KEGG   Hippoglossus stenolepis (Pacific halibut): 118125595
Entry
118125595         CDS       T08308                                 
Symbol
ppp1r26
Name
(RefSeq) protein phosphatase 1 regulatory subunit 26 isoform X1
  KO
K17565  protein phosphatase 1 regulatory subunit 26
Organism
hsp  Hippoglossus stenolepis (Pacific halibut)
Brite
KEGG Orthology (KO) [BR:hsp00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:hsp01009]
    118125595 (ppp1r26)
Protein phosphatases and associated proteins [BR:hsp01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     118125595 (ppp1r26)
SSDB
Motif
Pfam: PPP1R26_N
Other DBs
NCBI-GeneID: 118125595
NCBI-ProteinID: XP_035040227
LinkDB
Position
18:complement(15181019..15190587)
AA seq 1164 aa
MYLMNVPPVAVTTEWRTCGPPGGYSLQCFNDSDPELSTRGTPISDKVQMIIESLRSTQSS
LEMGDELEGNVLSGQDDHSQVCKVAMGSYVGAKSKIKGPTETPQADASSPINHESSDSDS
DGSVDRGIEEAILEYLKERGDNKRKADPCSTFLQASKIQRKDTASPDVSEQTSDINTFLF
SSDPYPKSFKVETPTAPAVIPVKKSIKNKASLNDNIVKKLDSDKITMTKISAFPVKVEED
SNDSSSDDGIEEAIQIYQLEKMEQQNRGEELNLPASKGESDSTSDDGIEEAIRCYQLEQL
KEKSVLKPFTHTKDPCSKSFIQGVGSTSIGSMNKPKVRKKKTRTEKEVKSVPPSAFISKN
SLSENQKGNGNGLLSFKVECLKDQPTPAPPKANTTAELMCAEAILDISKTVLPGVFHPSV
DLGSCATTESPSKSSTPDTCPDEESDDSSIDSEDGIEQEIRMFLEQKAQVNKLPPCSTVT
QEPQSENEPEKVKAKQVATQKKPSRMSVTQRRKLKEENSSDPNMSGIDKNMTVTAPISLP
DHRKDLSPLMFSNRSQTHPIAGLHKTEQGGDKSSSLDSDEDLDTAIKDLLKTKKKTKKKT
RDLKRQSRKCLNDEESLLTNASQTKKSKPEPFSKRSAVKKVQKIKDEVKDTTGLSQMNIS
QHKQTDQSNEQDVHGGETRTWKGTEGQDSMSLHNSHTLLEVKEDSTSVDSDDSIEQEIRR
FLAEKAKVPTAVKSKDADVSRNGTVVVCSLLREEDIHQENQLAEIPRQSITNPFSRQSLP
TPQSLVPDISTVGAQSRLSSVQSCSPSPLEPADGAGAARTEQRWSNTGGSEVQEVAPQLE
RVKPVLSSSIAHSRSESIKWRQSLGLPITDTRTLSRLPFHITSSKISKTASATLPYQSTG
IHLSSQTPVSAWSSTRTSVAPFPWTTEKTVNTTYRSPVLNLLSAPRQQPRLSFTQSQAPG
HSSPCPLEGETQSMVHMPKDKSVFVELESNRTNHVQVRSRERSEGKETADLLVEIKKEGK
RLKIGDKEMHLERKQEEFVDEADCESVNRINPEKKQGFSTLSLSSAIDPGITIRPCIALT
TEERSRMFCRKQLSENCKKGKASLVSIPVQKRRTLQRVKRKLQFVPVDRYVIVSSASDHY
QTERFISVHFHLFAGEVKHPASPA
NT seq 3495 nt   +upstreamnt  +downstreamnt
atgtacttgatgaatgtgccacctgtcgcagtgacaacagaatggagaacatgtggccca
cctggaggctatagccttcagtgcttcaatgactctgaccctgagttgtccaccagaggc
acacctatctcagacaaggtccagatgatcatagagagccttaggagcacccagtcctca
ctcgagatgggcgacgagcttgagggaaatgtgctatcaggacaagacgatcattcccaa
gtctgcaaggttgcaatgggttcttatgtgggagccaaatccaaaattaaaggtcccact
gaaaccccgcaagctgatgcttcctccccaatcaaccatgagagcagtgactccgacagt
gatggttctgtggacagaggaattgaggaggcaatactggaatacttgaaagaaaggggt
gataacaaacgcaaagcagacccatgttccacgtttctccaagcttccaaaattcagagg
aaggatacagctagtcctgatgtttctgaacagacctctgacattaatacattcttgttt
tcaagcgacccctatccaaaaagtttcaaagtcgaaaccccgacagcaccagctgttata
cctgtaaaaaagtctatcaaaaacaaggcctcccttaacgacaatattgtgaagaaatta
gattctgataaaattacaatgaccaaaatttcagccttcccagtaaaggtggaagaagac
tccaatgattccagtagtgatgatggcatcgaagaagccattcaaatataccagctagag
aaaatggagcagcagaacagaggggaagaattaaatctccctgcaagcaaaggggagtct
gattccaccagcgatgatgggattgaagaagctattcgctgctaccaacttgagcaactt
aaggagaagagtgtcctgaaaccattcacgcacacaaaagatccctgcagtaagtcgttt
atacagggtgttggaagtacaagcattggaagcatgaataaacccaaagtgaggaagaag
aagaccagaacggagaaagaagtgaaatctgtacctccatctgctttcatatccaagaat
tcactatcagagaaccagaaaggtaatggaaatggtttactttcatttaaagtggaatgt
cttaaagatcaacctacacctgctcccccaaaggcaaacacaacggcagagctcatgtgt
gctgaggcaatattggacatttcgaaaactgttttgcccggagtcttccatcccagtgtt
gaccttggcagttgtgcgactactgaatctccctcaaagtcttcaacccctgacacttgc
ccagatgaggaaagtgatgacagctccatcgatagtgaagatgggattgagcaagagatc
agaatgtttcttgagcagaaggcccaagttaacaaactgccaccttgctccactgttacc
caagagcctcaaagtgagaatgaaccagaaaaagtgaaagcaaaacaagttgcaacccag
aagaaaccttcaagaatgtcggtgacacaaagaagaaaactcaaagaggaaaacagtagc
gatcccaacatgtcaggtattgataaaaacatgacagtaacagccccgatatctttacct
gatcacagaaaagatttgagcccattgatgttttccaacagaagtcagactcacccaata
gctggattacataagactgaacaaggtggcgataaaagcagctcacttgacagtgacgag
gacctagacactgccataaaagacctgctcaagacaaaaaagaagacaaagaaaaagaca
agagacttgaagcggcaatcaaggaagtgccttaatgatgaagaatcactgctaacaaat
gcctcacagaccaaaaagtccaaacctgagcctttttctaagcgcagtgctgtgaagaaa
gtacagaagattaaagatgaagtgaaagatacaactggattgagtcagatgaacatttct
caacataaacaaactgatcaaagtaacgagcaggatgtgcatggaggtgaaacacggaca
tggaaagggactgaaggtcaagactccatgtcgctgcacaactctcacactcttcttgag
gtaaaggaagacagtacttcagtagacagcgacgatagcattgagcaagagatcagaaga
tttctggctgaaaaggccaaagtaccgactgcagtgaaaagtaaagacgcagatgtatca
aggaatggtactgtcgtggtttgtagcctacttcgagaagaagatatccatcaggaaaat
cagctggctgaaattccaagacaaagtatcaccaaccctttctctagacagtctcttcca
acaccacagagtttggtgccagacatctcaaccgttggtgcacaatcacgtctgtcctca
gtccagtcttgtagccccagtcctttggagccagcagatggggcaggggctgctagaacc
gagcaacggtggtctaacacgggaggaagtgaggtccaggaagttgccccacagttggag
agagttaaaccggttttgagttccagcattgcccattctcgttctgagtcaatcaagtgg
cgtcagagcctgggactcccgattactgacacaaggactctcagtcggctaccattccat
atcacctcatctaaaatcagcaagactgcatcagcaactctaccatatcaaagcacaggc
atccacctcagttcacagactcctgtctctgcttggtcctccacaaggaccagcgtagca
cccttcccctggactacagagaagacagtaaataccacatacagatcccctgttttgaac
ctattgtccgctcccaggcagcaaccaaggttgtcctttacacagagccaggcacctggc
cacagctcaccttgccctttagaaggagagacgcagagtatggtgcatatgcctaaggac
aagagtgtgtttgtcgaactggaatcaaacaggaccaaccatgtccaggtccgaagcagg
gaaaggagcgagggaaaggagacagcagatttgctagttgagataaagaaagaaggcaag
agattgaagataggtgataaagaaatgcacctagaaagaaaacaggaagaatttgtagat
gaggcagattgtgagtcagtcaacaggataaatccagagaagaagcagggcttttccaca
ttgtctttgtccagtgccattgaccctggcatcaccatcagaccttgcatagctctcacc
acagaggagagaagcaggatgttctgcaggaagcaactgtctgaaaattgcaagaagggg
aaagcctctctcgttagtatacctgtgcagaaaagaaggactctgcagcgcgtcaaaaga
aagctgcagtttgttccagtggacaggtatgtgattgtctcttcagcgagtgatcactat
caaacagaacgtttcatctcagttcatttccatctttttgcaggagaagtgaagcaccca
gcgagcccagcatga

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