Ficedula albicollis (collared flycatcher): 101812852
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Entry
101812852 CDS
T02815
Symbol
PPP1R26
Name
(RefSeq) protein phosphatase 1 regulatory subunit 26
KO
K17565
protein phosphatase 1 regulatory subunit 26
Organism
fab
Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
fab01009
]
101812852 (PPP1R26)
Protein phosphatases and associated proteins [BR:
fab01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
101812852 (PPP1R26)
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Gene cluster
GFIT
Motif
Pfam:
PPP1R26_N
Motif
Other DBs
NCBI-GeneID:
101812852
NCBI-ProteinID:
XP_005055702
UniProt:
A0A803W4R8
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Position
17:9294832..9304200
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AA seq
1340 aa
AA seq
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MFLMDAPPLVALQTKWESFGPARNCRYPVCFPESDSSVTRTSVSAKVQMIINNLQSQEPA
LGMNNECACVMQKKQKGEKGTSARVTSSSTLLRKHPQYTQCGCTEDSGDSEVEENVEFGT
LLLDSDSDDSVDRGIEEAIQEYLKTKSKSAQSLPRNAERSENVSRDKRFKRDFSQNKVAS
NLLPVKFKAEMLSEEYLSDHLGIGKRLQPASPQSISSDDSFEQSIQAEIVQFLNEKKQQE
ISKCVTEEEKKDSRVRSVLKCNKEATNRTNCGAIKQGCNALLLRHHPKLQKSSTRSKCLQ
SKIQAEPSDFSQVNQAYLEMATASQPWLVEQKEGSGAHYWEPREALVKESMHTSDSSSDD
GIEEAIQLYQLEKIRKEAGHAANCVPLQREQFDPKGMADISASLTISSTKSASPDIHKNP
ISNKRKEINSKSTGLESTSNDFNKLFKPLKKARHFALPENKIAACELTLQASCRADTSAE
LMCAEAILDISKTIMPSQMGSDNKSLTADSFFSPQLLSSSRCESDSSHVDSDDSIEQEIR
AFLALKAQSENLGTKPPSLSRSNQMPLPSDPNSLTGTLEPALPKTLKLSLSRKRRLKREG
RTAKQRGSKVPEQLETGFFQPGNNSKIPVLQEECALSSPSELQNAQSNKDSRQQQLMAPK
LSGSDGSRCVALDSVNPFLQVQSSTRKPTKNPVQTPEREGSGDESSSLDSDEDLDSAIKD
LLQSKRKLKKKSKDQKAQCKKKVRFSETETQLLDEFSNLQQNEWKCKNPSLLKSCLPKPR
KAVKENAVRNTPDNIKLPNDKPETMKNLEFNLQLKKGNKPKPVSNQRGAKNRKCVFPAVS
DTSDSSSVDSDDSIEQEIRRFLAEKAKDSASNSEMQKGDASLDLFRATKQTGNKGKAKQQ
AVENEMDLVLGQSKKAEVAQQTEEVKSSQRTEGKSAMLAGSGKCASSAENVPTTGQSKAK
QGLGGVKGGAAGELPGSAAGKRNVRNTEPPKPSRNEGCKVRKVMNAKPRSKRKNTFQLKI
SSKFIAGLKYARDRKKLMLLNKKQKAEGLLTQSSALGMEAASQDTDVLNPSPKGEFSGQI
TPAIKAPSSSQKLTVEGVNPHVAETCTGAECLKEAAEGCRKADAPGHQPHSSLPSQEQSV
AAGKADKVCRGACRAENTQMCIKEGDIHQGSWADCTADPPRPECSVGKADKVSGEPAQQS
AQVGSKGGNNQLEKRPDPSLACPKQEFNVTAAAVHNSGGACAGNSVQMCIKEEKVDRQEK
IQVSSSKMEGKIPVLQNREAASEVHQGQEFLTKTCAKFTDLPAGNCPGSLLEKKVSNMRR
KGSSKKLQLLSRVTYENHSK
NT seq
4023 nt
NT seq
+upstream
nt +downstream
nt
atgttccttatggatgctcctcctctggtagctcttcagacaaaatgggagtcctttgga
ccagcaaggaattgtagataccccgtttgcttccctgaatccgacagcagcgtcaccaga
acctctgtgagcgccaaagttcagatgatcatcaacaacctgcaaagccaagagcctgcc
ctgggtatgaacaatgagtgtgcctgtgttatgcagaagaaacagaagggagaaaaaggc
accagtgccagagtcacatccagcagcacgttgctgcggaagcatcctcagtacacccag
tgcgggtgcaccgaggattctggtgacagcgaagtggaagagaatgtagaatttggaact
ctcctgctcgattctgacagcgatgattctgtggaccgaggtatagaggaagccatccaa
gagtacttgaaaacaaaaagcaaaagtgcccagtcgttgccaaggaatgcagagcgttct
gagaatgtgagcagagacaaaaggtttaaaagagatttctcccagaacaaagtggcaagt
aacctcctccctgtgaaatttaaagccgagatgctctctgaggagtacctgtctgaccac
ctgggaattgggaaaaggctccaacctgcatcccctcagagcatcagcagcgatgactcc
tttgaacagagcatacaagctgaaatagtgcagttcctgaatgagaagaagcagcaagaa
attagcaaatgtgttaccgaggaggagaaaaaagattcccgcgtgaggtctgtcctgaaa
tgcaacaaagaagcaacaaacagaacaaactgtggtgctataaagcaaggttgtaatgca
cttctcctgagacaccatcccaagctgcagaaatccagcacccggtccaagtgtttgcag
tccaaaatccaagcagagcccagtgatttcagccaagtgaaccaagcatatctagaaatg
gccactgccagccagccctggctcgtggagcagaaagagggaagtggagctcattactgg
gagccaagggaagcacttgtcaaggagagcatgcacacatctgactcgagcagtgatgat
ggcattgaagaagccattcagctttaccagctggagaaaatcaggaaagaggcaggtcat
gcagcaaactgtgtccctttgcagagggaacaatttgatccaaagggtatggcagacatt
tctgccagcctgacaattagctccacaaaaagtgcctcaccagatatccataaaaaccct
ataagcaacaaaagaaaagaaattaattccaagtcgacaggattagaaagcaccagcaac
gactttaataagctgtttaaaccactgaaaaaagccagacattttgcacttccagaaaac
aagattgctgcttgtgagctcacattgcaggcctcttgcagagctgacacatctgcagaa
ctgatgtgtgcagaagctatcctggatatttccaaaacaatcatgccatcccaaatggga
agtgacaacaaatccctcactgcagactccttcttttctccccagcttctctcgtcctcc
cgttgtgaaagtgacagcagccatgtggacagtgatgacagcatagagcaagaaatcagg
gcttttttggctctgaaagcacagtcagaaaaccttggaacaaaacctcccagcctgtca
cgctccaaccagatgcctttgccttctgatccaaacagcctcactgggacccttgagcct
gctctgcccaaaacactgaaattatccctgagtcggaaaaggagacttaaaagggaaggc
agaacagcaaaacaaagggggtcaaaagtacctgaacagctggagacaggatttttccag
ccaggtaacaattccaaaatccctgtgctccaagaggagtgtgccctgagcagcccctca
gaactccagaatgctcagagtaataaagactcaaggcagcagcagctgatggctcccaaa
ttgtctggctctgatggcagcagatgtgtggctttggactctgtgaacccttttctgcag
gttcagagcagcacaagaaaacctacaaaaaaccccgtgcaaaccccagagagggagggg
tcgggtgatgagagcagctctctggacagtgatgaggacctggacagtgctatcaaggat
ctgttacagtctaaaaggaagttaaagaagaaatccaaggatcagaaagctcagtgcaag
aagaaagtcagattcagtgagacagaaactcagctgctggatgagttcagtaacctccaa
caaaatgagtggaaatgtaaaaatccctcactgctgaaaagctgcctcccaaaacctagg
aaagctgtgaaggagaatgcagtcaggaacaccccagacaacatcaaacttcccaatgac
aagccagaaaccatgaaaaacctggagtttaacttacagcttaaaaaaggcaataaacct
aaaccagtttcaaaccagaggggggctaagaacagaaaatgtgttttcccagctgtgtca
gacaccagtgacagcagctcagtggacagcgatgacagcatcgagcaagaaatcaggagg
tttttggcagaaaaggccaaagactctgcaagcaactcagagatgcagaaaggtgatgca
agtctggacctattcagagcgaccaaacaaactggtaataaaggaaaagcaaagcagcag
gcagtggaaaacgagatggacctcgtgctgggtcagagtaaaaaggctgaggtagctcag
caaactgaggaggtgaagagctctcagagaacagaagggaaaagtgcaatgttagctggc
agtggaaaatgtgcttcctctgcagagaatgttcctactactggtcagtcaaaagctaag
caaggactggggggggttaaaggtggtgctgctggggagttacctgggagtgcagcaggt
aaaaggaatgtccgtaacactgagcccccaaaacccagcagaaatgaagggtgcaaagta
agaaaagtcatgaatgcaaagcccagatctaaaaggaagaataccttccaactgaaaatc
tcaagtaaatttattgcaggtttgaaatacgcccgggacaggaagaaattgatgcttttg
aacaaaaagcagaaagcagagggtttgctcacccagagcagtgccttgggaatggaggca
gcttcccaggacacagatgtacttaacccctctccaaaaggtgaatttagtgggcaaatt
acaccagcaataaaagcacccagttcttctcagaaactcactgtggaaggggtgaatccc
cacgtagcagaaacctgtacaggagccgagtgtctcaaagaggcagctgagggttgcagg
aaggctgatgctccagggcatcagccccactccagcctcccctcacaggagcagagtgtg
gcagcaggaaaagctgataaggtttgcagaggagcctgcagagctgagaacacccagatg
tgcatcaaggaaggagatatccaccaaggcagctgggctgactgcactgcagatccccca
cgccctgagtgcagtgtgggaaaagcagataaagtcagcggagagccagctcagcagagt
gctcaggtgggcagtaagggagggaataaccagctggagaagaggcctgatccaagttta
gcttgcccaaagcaggaattcaatgtgacagcagcagcagtgcataatagtggaggagca
tgtgcaggtaacagtgtgcagatgtgcattaaggaagaaaaagttgacaggcaggaaaaa
attcaggtgtccagctccaaaatggaaggaaaaatacctgtcctgcagaacagggaagct
gctagtgaagtacaccaagggcaggaatttttaaccaaaacctgtgcaaaatttactgac
ctacctgcaggcaactgcccaggttccctcttggaaaaaaaggtttcaaatatgagaaga
aagggaagttctaagaagctgcagctgttgtctagagtcacatacgagaatcacagcaaa
tga
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