Solea senegalensis (Senegalese sole): 122774308
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Entry
122774308 CDS
T07721
Symbol
ttk
Name
(RefSeq) dual specificity protein kinase Ttk isoform X1
KO
K08866
serine/threonine-protein kinase TTK/MPS1 [EC:
2.7.12.1
]
Organism
ssen
Solea senegalensis (Senegalese sole)
Pathway
ssen04110
Cell cycle
Brite
KEGG Orthology (KO) [BR:
ssen00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
122774308 (ttk)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
ssen01001
]
122774308 (ttk)
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
ssen03036
]
122774308 (ttk)
Enzymes [BR:
ssen01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.12 Dual-specificity kinases (those acting on Ser/Thr and Tyr residues)
2.7.12.1 dual-specificity kinase
122774308 (ttk)
Protein kinases [BR:
ssen01001
]
Serine/threonine kinases: Other
TTK family
122774308 (ttk)
Chromosome and associated proteins [BR:
ssen03036
]
Eukaryotic type
Centromeric chromatin formation proteins
SAC (spindle assembly checkpoint) factors
Protein kinases
122774308 (ttk)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
Kinase-like
ABC1
FTA2
HAT_PRP39_C
Kdo
RIO1
Mad3_BUB1_I
Motif
Other DBs
NCBI-GeneID:
122774308
NCBI-ProteinID:
XP_043889386
LinkDB
All DBs
Position
LG9:10538696..10547814
Genome browser
AA seq
1003 aa
AA seq
DB search
MEEEEHTDRKLQLAMLYRKLNKFKKSLNEDDTDNINRVIGSNSPESCLSYLIELEKKGDP
QMDRNHLIRLIDFYTRVFSNMPLGKHCQNESYARMLVRFAELKAIQDVSEAEANFNVARS
RSPNFAFVHIAHANFELSQGNTKRGIYILQSATELGAKPKELLEAALQSMQSEKTFFCSE
DKENLLLPSSNNHDSVKKGSELQKVSRMSDGTGDLQLSSIFGTGTESLGGSADEQLPGWR
SASQHKRTVGMPGRVPVVPFSIPENDAADENKHEKSSKKCDISIPSSLSRQTSGSNVNSV
FGVSSSKKRPFDGDLLDLRPAGVSPEHCSWEDHAAMDSTTTLLHSRDAQDTSRIDDVTYS
FDQVMKTNSPESCWTYLMNLEKRGNPHTDISLLNKLKDCYSKVFSRLPIRQYSKNACYAR
ILVRYAELKGIEDTDEAQDHFIVARSNCKGFAFVHIAHAQFEVSQGNVMKASSILHKAQA
LHARPAELVEVAIRNLKAGEKRLVPNKDEEFPIDLQTVLPVSVSTHGGNQELQLPGRVPV
NRSVERTKPANKDSSEWKIPSLVNRHASPNKHKTPPEPTPVPRMLDSLRTPSVQLPTRLN
PQSACQTPNNYKIPCSSSFVTPVVKRDPEVFSSAVAAHRPGPAQLPCTPIIQAACFQTPQ
ASFTALSKETITIKGKQFFILKMIGRGGSSKVYQVLDHKKQLFAVKYVDLEEADAQTVES
YKNEIEHLNHLQQYSDQIIKLYDYEMTNSYIYMLMECGNLDLNTWLRNRKTVNPLERKFY
WKNMLEAVHTIHKHGIVHSDLKPANFVIVNASLKLIDFGIANRIQPDVTSIMKESQVGTL
NYMPPEAIKDTSSQSGKARSKISPKGDVWSLGCILYCMTYGKTPFQSITNQITKLHAIID
PSHKIEFPDISEKDLLDVLKRCLVRNPKERISVAELLEHSYLQLKAKISPEPADPCNSDL
KKILTDLAALQSPNSIIRAANNLAKMCNTGRRLDVAECAKSST
NT seq
3012 nt
NT seq
+upstream
nt +downstream
nt
atggaggaagaggagcatacagacagaaagctgcagcttgcgatgctttatcgaaagctc
aacaaatttaaaaagtctctcaatgaagatgacaccgataatataaaccgggtcataggc
tcaaactcgcctgaatcgtgtctttcatatttgatcgaactggagaagaaaggggaccct
caaatggaccgtaaccatctcatcagactcattgatttttacaccagagtattctctaat
atgccattgggtaaacactgtcagaatgagagttatgccaggatgttggtccgatttgca
gagctaaaagcgattcaagatgtcagtgaggcagaggccaacttcaacgtcgccagatct
cgcagcccaaactttgcatttgttcacattgctcatgcaaactttgagctttctcaaggc
aacacaaagagaggcatttatatcctacagagtgccactgaactcggtgcaaaaccaaaa
gaactgctggaggctgcactacaaagcatgcagtcggaaaaaacattcttctgttcagag
gataaggaaaatttactattgcccagcagtaacaatcacgattctgttaaaaaaggctct
gaattacaaaaagtcagcagaatgtcagatgggacaggagacttgcaactctccagtatt
tttggtacagggaccgagtcccttggtggatcagcggatgaacaactaccaggatggaga
tctgcatctcaacacaagagaacagttggcatgccaggaagggttcctgtggtaccattc
tctatcccagaaaatgatgctgctgatgaaaacaaacatgaaaagtcctcaaagaaatgt
gatatatcaatcccctctagtttgtccaggcaaacatccggttcaaacgtgaactcagtg
tttggggtttcgtcctcaaagaaacgtccttttgatggagatttacttgatctcagacca
gcaggtgtcagtcctgaacattgctcttgggaggaccatgcagccatggactccaccact
acactccttcactcacgtgatgcacaggacacctcacggatagacgatgtaacttacagt
tttgaccaggtgatgaaaacaaattccccagagtcatgttggacatatctgatgaatctg
gagaaaagaggcaaccctcacaccgacatcagcctcctcaacaaactcaaggactgttac
tctaaggtcttctccagattgccaattagacagtacagcaagaacgcctgctatgccaga
atactggtcagatatgcagaactcaaggggattgaagatacagatgaagcacaggaccac
ttcatagttgctagatccaactgcaaaggctttgcctttgtccatatagcacatgctcag
tttgaagtttctcaaggtaatgtgatgaaagcaagctcaattctgcacaaagcccaagcg
ttacacgccaggccagctgagcttgttgaggtggcgatacgtaatcttaaagctggggag
aaacggctggtacccaacaaggatgaagaatttcccatagatttgcagacggttcttcca
gtaagtgtttctacacatggtggaaaccaggagcttcagcttcctggtagagtccctgtg
aaccgctcagttgagcggactaaacctgccaacaaagactcatcagagtggaagattcca
agtctcgtcaatcggcatgcttctccaaataaacataaaaccccacctgagcccacacct
gttcctcgcatgctggactctcttcgtactccatctgttcagcttccgaccagactgaac
ccacagtcagcctgtcagaccccaaacaactacaaaatcccatgttctagcagcttcgtt
actcctgttgtaaagagagaccctgaggtgttttcctctgcagtagcagcacacagacct
ggacctgctcagcttccatgcacaccgataatccaagcagcctgtttccaaacgccacag
gcttcttttactgcattgtcaaaggaaaccataacgattaagggcaagcagttcttcatc
ctcaagatgattggacgtggtggatcaagcaaggtttaccaggtcctcgatcacaaaaag
cagctgtttgctgttaaatatgtcgacctagaggaggctgatgctcagacagtagaaagt
tataaaaatgagattgaacatctgaaccatctacagcagtacagcgatcaaattataaag
ctctatgactatgaaatgaccaacagctacatttacatgctgatggaatgtggtaacttg
gacctgaacacttggttgcgaaaccgcaagacggtgaatcctctggagaggaagttctac
tggaagaacatgctggaggctgtccacaccattcacaaacatggaatagtccacagtgac
ttgaaaccagctaacttcgtcatagtgaatgcatcactaaagttgatcgatttcggcatc
gcgaatagaatccagccagatgtaacgagcatcatgaaggaatcacaggtaggcactctc
aactatatgcctcctgaagccattaaagacacatcatcccagtcaggaaaagctcgctca
aagatcagccccaaaggtgacgtgtggtctcttggatgtatcctgtactgtatgacctat
ggaaagactccatttcaaagcatcaccaatcagataaccaagctgcacgccatcattgat
ccgtcccataagatagaatttcccgacatctcggagaaggatttgctggatgtgttgaag
cgatgcttggtacgaaaccccaaagagcggatttctgtcgcagagcttttggaacattca
tatctgcagctgaaggcaaaaatatcccctgaaccagcagatccatgtaacagtgaccta
aagaaaatcttaactgacctggctgccctccagtctccaaacagcatcattcgagctgca
aataatctggccaaaatgtgtaacactggcaggaggctggatgtcgcagaatgtgcgaag
tcttcaacctaa
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