Magallana gigas (Pacific oyster): 105329548
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Entry
105329548 CDS
T03920
Name
(RefSeq) citron rho-interacting kinase isoform X1
KO
K16308
citron Rho-interacting kinase [EC:
2.7.11.35
]
Organism
crg
Magallana gigas (Pacific oyster)
Brite
KEGG Orthology (KO) [BR:
crg00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
crg01001
]
105329548
Enzymes [BR:
crg01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.35 CRIK-subfamily protein kinase
105329548
Protein kinases [BR:
crg01001
]
Serine/threonine kinases: AGC group
DMPK family [OT]
105329548
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pkinase
CNH
PK_Tyr_Ser-Thr
PH
C1_1
Pkinase_C
Motif
Other DBs
NCBI-GeneID:
105329548
NCBI-ProteinID:
XP_065934408
LinkDB
All DBs
Position
3:8409792..8429436
Genome browser
AA seq
2224 aa
AA seq
DB search
MASKLESIEKRIEVLNDLVAGSVLTDDLLTSLTTRDGLLDALFVLYEECSHEYLITKNKH
VAAFVRKYASTIAEVKKLRISMADFEVKDVIGRGHFGEVQVVREKASGTVYALKTLHKHE
TLAQHEITFFEEERDIMALSNSPWITKLHYAFQDSLNLYLVMEFHAGGDLLSLLSRYDDI
FEESMAKFYIAEMTQAIRALHCMGYVHRDIKPENILIDIKGHIKLADFGSAAKLSPDMLV
SFRMPVGTPDYVSPELLTSINNKQIVSNYGVEVDWWSLGICMYEMLYGKTPFTDENGSLI
NTYSKIMNFKKCLSFPESQRVSESSISLVKGLLTDKSSRLTYDGIVAHSFFSDLDIENLK
QVKPPFVPHLSSLDDTSNFEEFEKKRYQPCFDDFNTSKEFSGKDLPFVGFTYTRPQNSEE
DKDSELSPESDTSSEESVECRNVEVKLTVKINELQSKNHQLEESECSFRSEMERLQLKAQ
EKDEEVRRMAAERDSMERELQDVLTQRQVLAAQLDKTSAENEQLELHAMKNFNEILEMRK
EAQAIEEEILRCQVEELQEVAAELEREKENLLRKVSQRDKQIDTLKEQASANQKQLAELQ
NRLAKARRKSRGDQKRDLALLESQSNAWREQISEKTTEIQEKDKRIQELEDMLEAYEQQE
KDFMEREQVLLNKLQSAPSKEKLDIKVMLTTSKSPGKKEIESKLKKIQELEDLLEKYEAD
SQAWQEEEDQYKEMIESLSGEVATLKHQSRLSVKAKENLLEQIKLHQEEISKQKQKIRDL
QEHVSAYLEGQKKDSREISLEKHVKELEIEVEMLRDDKRKLMKDKLSVQTELDDHKCKQM
DNERVNDQIIQKINRLTSKLERTERQLNASRDREIEVRLKARDAQEIRDRLQEENMKAER
KENEELKTKLAAFNAEIEQLKLTPSRDNEVKDLRNTLETNTQKVTQLQEKVEKLTSEKFD
SLREIRELKQEKEKLEESLNNNKRELEKVEKNVKDFTGLKEENSRLKDEKESLKSQLADL
ESEKQVSEGKLKRECEAVNVKLQSVEQELEEQKILSAKRWNKIEDAEDLRQENKLLQSKA
EIQKKKTEELEIKIKDLESQITESKKKLEKMTSIKQELDTLKLARRSSEVKIQELQRELS
ENQQKASYNKKDVQHLEEKLYKEKEQTNDNMSELKRELQESNLALSEARSLVSAMQRQEQ
SMRDKFNQEIRELQMKLHKAQGSLHLEHDMDTVLREKQNLQLKLMETEERVGNLLKEKGT
AVLEKQNIEEKLLHNQQQCELEKKKAEVMKGVVTDLEDQIKDYETLIEEYEKQQADWEEI
KKKFESAVDERELEIEGTGQKMLELQQAKQNASEKLNQVKKEYQAEKMILKSEMETLKTR
EWESRKEADRWKAQVTELESKVSKCQMMLKSQMKNMDADSGEKNRLKEEISSKITEIQEL
RSKNLKLKQSLGEAMDKFEMIFGEKVDLENFAEALQGLHFLEKYKFESTIGQQMKLIDYL
QALYEDNNSNKKKKSAKKGRKSFNFGKVHFPAMEDLQNSLELERKRNVKLTEQLERIRQE
NYSQAQELLQLKGPLKEKVESTLTPHEKAAVACRTPMKSVPSAILTPRAQRYNIETQEIP
PLRMHHNIPHRFVTGLNTRATKCGVCLGSVPFVKRASKCQACLMTCHIKCSSEAPSTCGL
PTDYIHYFTSIMGKIERNSKNFTLEDTNQIKIKGWLKVPRTGKPGWEKRWGSLENNILLL
YREESDANPIDTFDLNPAETDVTVHSAISSAELPNTASTDLPYVLKLEHEPLTTCWPRRE
LYLMAVTFPDKQKWVASLEAAIKSLQRVDATFKRTKLQEFRVLELKGDRRLELNCTLIVS
NHMLLLGADEGLFAVNISKGQHTLVTKLAGLKNIHHMVYASGLGWVICITGQDRHVVYIH
REAIKARLNQATSDETEHVPNDKIPSLVGCTVLEVKRVYESLYLVAGFDDRITVMKYNTE
LKEFCIRKELKTQEPCSCICLAEDFAIVGTEKFYKFNLEHPSLIEFVDKRDNSLAFAAFG
AAIHNSFPLAVVNVTPEGLPMEFLLCFHEYGFFVDCNGKRSRPKDMKWSCLPLAFAYSEP
FLYVVYFNSIQAITIPANKMQTRGKQTCLDLYCPRLLGNSMKTGGVYIATNMGNSTLMVC
LQGNDGISDKENVASKSERQKFASPRRGILKASQRHDSMTSISSTSSAGSSYSTSSSYSV
NSEL
NT seq
6675 nt
NT seq
+upstream
nt +downstream
nt
atggcaagcaagctggaaagtatcgagaagcgaatcgaagttttaaacgatttggtggcc
ggatcagtgctcacggatgatcttttaacatcgttgactactagagatggacttctagat
gccttgtttgtgttatatgaagagtgcagtcacgagtacctcatcacaaagaacaaacat
gtagcagcttttgtcaggaaatatgcctcaacaattgctgaagtaaaaaagttaagaatc
agtatggctgattttgaggttaaagatgtcattgggcgaggacattttggtgaagtgcaa
gtagtgagagaaaaggcatcaggaacagtgtatgcattgaaaacacttcacaagcatgaa
acactagcacaacatgagatcaccttctttgaggaggagcgagacatcatggctctgtct
aacagtccgtggatcaccaaactccactacgccttccaggactctctcaatctgtaccta
gtgatggagttccatgcgggaggtgacctcctctcactcctatccagatatgatgacatc
tttgaagagtccatggccaagttttatattgccgagatgacacaagccatccgtgctctg
cattgtatgggctatgtacacagagacataaagccagaaaatattctaatcgacattaaa
ggtcacataaagctggcagactttggttctgcagccaaactatcaccggacatgctggtg
tcttttagaatgcctgtaggaaccccagattatgtgtctccagagcttctcacctccatt
aacaataagcagatagtcagtaattatggagtggaggtagactggtggtccctgggaatc
tgcatgtatgaaatgctgtatgggaaaaccccctttactgatgagaacggatcacttatc
aatacctactccaagattatgaattttaagaaatgtttaagtttcccagaatctcagcgt
gtgtctgagtcgtccattagtctggtgaagggtctgttgacagataaatcatcaagactg
acatatgatgggattgtcgctcactccttcttttctgatcttgatatagagaatttaaaa
caagtgaagcccccttttgtgccccacctttctagtttggatgacacttctaattttgaa
gagtttgagaaaaaacggtatcaaccgtgttttgatgactttaacacaagcaaagagttc
tctggaaaagacttgccctttgttgggttcacttacactaggccacaaaacagtgaagag
gacaaggattctgaattatcaccagaaagtgacacatcgtctgaagaatcggtagagtgt
cgcaatgttgaggtgaaattaacggtgaaaattaacgagcttcagagcaagaaccatcag
ctggaggagtcggagtgttcgttccggtcagagatggagagactccagctgaaggcccag
gagaaggatgaggaggtgcgcagaatggcagcggagagagacagcatggagagggagctt
caggatgtactgacccagagacaggttttagctgctcagcttgataaaacctcagcagag
aatgaacagctggagcttcatgccatgaagaacttcaatgaaatcctagagatgaggaaa
gaggcccaggcaattgaagaggaaatactaaggtgtcaagttgaagaattgcaagaggtg
gctgcagaacttgaacgagaaaaagagaacctcctgcgtaaagtgtcacagcgagacaag
cagattgataccctcaaagaacaggcctcggccaatcagaaacaactagcagaactccaa
aatcgcctggcaaaggccagaaggaaatcccgaggtgatcagaagagagacttggccttg
ctggaatctcagtctaatgcttggagagagcagatctcggagaaaaccacagaaattcag
gagaaagataaaagaatccaagaactagaggatatgttggaggcttatgaacaacaggag
aaagacttcatggagagagagcaggtgctcctcaacaaactacaatcagctccttctaag
gaaaaactggatatcaaggtcatgctcacgaccagtaaatcaccagggaagaaggagatt
gaaagcaaactcaagaaaatacaggagctggaggatttactagagaagtatgaagccgac
tcccaggcctggcaagaggaggaggaccagtacaaagaaatgatcgagagtttaagtgga
gaggtcgcgaccttgaagcatcaatcccgtctttctgtcaaggccaaggaaaacttactg
gagcagatcaagcttcatcaggaggagattagcaaacagaaacagaaaatcagggattta
caagaacatgtcagtgcttatttagagggacagaaaaaagactctagagagatctcactg
gaaaaacatgtcaaggagcttgagattgaagtggagatgctgagggatgataagaggaaa
ctgatgaaggacaaactgtctgtgcagactgagctagatgatcacaaatgtaaacaaatg
gacaacgaaagggtgaatgatcaaattatacagaaaatcaaccgcttgacttccaaactg
gagagaacggagagacagttgaatgccagtagggatcgagagatagaggtgcgcctcaaa
gccagagacgcccaggaaattagggataggttgcaagaggaaaatatgaaagcagagaga
aaagagaatgaagagctaaaaacaaagcttgctgcctttaatgctgaaatagagcagctg
aaattgactccatctagagacaatgaggtaaaagaccttagaaatactttagaaactaac
acgcagaaggttacccagctacaggaaaaggtggagaaattgaccagtgaaaagtttgac
tctctgagagaaatccgtgaactcaaacaggagaaagaaaaactcgaggaatccctgaac
aataacaagcgggagctagagaaggtggaaaagaatgtcaaagacttcacaggactcaag
gaggaaaactctaggcttaaggatgagaaagagagcctgaagtcccagctggcagatcta
gagagtgagaaacaggtgagcgaggggaagctgaagcgggagtgtgaagcagtgaatgtc
aagctacagagtgtggaacaggagttggaggagcagaagatactgtcagccaaacgctgg
aacaagatcgaggatgccgaggacttgaggcaggaaaacaagttgttacaaagtaaagca
gagatacagaaaaagaagacagaagagcttgaaatcaagatcaaagatttagagagccaa
ataacagaaagtaagaaaaagttggaaaagatgactagcataaaacaggagctggacaca
ctgaaattagccagaaggtcatcagaggtcaaaatacaagagctgcaacgggagctatca
gagaaccagcaaaaagcctcctacaacaagaaggacgttcaacacttggaggagaaactg
tacaaagagaaggagcagacaaatgacaatatgtcggagctgaagcgagagctgcaggag
tctaacctagcactgagcgaggcacgctccctagtgtcggccatgcagcgccaggaacag
agcatgagggacaagtttaaccaggagatccgggagctccagatgaagcttcacaaagcc
cagggttcgctccatctggagcatgatatggacaccgtgctgagggaaaaacaaaacctc
caattgaagctcatggaaacagaggagcgggtgggtaacctgttaaaagagaaagggact
gcagttttggagaaacagaacattgaggagaaactgctgcacaaccaacaacagtgtgaa
cttgaaaagaagaaagctgaggtgatgaagggagtggtgactgacttggaggaccagatt
aaggattacgagacactgatcgaggagtacgaaaaacagcaggctgactgggaggaaatc
aagaaaaagtttgagtctgcagtcgatgaaagagagttagaaattgaagggacaggtcag
aagatgctggagctacaacaagcaaaacaaaatgccagtgagaaattgaatcaagtgaag
aaagaatatcaggctgagaagatgatactgaagtctgaaatggaaactcttaagacgagg
gagtgggagtctcggaaggaggccgacaggtggaaggctcaggtgacagaacttgagagt
aaagtatcaaaatgtcaaatgatgcttaagtcacaaatgaagaacatggatgctgacagt
ggagagaagaatagactgaaagaagagatatctagcaagatcacggagatccaagagctg
agatccaagaacctgaagttgaagcagagcctgggggaggccatggacaagttcgagatg
atcttcggagagaaggtggacctagagaactttgcggaggccctacaagggttacacttc
ctggagaagtacaagtttgagagcacgattggtcagcagatgaagctgatagattatctc
caagctctgtatgaggacaacaatagcaacaaaaagaagaagtcggccaaaaaaggcaga
aagtcatttaactttggtaaggtgcatttccctgccatggaagacttgcagaattccttg
gagctggagaggaagaggaatgtgaagctgacagagcagttggaaaggataaggcaggaa
aactacagccaagctcaggagttgttgcagttaaaaggtccattgaaagagaaggtggaa
agtacactgactcctcatgagaaagcagctgtggcatgtcggactccaatgaaaagtgtt
ccgagtgcaattcttaccccacgagcccagcggtacaacatagagactcaagagatccca
ccccttaggatgcaccacaacattccccatcggtttgtcacggggctcaacactcgagct
acgaaatgtggagtgtgtcttggaagtgttccattcgtcaaaagagcctcaaaatgccaa
gcctgtctaatgacctgtcacatcaaatgttcgtctgaagcgccctctacctgcggcctt
cctacggactacatccactactttacctccataatgggcaagattgagcgcaacagcaaa
aactttacactggaggacaccaatcaaatcaagataaagggatggctcaaagtaccaagg
acagggaaacctggctgggagaagcgctggggcagtctagagaacaacatcctgttgttg
tatcgggaggagtcggacgccaaccctatcgacacgtttgacctaaaccctgcggagaca
gatgtgaccgtccatagcgccatcagcagtgctgagctccctaacaccgccagcactgac
ctaccgtacgtcctgaaactggagcatgagcccctcaccacctgctggcccagaagagaa
ttatacttgatggctgtcacattccctgacaaacagaagtgggtggcctcccttgaagca
gcaatcaaaagtctccagagagtggatgccacattcaagcgaactaaattgcaagaattc
cgtgtccttgagctcaagggagacaggcggctggaactgaactgtactctgattgtctca
aaccacatgctgctgctgggagcggatgagggtctgtttgctgtcaacatcagtaagggt
cagcacacactggtcaccaagctggcgggcctgaagaacatccatcacatggtctacgcc
tcgggcctgggctgggtcatctgtatcacaggacaagaccgccatgtggtgtatattcac
agagaggccattaaggcccgtttgaatcaggccaccagtgatgagacggaacacgttcct
aatgacaagattccgtccctggttgggtgtacagtgttagaggtcaagcgggtgtacgag
agcctctatcttgtggctggatttgatgacagaatcaccgtgatgaaatacaacacagaa
ctcaaagaattctgcattagaaaggagctcaagacccaggagccatgcagctgtatctgc
ctggctgaggactttgctattgtaggtactgagaagttctacaagtttaatctggagcac
ccctctctcatagagtttgttgataagagagataactcccttgcctttgctgcctttgga
gcagctatccataacagctttccactggcagttgtcaatgtcacaccagagggtctgcca
atggaatttctcctctgttttcatgagtatggtttctttgttgactgcaatggaaagaga
agccgaccaaaagacatgaaatggagttgcctccctctagccttcgcctacagtgaacca
ttcctctatgtggtgtacttcaacagtattcaagccatcacaattcctgccaacaagatg
caaacaaggggtaagcagacttgtcttgacctctactgcccccgtttgctgggaaactcc
atgaagacgggcggggtatacatagctacaaacatgggcaacagtacactgatggtgtgt
ctccaaggaaacgatggtatcagtgacaaggaaaatgtggccagtaaatcagagagacag
aaatttgcgagtccacggagagggatcctgaaagcttcacagcgtcacgactcgatgacc
tcaattagtagtacctccagtgctggctccagctattccacgtctagctcgtacagtgtc
aactctgaactttag
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integrated database retrieval system
