Enhydra lutris kenyoni (northern sea otter): 111157682
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Entry
111157682 CDS
T05871
Name
(RefSeq) structural maintenance of chromosomes protein 1B isoform X1
KO
K06636
structural maintenance of chromosome 1
Organism
elk
Enhydra lutris kenyoni (northern sea otter)
Pathway
elk04110
Cell cycle
elk04114
Oocyte meiosis
Brite
KEGG Orthology (KO) [BR:
elk00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
111157682
04114 Oocyte meiosis
111157682
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
elk03036
]
111157682
Chromosome and associated proteins [BR:
elk03036
]
Eukaryotic type
Sister chromatid cohesion proteins
Cohesin complex
111157682
Meiosis-specific proteins
Cohesin complex and associated proteins
111157682
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SMC_N
SMC_hinge
AAA_23
AAA_21
AAA_15
AAA_29
Ca_chan_IQ
Motif
Other DBs
NCBI-GeneID:
111157682
NCBI-ProteinID:
XP_022375011
UniProt:
A0A2Y9KMW8
LinkDB
All DBs
Position
Unknown
AA seq
1231 aa
AA seq
DB search
MGHLEVLLVENFKSWRGRQVIGPFRRFTCIVGPNGSGKSNVMDALSFVMGEKTANLRVKN
IQELIHGAHIGRPVSSSASVKIVYVEESGEEKTFTRIIRGACSEFHFNDNPVSRSVYIAE
LEKIGIIVKARNCLVFQGTVESISMKKPKERTQFFEEISTSGELIGEYEEKKRKLQKAEE
DAQFNFNKKKNVAAERKHAKLEKEEAERYQSLLEELKMNKIQLQLFQLYHNEKKIHFLNT
ELEHVSRDLSVTKESLSHHENIVKAKKKEHGMLTRQLQQTEKELKSLEALLNQKRPQYIK
AKENTSHHLKKLDVAKKSIKDSEKQCSKQEDDIKALETELVDLDGAWRSFEKQVEEEILQ
KGRDIELEASQLDRYKELKEQVRKKVAIMTQQLEKLQWEQKADKERLAFEKRRHGEVQEN
LKQIKEQIEDHKKRIEKLEEYTKTCMDCLKEKKQQEETLVVEIENTKSRMSEVNEELNLI
RNELQNAGIDNHEGNRQQRRAEVLEHLKRLYPDSVFGRLLDLCHPIHKKYQLAVTKLFGR
YMVAIVVASEKVAKDCIRFLKEERAEPETFLALDYLDIKPINERLREIKGCKMVIDVIKT
QFPQLKKVIQFVCGNGLVCETVEEARHIAFGGAERRKTVALDGTLFLKSGVISGGSSDLR
YKARCWDEKEIKTLRDRRTQLIQELKDLMKILRKEADLKQIQTLVQGTHTRLKYSQSELE
MIKKKHLAAFFREQSQLQSELLNIESQCTMLSEGIKERQQRIEEFQEKIDKVEDEIFKHF
CEEIGVENIREFEKKHVKQQQEIDQKRLEFEKQKTRLNVQLEYSRNQLKKRLSKINTLKE
TVKKGREDIDNLKQAEENCLQIVDDLMAKRQQLKDVFLTQNASAEKVQAQLEEERKRFLA
IDREVGKWQKEVVIIQTSLEQKRLEKHNLLLDCKVQDIEIILLLGSLDDIIEVELGTEAE
STQATVDIYEKEEALEIDYSSLMDDLKALQTDKEVEARLKLLLQQVAAQEDVLLKTAAPN
LRALENLKTVRDKFQESTDAFEASRKEARMCRQEFEQVKKRRYDLFSQCFEHVSISIDQI
YKKLCRNVSAQAFLSPENPEEPYLEGISYNCVAPGKRFMPMDNLSGGEKCVAALALLFAV
HSFRPAPFFVLDEVDAALDNTNIGKVSSYIKEQSREQFQMIIISLKEEFYSRADALIGVY
PEHDDCMFSRVLTLDLSQYPDTEDQESSKRN
NT seq
3696 nt
NT seq
+upstream
nt +downstream
nt
atgggccacctggaggtgctgctcgtggagaactttaagtcgtggcggggccgccaggtc
atcggccctttcaggaggttcacctgcatcgtcggccccaacggctccggaaaatctaat
gtaatggatgcacttagttttgtaatgggagagaaaacagctaatttaagagtgaaaaat
attcaagaactcattcacggagcacatattggaagacctgtctcctcttctgcaagtgtg
aaaattgtatatgtggaggaaagtggagaagagaaaacatttacaaggattatccgaggg
gcatgctcagaatttcattttaatgataatccagtgagtcgttctgtgtacatagctgag
ttggaaaagataggcataatagtcaaagcacggaactgtctagtgtttcagggaactgta
gagtcgatttcaatgaaaaaacccaaagaaagaacccagttttttgaggaaatcagcact
tcaggagagcttataggagaatatgaggaaaagaaaagaaagttacagaaagctgaagag
gatgcacagtttaattttaataagaagaaaaatgtagccgcagaacgcaaacatgcaaag
ttagagaaagaagaggcagaacgttatcagagtctccttgaagaactgaaaatgaacaag
atacaattacagcttttccaactatatcataatgagaagaaaattcatttcctgaacact
gagttagagcacgtgagtagggacttgagtgtcacaaaggagtctctttcccatcatgaa
aacatagtgaaagccaagaagaaggaacatggaatgttaaccagacaactacaacaaaca
gaaaaagaattaaaatctcttgaagcgcttttaaatcagaaaaggcctcaatacattaaa
gccaaagaaaacacttctcaccacctcaagaaattagacgtggctaagaaatcaataaag
gacagtgagaaacagtgttctaaacaggaagatgacataaaagccctggagacagagctg
gttgatttagatggtgcatggaggagttttgaaaagcaggttgaggaagaaatcttacaa
aaggggcgagacattgaactagaagccagtcagctggatcgttacaaagaactgaaggaa
caagtaagaaagaaagtggcgataatgacccaacagctagaaaagctgcagtgggaacag
aaggctgacaaagaaagactggcgtttgagaagaggaggcatggagaagttcaggaaaat
ctaaaacaaataaaagaacagatagaagaccataaaaaaagaatagaaaagttggaggag
tacacaaaaacatgcatggattgcttgaaagagaaaaaacagcaagaggaaacgctagtg
gttgaaattgaaaacacaaaatcaagaatgtctgaagttaatgaggaactgaatcttatt
cgaaatgaactgcagaacgctgggattgacaaccatgaggggaaccggcagcaaaggaga
gcggaggttctggagcaccttaaaagactttacccagattctgtgtttggaagactactt
gacctctgtcatcctattcataagaaataccagttggctgttactaaacttttcggccgg
tacatggttgccattgttgtagcctctgaaaaggtcgcaaaagattgtattcgatttctg
aaggaagaaagagctgaaccggagacattccttgctctggattaccttgatatcaagcca
atcaatgaaagattaagggagataaaaggctgtaaaatggtgattgatgtcataaagact
cagtttcctcagctgaagaaagtaattcagtttgtgtgtggaaatggccttgtctgtgag
actgtggaagaagcaaggcatatcgcattcggtggagctgagagacggaaaacagtagct
cttgatggaacattatttttaaaatctggggtgatctctggagggtcaagtgacttaaga
tacaaggctaggtgctgggatgagaaggagataaagaccttaagagacagaagaacccag
ctgatccaggaattaaaggatttaatgaagatacttcgcaaggaagcagatttgaaacaa
atacaaactctagtacaaggaactcatacacgactcaaatactcccaaagtgaactagag
atgattaaaaagaagcaccttgctgcttttttccgggaacagtctcagctacagagtgaa
ctactgaatattgagtctcagtgtactatgctgagtgaaggcatcaaagagcgccaacaa
agaattgaagaatttcaagaaaagatagacaaggtggaagatgagattttcaaacacttc
tgtgaagaaattggtgtggaaaacattcgtgaatttgagaagaaacatgttaaacagcaa
caagaaattgatcagaaaagattagaatttgagaaacaaaaaactcggcttaatgttcaa
ctcgaatacagtcgcaatcagctgaagaagagactgagtaagatcaacacattaaaagag
accgtcaagaaaggcagagaagacatcgataacctaaagcaggctgaagaaaattgtctg
cagattgtggatgatctcatggcaaagcggcagcaacttaaggacgtatttctcactcag
aatgccagcgccgagaaggtccaagctcagctggaagaagagcggaagagatttctggct
attgatagggaagtgggaaaatggcaaaaagaagttgtaatcattcagacttctttggaa
cagaaacggctagagaagcataatctgctgcttgattgcaaagttcaagacattgaaatc
atcctcttgttggggtcactggacgacatcattgaagtggagttgggaactgaagcagaa
agtacccaggcaacggtcgacatctatgagaaggaagaagccctcgagatagactacagc
tctctgatggatgatctgaaggccttacaaactgataaggaagtggaggcccgcctgaaa
ctcctgctgcagcaggtggcggcccaggaagacgtcctgctgaagacagcggccccaaac
ctgcgagccctggagaacctgaagactgtccgcgacaagtttcaggagtccacagacgct
tttgaggccagcagaaaggaagccagaatgtgtaggcaagagtttgaacaggtgaaaaaa
aggagatatgaccttttcagccagtgttttgagcatgtctcgatctcaatcgatcaaatc
tacaagaagctctgcagaaacgtcagtgcccaagcatttcttagcccagagaacccagaa
gagccttacctagagggaattagctataactgcgtggctccaggcaaacggttcatgccg
atggacaatctgtcagggggagaaaagtgcgtggccgcgttagccctcctgttcgccgtg
cacagctttcggcctgctccattctttgtgttagacgaagtagacgcagctctggacaac
acgaacattggcaaggtgtcaagttacatcaaagagcagagtcgagaacagtttcagatg
atcatcatttccctaaaggaggagttctactcccgagcggacgcgctcatcggcgtctat
ccagagcacgatgactgcatgttcagcagagttttgaccctggatctttctcagtatcca
gacaccgaagaccaggaaagcagcaaaagaaactga
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