Alligator mississippiensis (American alligator): 102563066
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Entry
102563066 CDS
T03087
Name
(RefSeq) cohesin subunit SA-2
KO
K06671
cohesin complex subunit SA-1/2
Organism
amj
Alligator mississippiensis (American alligator)
Pathway
amj04110
Cell cycle
Brite
KEGG Orthology (KO) [BR:
amj00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
102563066
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
amj03036
]
102563066
Chromosome and associated proteins [BR:
amj03036
]
Eukaryotic type
Sister chromatid cohesion proteins
Cohesin complex
102563066
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
HEAT_SCC3-SA
STAG
SCD
tRNA_bind_3
Motif
Other DBs
NCBI-GeneID:
102563066
NCBI-ProteinID:
XP_019340680
LinkDB
All DBs
Position
Un
AA seq
1200 aa
AA seq
DB search
MIAEPSSAIAASHQENSIHDETVPESTVQNGSCLRNGNLKTPRGKRKVQEQCENIRRNSS
STRRASQLQNGQVEAVTLFEVVSMGKRAMQSVVDDWVEAYKQDRDVALLDLINFFIQCSG
CQGMVTAEMFQSLPKSDVIQKMTETFDEETGLQYKKFMAYPWILTVTWPVDMDNEDYPLI
KPGPYWKKFKANFCEFTAVLIQQCQCSILYDSYLMDTVISLLTGLADSMVRAFRHTSTLA
ALKLLTALVRVRLNLDVSKHNTQRLYEVEKNRITGKRTNCRLDQLERKRKECEQKPLEIQ
NMMNAIFKGTFLQRYRDVIPEIRAICIEEIGSWMKMYPDTFLNDSYLKYIGWMLYDKQAE
VRLKCLLGLQGIYSRKELVSKMDLFTSRFKDRIVSMTLDKDHEVAVQAMKLLMLMSQNCE
DALSSEDCETLYQFVYTTHRPLAVAAGEFLYKRLLNNQGDEEECLPKSRGKFEPSASHLR
ILIAFFLESELHKHVAYLVDSLWDWAASLLKDWACMTSLLLQDSEEDGALSGAQESALIE
IILVTVREAAEGHPPVGRGAAKKILSVKEKKIQLEDCTKITEHFIVVLPQLLAKYSADAE
KVVNLLPIPQYYDLEAYSTGHLEKHLDALLKEVKDIMCKHSDMDVLEACSRMYDILCSGD
LAIHNRVDLARTQLIDELVDQLNQLLHDSWREEEGLCTGEEGISRICSALRRIAAFHNAH
DLAKWNLHDKTSELLVFEMEHGSLPVQMILPALQCTYFALLWQLVAVGERPSSKETLLAL
RRELRLFCQICTCYLSHKNKDLSEKAFMILCDLLLILSHQNSSSDEAVGLLEYLPSMSLQ
SKMLLFIQDHVFTEEEEEFKDLTEEEERTKEGYKLNDLHRRRSLLAVYCKLIVCNVVEMV
AAAEIYKHYMKTYNDFGDIIKETLSRTRHNDKIQCAKTLVLCLQQLFQKHINALGSSNSM
ELSSTSFMNIKELARRFSLTFGWDQVKSRESVAMIHKEGIEFAFQNAAVEGKCVPPNLHF
LVIISEFSNKLLKPDKRLVYGYLQRYITEPGFCKGDEWHPLVWYRNSLLANEEEESSVTG
GVGEWSSMSPSKISTFKRKLSNGSLLETSPAEATNKTPDFQCTLQLASPARKSRKRLKAQ
ETPRPEYLPFLCPAGPKRRCSQDMIKTENFSEDVGEDVDVDVVGTDQVSVEFPSLKVSKG
NT seq
3603 nt
NT seq
+upstream
nt +downstream
nt
atgatcgcggagcccagcagtgctatcgccgccagccaccaagaaaattctatccatgat
gagactgttcctgagtctactgtacagaacggcagctgtctgagaaatggcaatctgaaa
actccaagaggaaaaaggaaggtccaagagcagtgtgaaaacataagaagaaattcttcc
agtaccagaagagcaagccagctgcagaatggccaagtggaagcagttacgttgtttgag
gtggtcagcatgggcaagcgtgctatgcagtctgtggtagatgactgggttgaagcatat
aaacaagatcgagatgtggcactcctggatctgattaacttcttcattcaatgttcaggc
tgtcaaggaatggtgacagctgagatgttccaaagtttacccaagagtgatgtaatacag
aaaatgacagagacctttgatgaggaaacagggttgcagtacaagaaattcatggcatat
ccttggattctgacggttacttggccagtggacatggacaatgaagactatcccctcatc
aagccaggaccctactggaagaagttcaaagccaatttctgcgagttcactgcagtgttg
atccagcagtgccagtgcagcatcctttatgatagttacctaatggacacagtcatctcg
ctgctcacagggctagcagactcaatggtcagagcatttaggcacaccagcactttagca
gctttgaagcttctgacagctcttgtaagagtacgtctgaatcttgatgtcagtaaacat
aatactcaaaggctgtatgaggtggagaagaataggattactggcaagaggaccaactgc
aggttggatcagctagagagaaaaaggaaagagtgtgagcagaaacccctggaaatacag
aatatgatgaatgcaattttcaaagggacatttttacaacgctatcgtgatgtgattcct
gagatccgggctatttgcattgaagaaattggtagctggatgaaaatgtaccctgataca
ttcttaaatgatagttacttgaaatatattggatggatgctttatgataagcaagccgaa
gtgcgactgaagtgtcttctgggacttcagggaatttatagcagaaaagagcttgtttcc
aaaatggatctctttactagcagattcaaggatcgaattgtgtccatgactctggacaag
gaccatgaagtagcagttcaagccatgaaactcttgatgcttatgtcacagaactgtgag
gatgcattgtcatctgaagactgtgaaaccttataccagtttgtttatacgacacacaga
ccactggcagtagcagctggggaattcctttataaaaggctgcttaataatcagggagat
gaagaagaatgtctgcccaaaagtagagggaaatttgagcccagtgccagtcacttgaga
attctaatagctttcttcttggagagtgagctacacaaacatgttgcataccttgtagac
agcctatgggattgggcggccagtctgttgaaggattgggcgtgtatgacgagccttttg
ttgcaagattctgaagaagacggagcactgagcggggcccaggaaagtgcactgattgaa
ataatcctagtgactgttcgagaagctgctgaaggtcaccctcctgtgggcagaggagca
gccaagaaaatcctgtcagtgaaagaaaagaaaatacaattggaagattgtaccaaaatt
actgaacactttattgtggttcttcctcagctcttggcaaagtattcagcagatgctgaa
aaagtggtaaacctcttgccaatccctcagtattatgatttagaggcttacagtactgga
catctggaaaagcatttggatgctttgctcaaagaggtgaaagacattatgtgcaaacac
tcagacatggatgtcctcgaggcgtgctctaggatgtatgacatcctctgcagtggagat
ctggccattcacaacagagtggatcttgctaggactcaactgatagatgagttggtggac
cagcttaaccagctgctgcatgactcttggcgtgaggaggaaggtctttgtacaggtgaa
gaaggaatttcccgaatatgctctgctttgagaagaatagcagcttttcataatgcacat
gaccttgccaagtggaatctccatgacaagacttcagagctgctggtttttgaaatggag
catggaagtttacctgttcagatgattctaccagctttacagtgcacatactttgctctc
ctgtggcagctggttgcagttggggaaaggccttcttccaaggagactctcttggcattg
agaagggagttaaggcttttctgccagatctgcacatgctacctcagccataaaaacaag
gatttaagtgaaaaggccttcatgatactctgtgatttgctgctgatcttgagtcaccaa
aattcaagctctgatgaagctgtaggtctcctggagtatcttcccagcatgtcccttcag
tcaaaaatgctcttgtttatccaggatcatgtgttcacagaggaggaggaagaattcaaa
gacttgacagaagaggaagagaggacgaaggaaggctacaaactgaacgacttgcatagg
agaaggagccttcttgcagtttattgcaagctaattgtgtgtaacgtggtggagatggtt
gcagcagctgagatctataagcattatatgaagacttataatgattttggagacataatt
aaagagacactgagtaggacaaggcacaatgataagattcagtgtgcgaagacactggtt
ctttgtctgcaacagctgtttcagaagcacatcaatgctcttggcagtagcaacagcatg
gagttgtcatccacctccttcatgaacattaaggagcttgctcgtcgcttctcactgaca
tttggttgggaccaggtgaaatccagggaatcagtagctatgatacacaaggaagggatt
gaatttgcctttcagaatgctgcagtagaaggaaaatgcgtgcctccaaatttacacttt
ctggtaatcatcagtgaattctccaataagctactaaagcctgacaaaagactagtgtat
ggctacttacagagatacataacagagccagggttctgcaaaggagatgaatggcacccc
ttggtttggtacagaaactctttgcttgcaaatgaagaggaggagagctctgttactggc
ggtgtaggagagtggtcatccatgagcccatctaagatatctacctttaagaggaagtta
tctaatgggtctttacttgaaaccagccctgctgaggcaacaaacaagactccagatttc
cagtgtactttgcaacttgcttccccagcaaggaagagcagaaagaggttaaaggctcaa
gaaactcctcgcccagaatatctgccattcctgtgtccagcgggaccaaagagaagatgc
agccaagatatgatcaagacagaaaacttctcagaagatgtaggtgaagatgttgatgtg
gatgtggttggcacagaccaggtatctgtggaatttccttccctgaaagtttctaagggt
tga
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