Salmo salar (Atlantic salmon): 106607702
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Entry
106607702 CDS
T04363
Name
(RefSeq) mitotic checkpoint serine/threonine-protein kinase BUB1-like
KO
K02178
checkpoint serine/threonine-protein kinase [EC:
2.7.11.1
]
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa04110
Cell cycle
sasa04114
Oocyte meiosis
sasa04914
Progesterone-mediated oocyte maturation
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
106607702
04114 Oocyte meiosis
106607702
09150 Organismal Systems
09152 Endocrine system
04914 Progesterone-mediated oocyte maturation
106607702
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
sasa01001
]
106607702
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
sasa03036
]
106607702
Enzymes [BR:
sasa01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
106607702
Protein kinases [BR:
sasa01001
]
Serine/threonine kinases: Other
BUB family
106607702
Chromosome and associated proteins [BR:
sasa03036
]
Eukaryotic type
Centromeric chromatin formation proteins
SAC (spindle assembly checkpoint) factors
Core SAC proteins
106607702
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Mad3_BUB1_I
Pkinase
Kinase-like
PK_Tyr_Ser-Thr
Mad3_BUB1_I_2
Kdo
Motif
Other DBs
NCBI-GeneID:
106607702
NCBI-ProteinID:
XP_014060420
UniProt:
A0A1S3S7W4
LinkDB
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Position
ssa06:52670667..52682056
Genome browser
AA seq
1310 aa
AA seq
DB search
MNVGSLLQSFEESLSNYTGDDPLDPWDRFIEYLEKRLPAEDAKGMSLVLDRLVQRFLQEE
RYSNDIRYVNYCIKCASYYDEPIKLYSHIYSKGIGTRAAVLYVAWAQQFEQQGLLQQADA
VYQRAMENQAEPADTVLQQYRRFQTSSSRGGTGASEGVRNPLQTSHLVNQLQSHREPGPQ
YKDPEGLSQPPADRTVRIISRSENVVVNKPNQGPAVNMQTVSMYHTEDLICEGSELCFEE
VRARRYFVRCKQVEKQREFEERQRLAREQEEEVIRMNQLLEELESNLGVSSTVQGSSAIS
PPVQASCTPATRLNPGFLQQSFRHPPLSNNLGIKPTPGLRLNSGQDSRKGTVREPEAHSQ
HVRLRVPITDTLHSQMSSPPSGQVEEENTSHSCSFHLPKAPIGHLRQCTEAPKPSAVAPQ
AYSLQASLVQPQPGQNPKPIGLSFGSAPQKPAAYDSELQHGGDPLQDVRSQSQLGGLVNY
LSSSFQQHNGRDSHEVSVSDATESEVKLDVSQGGTGNQSHITPNTSLGLVQATPSRVLPS
PTVNTREALDAIMDMFQAPTLMQEEQFPSMSMHQAEKSFDSVYQRMGGTSLFSKPPDAVP
FAIFQDENENKENCSATMVDKDKPPRALAEISVSKREKQNESPLELIPDESTMWGARYNS
LATCPNSTRDFSLSAHLVSTPFQNKAPSSWNFEQDQENDHPRGFSGPEEGPFLRQPTKLS
PIIEQSPPDGIPETGAECSMRAQGFAEQGTIVGEGLALAQRSLATCSMTEVQHHAPAALS
FRDQTAPLVHTEGAGAKSPPPKASKPDWDVYVSPEQSLKPACPLSQRAPAEEATLSKSQI
DAFKSSFDVSTSPEKAPTPAFDIPMSPECAPKPDWLVVKSPEVGVELDLDLDAFMSPCQG
QRTDGFPLKTMDIPMSPEPSKFGSDVTMSPVHLSSKFRMDIPMSPAPEVKYGMDIPMSPD
QGSEVFSDPWDDELISSLLSKLPMPLTSQPNFITWQCKVPSITPKMTIKMGEGSLRVDCV
LGQGAFATVYQATDLTTSEKMILKVQKPANPWEFYINTQLNARLQPSVRHLFSNIHSAHF
FQNGSVLLGELHNCGTLLNAVNLYKNLIDKVMPQPLVIYFTVCMLHMVEQLHSIHIVHAD
IKPDNFLLGDRFLENKSFHPDNLDHGLALIDLGQSIDMTLFPKGTSFTAKCMTSGFQCTE
MKSGRPWNYQTDYFGIAGTVYCMIFGTYMQVTQEGGVWKTNAVFRRNPHSDLWTEFFHTL
LNVPDCNSLPCLRSLRSRLSTVLQQNYSNKLPSLKTRLVIQLLERRSTRR
NT seq
3933 nt
NT seq
+upstream
nt +downstream
nt
atgaatgttggttcacttttacagagctttgaggaaagtttaagcaactatactggagac
gaccccctagatccatgggacagatttattgaatatctagagaagagattacctgctgaa
gacgccaaggggatgtctcttgtgctagatcgtctagtacaaagatttctccaagaggag
cgctactccaatgacatccgatacgtaaactactgcatcaaatgtgcaagttattatgat
gagcccatcaaactgtacagtcacatatacagtaagggtattggcaccagagctgcagtc
ctgtatgtggcgtgggctcaacagtttgagcagcagggcctgcttcaacaggctgacgcc
gtctaccagagagccatggagaaccaagctgagccagctgacactgtccttcagcaatac
aggaggttccaaaccagctcttctagaggtgggacaggggcatcagaaggtgtacggaat
cctcttcagacttctcacttggtaaatcagctgcaatcccacagagagcctggcccacag
tacaaggaccccgaaggtctgtcccaaccccctgcagacagaacagttcgcataatctcc
cggtctgaaaatgtggtggtaaataaacccaatcaaggcccggctgtaaacatgcaaaca
gtgtcgatgtaccatactgaagacctcatctgcgaagggtctgaactttgcttcgaggag
gtccgagccagacgatactttgtgagatgcaagcaagtggagaagcagagagagtttgag
gaacgtcagaggttggctagagagcaggaggaggaagtgataaggatgaaccaactgctg
gaggagctggagagtaacctcggtgtgagctctacagtccagggaagctcagccatttct
ccaccagtgcaggcatcctgcacacctgcaacaagactgaatcctgggttcctacaacag
tcctttaggcaccctccactctcaaacaacctcggaatcaaacccactccaggcttgaga
ctgaacagtggacaggactccagaaaaggcacggtgagggaacctgaggcccactctcag
cacgtccgtctcagggttcccatcacagacaccctgcactcacagatgtcctctccccca
tctggacaggtggaagaggaaaacacctcccatagctgctcctttcacctgccaaaagca
ccaattggtcacttgcgtcaatgtacagaagcaccaaaaccatctgcagttgctccccag
gcatattctctacaggcctctctggttcaaccccaaccaggacaaaaccctaagcctatt
ggattgtcatttggatcggccccacagaagccagcagcctatgactctgagttgcagcac
gggggagatcctctccaggatgttcgctcccagtcccaacttggtggcttagtgaactac
ctcagcagcagcttccagcagcacaatggcagagattcccatgaggtgtctgtcagtgat
gctactgagtcggaggtgaaattagatgtgtcacagggagggactgggaaccagtcccat
atcactcctaacacttctctgggactggtgcaagccaccccgtccagggttctcccatcc
cccacagtcaacacacgggaggcacttgatgcgatcatggacatgttccaggctccaacc
ctcatgcaggaggaacagttccccagcatgtcaatgcatcaggcggagaagagctttgat
tctgtctaccagagaatgggtggcacctctttgttcagcaagccccccgatgcagtgcct
ttcgcaatctttcaggatgagaacgaaaacaaggagaactgcagtgctactatggtggac
aaggataagccaccaagggccctagcagaaatctctgtatctaaaagagagaaacaaaat
gaatctcctttggaattgataccagatgaaagcactatgtggggagcacgctacaactcc
ctagccacctgccccaacagcaccagagacttttccctgtctgcccacctggtctccacg
cccttccaaaacaaagctccttcctcctggaactttgagcaggaccaagaaaatgatcac
cccagaggctttagtggtccagaagagggccctttcctgcgacagcccactaaactcagc
cctatcatagagcagagcccacctgatgggatacctgagaccggcgctgagtgctctatg
agggcgcagggctttgctgagcagggaaccatcgtgggggaagggctagccctggcccag
cgaagcctggctacctgctccatgactgaggtgcagcatcatgccccggccgcactgtcc
ttcagagaccagactgcccccctggttcatactgagggggcaggggccaaaagccctcct
cccaaggcctctaaaccagactgggatgtctatgtgagcccagagcagtctttaaagcca
gcctgtcctctctcacagcgtgcacctgcggaagaggcaaccctttcaaagagccagatt
gatgccttcaaatccagctttgatgtttcaactagtccagagaaagccccaacacctgct
ttcgatatcccaatgagcccagagtgtgcaccaaagccagactggttagtggtaaaaagc
ccagaggttggggttgaactcgacctggacttggatgccttcatgagtccctgtcagggt
cagagaacagatggcttccctctgaagaccatggacatccctatgagtccagaaccatca
aagtttggctctgatgttaccatgagtccagtccatctgtcatcaaagttcagaatggat
attcctatgagtccagctccagaggtgaagtacggcatggatattcctatgagtccagac
caagggtcagaggtgttctctgacccctgggatgatgagctgatctcctccctgctctcc
aaactgcccatgccactcacctcccagccaaacttcatcacctggcagtgcaaagtcccc
agcatcacacccaagatgaccatcaagatgggtgaaggctccttacgggttgactgcgtc
ctcggacagggtgcctttgccacggtctaccaggcaactgacctgacaacctcagagaag
atgattttaaaggtacagaaaccagccaatccgtgggagttttacatcaacactcagctg
aatgcccggctgcagcccagcgtgcgccacctcttcagcaacatccactctgcccacttc
tttcagaacggcagtgtgctattgggcgagctccacaactgtggcaccctattgaacgct
gtgaacctgtacaaaaacctgattgacaaggtgatgccccagcctctggtgatttacttc
actgtctgcatgctgcacatggtggaacagctgcacagcattcacatcgttcacgctgac
atcaaaccagacaacttcctgctgggagataggttcctggagaacaagtcttttcaccca
gataatctggatcatggccttgccctgattgacctgggtcagagcattgacatgactctg
ttcccaaagggcacttcgttcactgccaagtgtatgacctcaggcttccagtgtacagag
atgaagagtgggagaccatggaactaccagaccgactactttgggatagctggaacggtg
tactgcatgatttttggaacatacatgcaagtaacacaggagggtggtgtgtggaagaca
aatgcagtatttagaagaaatccccacagtgatctgtggacagagttcttccacactctg
ctgaatgtgcctgactgcaactccctgccctgcctgcggagcctgcgcagtagactgagc
accgtgctccaacagaactacagcaacaagctgccgtcgctgaagacccgcctggtcatc
cagctgttagaaagacggtcgacacggagatag
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