Hydra vulgaris (swiftwater hydra): 100201834
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Entry
100201834 CDS
T01080
Name
(RefSeq) rho-associated protein kinase 2-like
KO
K17388
Rho-associated protein kinase 2 [EC:
2.7.11.1
]
Organism
hmg
Hydra vulgaris (swiftwater hydra)
Pathway
hmg04310
Wnt signaling pathway
Brite
KEGG Orthology (KO) [BR:
hmg00001
]
09130 Environmental Information Processing
09132 Signal transduction
04310 Wnt signaling pathway
100201834
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
hmg01001
]
100201834
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
hmg03036
]
100201834
Enzymes [BR:
hmg01000
]
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
100201834
Protein kinases [BR:
hmg01001
]
Serine/threonine kinases: AGC group
DMPK family [OT]
100201834
Chromosome and associated proteins [BR:
hmg03036
]
Eukaryotic type
Centrosome formation proteins
Kinases and associated factors
100201834
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
Kinase-like
Rho_Binding
PH
C1_1
Pkinase_C
DUF5411
APH
Swi5
Motif
Other DBs
NCBI-GeneID:
100201834
NCBI-ProteinID:
XP_012554647
UniProt:
A0A8B7D967
LinkDB
All DBs
Position
2:complement(8720332..8785170)
Genome browser
AA seq
1380 aa
AA seq
DB search
MTGLEKRYQSLSEKLCKPTDELYIEGLLDSVTSLYYDCTSSHIRSEKNFENFLKRYASAA
EEIAKSRINLKDFNEIKVIGRGAFGEVKLVRHKETKQVYAMKLLSKFEMIKRSESAFFWE
ERDIMAHANSEWIMAIHYAFQDEKFLYMVMDYMPGGDIINLMSGYDIPEIWARFYIMELV
LAVDALHKYGFIHRDIKPDNMLLDKNGHLKLADFGTCMRMDKDGLVRSDTAVGTPDYISP
EVLQSQGSQGVYGRECDYWSVGIVLYELIVGDPPFCDDSLIGTYGKIMNHKTSLQFPDYI
EMSSNCKKLICGFLTTRDQRLGRNGIDDIKNQKFFQTDLWDWDNIRSTVAPVVHEMTSDD
DTSNFDDIPEPDSKTSETFELSKVFAGNHLPFVGFTYSKHNRIIGDNQECSEEKDDNKDK
IQNLSNRIQELEDQLKNERNSKDDSEKLIKNLKLKQQKLTTDWEEEVESRKKAEAQIRDL
ERAAALYKHDMRENQRKAEFEADAKKKLEAKVQELQSKLDNEYSTKEDSNKLQKKLAIVE
KENNDLKEKLRIETEGNLKLKKIESDYRKTQAVADHAFKDLLEKNRLLGIAKSNIEKELM
QAQVSLEAEISAVKHANDARRDCEKQNALLKDEVDQLRTKYKSDANAMQKLQDELITVEK
SKASIVFELKQLKAKYEMEKTNTAKQIRKLSTEKKEKKLSEIQILEKESADIQKEREERI
RIESKAANLERLMNDLQLDLKNIKQKNVRLEEEYQASQNKIDSLNSLIQEEIVKRSDIQN
ELNAVMSDLTTQKTKEQQLKSDCNRILDERKQLQEAYNKLKSASAADDIQMKELQDQLEA
EQYFSTLYKTQVRELKEEVDERKKEVQCLQSDIQMVTEERDSLSAQLELALAKAESEELA
RSIAEEQISDLEKEKTMLELEIKELLAKNKADNLEKLNQLQEANERIRTLESELQDEVQK
RLESIEQIKSADEEAKLKAKDDEVEALKKAVKQEQTLKIQAVNKLAEIIQRKDVSGGSKG
KGNKVPSSELKKKEKENKKLQLLLQQEKEKYQSTFSKLQSQNIELNKELEKLKESLTKVM
MELDSKGMVIEQLQEENKNVNKELESLRALVPVDLDPMITQQVSVKLEGWLSIPEKKLKR
KFEWKKQYVVVSRQKIFFFNNEQDKATNTPSMILDIGKLFHVRSVTQGDVMRVDVKDIPK
IFQILYANEGESKNPEEKAEIDLAEDKAAFIIPFKDHQFVVMHYHMPNACDMCQRQMWHM
IKPPPAVECRRCRVKCHKDHVDREEDVIQPCKVTVDLATAKDLLILANDVDEQKQWVQEL
SKKIIRKDVGAIKKKSTDVTTNVISRTQSTKSFKGKDKTPNRSVSVTSGTQLGQMKDLPE
NT seq
4143 nt
NT seq
+upstream
nt +downstream
nt
atgactgggcttgagaaacgttatcaaagtctatctgaaaagctatgtaaaccaactgat
gaactatatatcgaagggttattagattctgtcacatcattgtactatgattgcacgtca
tctcatatccgcagtgaaaaaaactttgaaaactttttgaaacgctatgcttctgctgca
gaagaaattgcaaaatctcgtatcaatttaaaagattttaatgagattaaagtcataggt
cgtggtgcatttggagaagttaagctggtgcgtcataaagaaaccaagcaagtatatgcc
atgaaactacttagtaaatttgaaatgattaaaaggtctgaatcagcttttttctgggaa
gagcgtgatattatggcacatgcaaattctgaatggattatggcgattcattatgccttc
caagatgaaaagtttttatacatggttatggattatatgcctggcggagatattattaac
cttatgtctggttatgacattcctgaaatttgggcacgcttttacataatggagctggtg
ttagctgttgatgctcttcataaatatggttttattcacagagatataaaaccagacaac
atgttactggataaaaatggacacttgaaattagcagattttggtacctgcatgagaatg
gacaaagatggtttggtacgctctgacactgcagtcggaactccagattatatttcacct
gaggttttacaatctcaaggaagtcaaggtgtttacgggcgagaatgtgattattggtct
gtgggcatagttttatatgaacttattgttggtgatccaccattttgtgacgattcctta
attggtacttatggaaaaatcatgaatcacaaaacctctcttcaatttcctgattatatt
gagatgtcaagcaattgtaaaaaattaatatgcgggtttttaacaacaagagatcaacgt
cttggtagaaacggaatagatgacataaaaaatcaaaagttttttcaaactgacctttgg
gactgggacaatattcgaagcactgttgctccagtagttcatgaaatgaccagtgatgac
gatacatcaaattttgatgatattcctgaaccagactctaaaactagtgaaacatttgag
ttatcaaaggtgtttgcaggcaatcacttaccgtttgttggttttacttattccaagcat
aacagaattattggagacaatcaggaatgttccgaagagaaagatgataataaagataaa
attcaaaacttgtcaaatagaattcaagaattagaggaccaactaaaaaatgaaaggaac
tctaaggatgactcagaaaaactaattaaaaatttgaagcttaagcaacaaaaattaaca
acagattgggaagaggaggtggaatcacgtaaaaaagcagaagctcaaataagagattta
gaaagagcagcagccttatataaacacgatatgagggaaaaccaacgtaaagcagagttt
gaagctgatgcaaaaaaaaaacttgaagcaaaagttcaagagttgcaatcaaagttagac
aatgaatattctactaaagaagacagcaataagttgcaaaaaaaattagctatagttgaa
aaagagaataatgatttaaaagaaaagttacgaatagaaactgaaggaaatttgaaatta
aaaaaaattgagagcgattacagaaaaacccaagcagttgcagatcatgcttttaaagat
ctattagaaaaaaacaggttattaggaatagctaagagtaatattgaaaaagaacttatg
caagctcaagtttcattagaagcagaaataagcgcagttaaacatgctaatgatgctcgg
cgagactgtgaaaaacaaaatgctttattgaaagatgaagttgatcaattaagaacaaaa
tataaaagtgatgccaatgccatgcaaaaattacaagatgaacttattactgttgaaaaa
tcaaaagctagtattgtatttgagcttaaacagctaaaagctaaatatgaaatggagaaa
acaaacactgctaaacaaattcgaaaactgtctactgaaaaaaaggaaaagaaattatcg
gaaatacagatattagaaaaagaatctgctgatatacagaaagaaagagaagaaagaatt
cgtattgaatcaaaagcagcaaaccttgagcgtctaatgaatgacttacaattagattta
aaaaatattaaacaaaaaaatgtaaggttagaagaagaatatcaagcaagtcaaaataaa
attgatagcttgaacagccttatacaagaagagattgtcaagcgaagtgatattcaaaat
gaattaaatgcagttatgagtgatctaacaacacaaaaaactaaagaacaacaactaaaa
tctgactgtaaccgaatacttgatgaaagaaaacagttacaagaagcatacaacaagtta
aagagtgcctctgcagcagatgatattcaaatgaaagaattgcaagatcaactagaagct
gaacaatacttctcaactttatataaaacacaagtaagagaattaaaagaagaagttgat
gaacgaaaaaaagaagtgcaatgtcttcaaagtgatattcaaatggtaacagaagaacga
gactctctttcagctcaacttgagttagcattagcaaaagctgaatcggaagaattagca
agatcaattgcagaggagcaaatatctgatcttgagaaagaaaagacaatgcttgaactt
gaaatcaaagaattacttgctaaaaataaagctgataatttagaaaagttgaatcagtta
caagaagctaatgaaagaattcgaacattggaatctgaactccaggatgaggttcaaaaa
agattagaaagcatagagcaaataaaaagcgctgatgaagaagcaaaattgaaagcaaaa
gatgatgaagttgaagcattgaaaaaagctgttaagcaagaacaaacattaaagatacaa
gctgttaataaactggcagaaatcattcaaagaaaagatgttagtggaggttcaaaagga
aaaggaaacaaagtaccttcatcagagttaaagaaaaaagagaaagaaaacaaaaaactt
caattgttgttacagcaggaaaaagaaaagtaccaaagtacatttagcaaacttcagagt
caaaacatagaattgaataaggaattggagaagcttaaagaatcattaactaaagttatg
atggagcttgattccaaaggcatggtcattgaacaacttcaagaagaaaataaaaatgta
aataaagaattagaaagcttacgagctttagttccagttgatttagatcccatgattaca
caacaagtatctgtcaagttagaaggttggttatctattccagagaaaaagttaaaacgc
aagtttgaatggaagaaacaatatgtagttgtaagccggcaaaaaatatttttctttaat
aatgaacaagacaaagcaactaatacaccttctatgatcttagatattggaaaacttttt
catgttcgatcagtaactcagggcgatgtaatgagagttgatgtaaaagacatacccaaa
atatttcagatattgtatgcaaatgaaggtgaaagtaaaaatcctgaagaaaaagcagaa
atagatctagctgaggataaagctgcttttatcattccatttaaagatcatcagtttgtt
gtcatgcactatcatatgccaaatgcatgtgatatgtgtcaaagacagatgtggcatatg
attaaaccaccaccagctgtcgaatgtcgaagatgtcgtgtaaaatgtcataaggatcat
gtagaccgagaagaagatgtcattcaaccatgcaaagtaactgttgatcttgctactgcc
aaagatttactaatacttgctaatgatgttgacgagcaaaaacaatgggtacaagaacta
tctaaaaaaattattcgcaaggatgttggagctataaaaaagaaaagcactgatgttacc
actaatgtaatatctcgaacgcagtcgacaaaatcatttaaagggaaagataaaacccct
aatcgatcagtatctgttacgtctggaactcaactgggccaaatgaaagatttacccgaa
tga
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