAGARQSFHREGNLDVTLPPEDNGCGVGNEESPPKGIGGLELSTGLTTEISVSSEEDTSHGVVAAPENPCVGRRRGAAELQMEALLMRESLNVEKSESRINEEIHFESQNKEEICCGRKGSTEALSGCSVEADPEEVEEEEKQISQRNRKPDYSSSEEELDDSPDVLDSRIETAQRQYSETEPHDTKEENSGDVEEFSSVTSKTNSSTGLEDRDEFSSSEGTGEKTEPNEDDGSIKSQEDDHPIIIKRRRGRPRKYPAETAFKSKEDSKTETDITTVEQSSPSGKLKVSQADESNKEIANLEEKSTSNDDSEEKTASMRLRGRKPKRSLTSSDDAESSEPERKRQKSVSETSEDKKDEESDEEEEEEEEEEPLGATTRSATRSEAQRKNHSKPSTRATSKLGIPETISPRNRQKLAKEKLSTSEKVSKSPPLGRSKAQLSPSVKRKREVSPPGARTRGQQKVDENPLKKAKR

N : N-glycosylation Site
___ : Potential Sequon

Glycosylation Sites