KEGG   Alligator mississippiensis (American alligator): 102570063
Entry
102570063         CDS       T03087                                 
Symbol
WNK3
Name
(RefSeq) WNK lysine deficient protein kinase 3
  KO
K08867  WNK lysine deficient protein kinase [EC:2.7.11.1]
Organism
amj  Alligator mississippiensis (American alligator)
Brite
KEGG Orthology (KO) [BR:amj00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:amj01001]
    102570063 (WNK3)
   01009 Protein phosphatases and associated proteins [BR:amj01009]
    102570063 (WNK3)
Enzymes [BR:amj01000]
 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
     102570063 (WNK3)
Protein kinases [BR:amj01001]
 Serine/threonine kinases: Other
  Wnk family
   102570063 (WNK3)
Protein phosphatases and associated proteins [BR:amj01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     102570063 (WNK3)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr OSR1_C Cwf_Cwc_15
Other DBs
NCBI-GeneID: 102570063
NCBI-ProteinID: XP_014449033
Position
Un
AA seq 2210 aa
MATDSGAEEPEKPQRGVSLEGDILMAETTLTMEDKEPAHSLASGGGPMERKRFFRKSVEI
TEERDQLGPGAQPEEHFSTGLLPAGQDAKSEPGPKAASEPPKEKTKKEIEEEAEMKAVAT
SPGGRFLKFDIELGRGAFKTVFKGLDTETWVEVAWCELQDRKLTKAEQQRFKEEAEMLKG
LQHPNIVRFYDSWESTVKGKKCIVLVTELMTSGTLKTYLKRFKVMKPKVLRSWCRQILKG
LHFLHTRTPPIIHRDLKCDNIFITGPTGSVKIGDLGLATLMRTSFAKSVIGTPEFMAPEM
YEEHYDESVDVYAFGMCMLEMATSEYPYSECQNAAQIYRKVTSGIKPASFNKVTDPEVKE
IIEGCIRQNKSERLSIRDLLNHAFFAEDTGLRVELAEDDDGVMASLALRLWVEDPKKLKG
KHKDNEAIEFSFNLDIDVPEEVAYEMVKSGFFHESDSKAVAKSIRDRVTLIKKTRERRHM
DYLEEHRDSQGGKPTPPFFHPLGISLIQPVGSECEETEVDQHVRQQMLQQMQHRSSVTAD
SLSENGAGSTILSDASGQLNMAAYASEPMMEPSQIPSMDPGLQGHLYQPQPLMGHYQQIA
GVQPPQLLPLAQPPGLPPQDLALPPAPQPQVSPLAAQPLPQMLHLDLQLPYGAEDPPAIR
MAASPQVDPAVCPGSQLLTRDPDGAVGFLPAGQAPTPFVGTAPPQLGTSMPVLQPGTSTQ
LPQPVTSMQPLQQAALEVASIQQQLQQTTSMQHPQVPSKQQPQQVPPQVTSMQPPQQVPL
QLEAVQQVTSVHLAPSEVTSMQQTASMQHPEQVSPQVTSMQPLQQVPQQMALMQPTQVTS
LHLHQQAPSEAASVQRPPQVPPHVTLLQPAASLQQLQPVMLVQPPPQVPSKVASMQPASS
IQQVASMQHLQQVSQQVTAMQQLPPGASRQQSQQVPTEVPSMYHPEQVPPQMISMQTLQP
VTSIQLSQQVPQQVTSVQLLQPGASMQPPQKVSSEMASMQPAASMQLLQQVPQQVASMQA
LQPVTSMKLPQQVPSEVASLQHPQQVPQLVTSIQPLQPGTSMQLPQQVTSEVVSMQHPQQ
VSQHMASLQQLQPVTSMQPPQQAASMQQQLQQAASMQHPQQVPQQMASMQPLQPGTSMQL
PHQAPLQVASLKPQQQIPQKMALMQPLQVLSSMQPPQQVPSEVRAMQPAVSVQQVAPTQH
PHQTPQPVPSMQQLQQIPQQVALIQQPPQVPPQVTSLQPVTSMQLPQLAPPEVASMQQGA
TVQQQLVSRQPPQPMTSMQPPQLAPAEVTSVQPGVPPQPATPQHAASLQPPQPYASPPPS
YIPAQQDLAPLHPVQPVYPFPSHLSYPVPGPYAGHPPQDYVRVTMPELPPMHPPQQPLDL
AGLRQGSQHFQLLPKTPQAFITAPGQPCYVPLGQPQQVPLGPVATLMPQEVGACPMTPSP
RRSQGLEPVQVSQLPLAPDLPLAAPKPDVAQGVTSDFIALKEMTLNDPLGGNGKQDRSKQ
RRSSCPRPDKTTKFQLTVLQVSMLGDNTVECQLETHNNKMVTFKFDADGDAPEDIADYMV
EDNFVLEGEKEKFVEELQVVVCQAQEILRTAGVEAPPSEPSGGQTGSSEQAQAHPVAAQS
GNECAPQSSPVGRWRFCINQTIRNREAHVPGVPQPMTAPIPMPQPLPGVDKEGAKDTYPP
PREESEDPVTSPKMPVMPLMMEPLVSLLAEPGDPQAPPEALGTDLALPAPSESDSEGPPK
MDFADNRMKTLDEKLRTLLYPEHSYSESQKDSHSLESPFSSSAEDTLSCPAPPDPLADSP
TSPGMQGAEISEDYPLPSGAAVFPELMVAIPSTPSLDTTPLDAPSSPEPVETRSVPWSSP
EAVAAAAATPLAPPPGGGGAEAEVVGVEVAREQDLTEKEGVAKLSVGAFQKGRFQVLAVP
QQCPLEEPGGLSLSDASSITPEREVEEGGALDRKAPSSDSELSAPPPAPAAAWHCSSLGL
SPSSAMSSDDESDAEDEDLRAELQRLREKHIQEVVTLQAQQNQELQELYNRLRVLRDSQP
EAPELALPPASPRRPRSFKSKLRTRLQAQPHPDNCLRASEQAAGGRTGTFTDDLHKLVDD
WAREAAGTSLPRPSLNQLRRGPLRPDTDAWAKAAEMPSVATGYGSPWLCSLSPFRGPAPP
PLPPGLAFPGPPAPAPPPPGACQYKVYPPAWPPGTPQPLGPGFPHLPTPK
NT seq 6633 nt   +upstreamnt  +downstreamnt
atggccacagactccggcgcagaagagcctgagaagccccaaagaggtgtctccttggaa
ggcgacatcctcatggcagagaccactttgaccatggaggacaaggagcctgcccactcc
ctagcttctggtgggggccctatggaaaggaagcgcttctttcgcaagagtgtggagatc
acggaggaacgagaccagttggggccaggtgcccagccagaagaacatttctccactggc
cttctcccagctggacaggatgccaagagtgagccaggccccaaagctgcttcagagccc
cctaaggagaagaccaaaaaggagattgaggaggaggcagagatgaaagctgtggccacc
tcccctggtggccggttcctcaagttcgacattgagctgggccgcggggctttcaagaca
gtcttcaaagggctggacacagagacgtgggtggaagtggcatggtgcgaacttcaggac
aggaagctgaccaaagccgaacagcagaggttcaaggaagaagcagagatgttgaaaggc
ttgcaacaccccaatattgtccgcttctatgactcatgggagtccacagtgaaggggaag
aagtgcatcgtcttggtcactgagcttatgacatctgggacactgaagacgtacttgaag
cgcttcaaagtgatgaagcccaaggtcctgaggagctggtgccggcagatcctgaaaggg
cttcacttcttgcacacccgcacaccccccatcattcatcgggacctcaagtgtgacaac
atcttcattacaggccccacaggctcggtgaagattggggacctggggttggccaccctg
atgcgcacgtcttttgccaagagtgttattggcacccctgagttcatggcaccggagatg
tatgaggagcactatgatgagtcggtggacgtctatgcctttgggatgtgcatgctggag
atggccacatcagagtacccatattcagagtgccagaacgctgcccagatctaccgcaag
gtcaccagtggtatcaaaccagccagtttcaacaaagtgactgaccccgaggtgaaagaa
atcattgaaggctgcatccgtcaaaacaagtcagagaggttatccatcagggacctgctg
aatcatgcgttctttgccgaggacacagggctgcgggtggagttggccgaggatgatgac
ggagtcatggcctcacttgctctccgcctctgggtggaagaccccaagaagctgaagggg
aagcacaaggacaatgaagccatcgagttcagcttcaacctggacattgatgtccctgaa
gaggtggcctacgagatggtgaaatcaggcttcttccatgagagcgactccaaggctgtg
gccaagtccatccgtgaccgtgtcactctgatcaagaagacgcgggagcggaggcacatg
gactacctggaggagcaccgggactcccagggtggcaaacccaccccacccttcttccac
cccctgggcatctccctcatccagccagtgggcagcgaatgcgaggagacagaggtggat
cagcacgtgaggcagcagatgcttcagcagatgcagcatcgttcttccgttaccgctgac
agcctgtctgagaatggtgccggctccactatcctatcagatgcctctggccagctcaac
atggctgcctatgcctcagagcccatgatggagccatcacagatcccatcaatggaccct
ggcctgcagggccatctctaccagccgcagccactcatggggcactatcagcagatcgcc
ggggtacagcccccacagctgttgcctctggcacagcccccagggctgcctccccaagac
ctagcccttccaccagccccccagccccaggtctcgcctttggctgcccagccattacca
cagatgctgcacctggaccttcagctgccctatggggcggaggacccaccagcgatcagg
atggctgcctcaccacaggttgaccctgccgtctgccctgggagccagctgctcaccagg
gaccctgatggtgctgtggggttcctgccagctggccaggccccaaccccatttgtgggc
acagccccaccacagctggggacatctatgccagtactgcagccagggacatccacacaa
ctgccacagccagtgacatccatgcaaccactccagcaggctgccttagaggtggcctcc
attcagcagcagttgcagcaaacaacatccatgcagcaccctcaggtgccatcaaagcag
cagccccagcaggtccccccacaggtgacatccatgcagccaccccagcaggtccccctg
cagctggaagctgtgcagcaggtgacatcagtgcacctggctccttctgaggtgacttca
atgcagcaaacagcttccatgcagcatccagagcaggtttctccacaggtgacatccatg
caaccactgcagcaggttccccagcaaatggctttgatgcagccgacgcaagtgacgtct
ctgcatctgcaccagcaggctccgtctgaggctgcctcagtgcagcgccccccacaggtg
cccccacatgtgactttgctgcagccagcagcatccttgcaacagctgcagcctgtgatg
ttggtgcagccaccccctcaggttccctccaaggtggcctcaatgcagccagcatcctcc
atacagcaggtggcctccatgcagcacctgcagcaggtttctcagcaggtcacagccatg
cagcagctgcctcctggggcatccaggcagcagtcccagcaggttcccaccgaggtgccc
tccatgtatcaccctgagcaggttcccccgcagatgatttcaatgcagacattgcaacca
gtgacatccatacagctgtcccagcaggttccccagcaggtaacatcagtgcaactgctg
cagccaggggcatccatgcagccaccccagaaggtttcctctgagatggcttcaatgcag
ccagcagcttccatgcagctgctgcagcaggttccccagcaagtggcatctatgcaggcg
ttgcagccagtgacatctatgaagctgcctcagcaggttccctctgaggtggcctccctg
cagcacccacagcaggttccccagctggtgacatccatacagccactgcagccaggaaca
tccatgcagctgccccagcaagttacctctgaagtggtctccatgcaacacccacagcaa
gtttctcagcacatggcatccctgcagcagctacagccggtgacatccatgcagccaccc
cagcaagctgcctccatgcaacagcagctgcaacaagcagcatccatgcagcacccccag
caggtcccccagcaaatggcctcgatgcaaccactgcagccagggacatccatgcagctg
ccccatcaggcccctctgcaggtggcttccctgaagccacagcagcagattccccagaaa
atggctttgatgcagcccctgcaagtattgtcatccatgcagccaccccagcaggttccc
tctgaggtgcgagcaatgcagccagcagtctctgtgcagcaggtggcccccacacagcac
ccccaccagactccccagccagtgccatccatgcagcagctgcaacagattccccagcaa
gtggctttgatacagcagcccccacaagtccctccgcaggtgacttcactgcagccggtg
acatccatgcagctgccccagctggctccccccgaggtggcttccatgcagcagggagca
acagtgcagcagcagctggtatccaggcagccaccacagcccatgacgtccatgcaaccg
ccgcagctggctcccgctgaggtcacatcagtacagccaggggtaccaccgcagccagca
accccccagcatgcggcttccctgcagccaccccagccatatgcctcaccaccacccagc
tacatcccagcccagcaggacctggcaccactgcacccagttcagcctgtgtaccccttc
cccagccacctaagctatcctgtgcctggcccgtatgctgggcatcccccacaggactat
gtacgggtgacaatgccagagctgccccccatgcaccctccacagcagcccctagactta
gcagggctccgacaaggctcccagcacttccagctgctgcccaagacccctcaggccttc
atcactgccccagggcaaccgtgctacgtacccctggggcagccacagcaagtgcccctg
ggtcctgtggccaccctgatgccccaggaggtgggagcctgcccgatgacccccagcccc
cggcgctctcagggactggagcctgtgcaggtttcacagcttcctttggctccggatctg
ccactggctgcccccaagccagatgtggcccagggggtgacctctgacttcattgcccta
aaagagatgaccttgaatgatcccctaggagggaacggcaagcaagaccggagcaaacag
aggcggtcttcttgcccccggcctgacaagaccaccaagttccagctaacagtcctccag
gtgtccatgttgggtgacaacacagtggaatgccagctggagacccacaacaacaagatg
gtcaccttcaagtttgatgcagatggggatgcacccgaggacattgctgactacatggtg
gaggacaactttgtgttggaaggcgagaaggagaagtttgtggaggagctccaggtcgtc
gtgtgtcaggctcaggagatcctccgcacagccggtgttgaggcaccaccttcagaaccc
agcgggggccagacaggttcatctgagcaagcccaggcgcatcccgtggctgcccagtcc
ggcaatgagtgcgcaccccagtcatcccctgtcggccgctggaggttctgcatcaaccag
accatccggaacagagaggctcacgtacctggtgtcccccagccaatgactgcgcctatc
cccatgccccagccccttcctggtgtggacaaggagggtgctaaagacacgtatcctcct
ccccgggaagaatcagaagaccctgtcaccagccccaagatgccggttatgcccttgatg
atggagcctctagtgtctctgcttgctgagcctggtgatccccaggcaccccctgaggcc
ttgggcactgatctggccctcccagccccatctgagtcggatagcgagggcccccccaag
atggactttgctgacaaccgcatgaagacactggatgagaaactgcggaccctgctgtat
ccagaacacagctactcagagagccagaaggacagccatagcctggagtcgcccttctcc
tcctctgctgaggacaccttgtcctgccctgcccctccagaccccttggccgacagcccc
acctccccgggcatgcagggggcggagatctctgaggactacccactacccagtggggcc
gctgtcttcccagagctgatggtggctatacccagcactcccagcctggatacaaccccc
ctggatgcccccagctcgccagagcctgtggagaccaggtcggtgccttggtccagccca
gaagcagtagcagcagcagcagcaacaccactggcaccaccaccgggaggaggaggagcg
gaagcagaagtggtgggggtggaagtggccagggagcaggacctgacagagaaagaagga
gttgcgaagttgagcgtgggggctttccaaaaagggcgcttccaggtgctggcagttccc
cagcagtgtcccctggaggagcctggggggctgtcactgtcagacgcctcatcaatcacc
cctgaacgggaggtggaggagggcggggcattggaccgcaaggcacccagctcagacagt
gagctgtcggcaccgccccctgcccctgcggctgcctggcactgcagctcccttggcctg
tcgccctcctcggctatgagcagcgacgatgagtccgacgcggaggacgaggacctgcgg
gcggagctgcagcgcctgcgtgagaagcacatccaggaagtggtgactctccaggctcag
cagaatcaggagctgcaggagctgtacaaccgcctccgtgtcctgcgggacagccagcct
gaggcacctgagctggccctgccacctgcctccccccgtcgtccacgttcctttaagagc
aagttacggacccgtctccaagcccagccacaccctgacaactgcctccgtgcctcagag
caggcagcaggcggacggacaggcaccttcactgatgacctgcacaagctggtggacgac
tgggcacgggaggcagcaggcacatctctgccccggcccagcctcaaccagctacggcgc
ggccccttgcgccctgacacagatgcctgggccaaggctgctgagatgccgtcggtggca
acgggctatggctccccatggctctgttccctgtccccattccgtgggcctgccccaccc
ccactgccccctggactggccttcccgggccccccagcccctgctccaccaccccctggg
gcctgccagtacaaggtctaccccccagcctggccccctggtacccctcagccccttggc
cctggcttcccccacctgcctacacccaagtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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