Populus alba (white poplar): 118044615
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Entry
118044615 CDS
T07314
Name
(RefSeq) dual specificity protein phosphatase PHS1 isoform X1
KO
K14165
atypical dual specificity phosphatase [EC:
3.1.3.16
3.1.3.48
]
Organism
palz
Populus alba (white poplar)
Brite
KEGG Orthology (KO) [BR:
palz00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
palz01009
]
118044615
Enzymes [BR:
palz01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.16 protein-serine/threonine phosphatase
118044615
3.1.3.48 protein-tyrosine-phosphatase
118044615
Protein phosphatases and associated proteins [BR:
palz01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Dual specificity phosphatases)
Atypical DSPs
118044615
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Act-Frag_cataly
DSPc
Tc-R-P
PTP-SAK
Y_phosphatase
HipA_2
TOP6A-Spo11_Toprim
Motif
Other DBs
NCBI-GeneID:
118044615
NCBI-ProteinID:
XP_034908895
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All DBs
Position
12:12389707..12397011
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AA seq
933 aa
AA seq
DB search
MMSKDEKEDTLSIINTTVQVQEEERELDLGSEELDPPLPLTVTSRVLYMLGDITAGPAYR
FAQWLELVRKRSDKYRPSGFPRRPYRLETMPSSVGESLVDSKSPPPEQAPEVSLWERLGK
AAAQDTESGSFSWDMLSSLHHTEHSSSTENSEDEMSKALEVTVNSGGVVFFALFNQQGNV
DAFHKESAAVIKFSSSRMATQSERLGYEFAKWLGVQTPQAKVIQNCSPEWLQIKEAAEKA
RVTAASEGDEVGEVTCSELLEALELSRCLLLMSYVHGSPLLESSNAFEPRETGERIAAAL
GRVFLLDLVIRNEDRLPCRELSWRGNPANLLLAEKMTSSNVNGLEAAFDSAINRYRPKVI
KALQKERRATSLNSKFNTHNRVPGLVSQGSDVSDITESPKSNKMPRVRKSGESSFSDLIS
QAVAIDSGVPRRPPAEKRTNDQANYPKLIELLLNSSDYTSNLLYEVTGGKLGALPLVGTD
FTDTRVTEMAAVVQGFRGGFRAALGDLQGFHVFLLTLHQKLDGLLRVLLNITNKTSGDTD
REDLVIHESPSHGVVHYPSPPSKERFLNDNHSDFSDSDSQRMAQTPRSSLGSKESSDSSS
PLPRESWHGKLSKGNGEPPRSLCLTTKLREILKFAKVDTETNEELEHWNEMLRNDAIKLC
QENNFNTGYFEGSDSSCVVDAYELKVRLEHILERISLISEAANTEKPSLITNSLFIGGTL
AARSVYTLQHLGISHILCLCANEIGQSESQHPDLFQYKNFSISDHEDSNISSIFGEASDF
IDHVESIGGRVLVHCFEGRSRSATLVLAYLMLRKKFTLLEAWNALRRAHRRAQPNDGFAK
ALLDLDRQLHGKVSMEWQRRKPEIRVCPVCGDNAGLSSSSLKLHLQKSHKKLSSGSVDSA
MTMEIQKALDALKMTRGGSVSPTLRQSSPSLDG
NT seq
2802 nt
NT seq
+upstream
nt +downstream
nt
atgatgtcgaaagatgaaaaggaagacactttatcaatcatcaacaccacagtccaagtc
caggaggaagagagggaactggacctgggatctgaagagcttgatcctcctttacctctt
actgttacttcccgggtattgtatatgttgggagatataacagcgggcccagcatatcgg
tttgcacaatggctggagttggttcgtaagagaagtgacaagtatcgtccctcggggttc
ccacgccggccttacaggctcgaaactatgccctccagtgtgggagaatcacttgttgat
tcaaaaagtccacctcctgagcaagctccagaggtcagtttgtgggaaaggcttggtaaa
gctgcggcacaggacactgagtcgggttcattttcttgggacatgctgtcttccctccac
cacactgagcatagtagtagcaccgaaaattctgaggatgaaatgagcaaagccctcgaa
gtaactgtaaattctgggggagttgtattctttgccttgttcaaccagcaaggaaatgtt
gatgcttttcacaaggaatcagcagctgtcataaagttttcatcttcaaggatggccaca
caatcagaacgtcttggctatgaatttgcaaagtggttaggagtccaaactccacaggct
aaagtcattcaaaattgcagcccagagtggctccagatcaaggaagctgcagagaaagca
agagttacagcagcttcagaaggagatgaagtaggtgaagttacatgttctgagcttttg
gaagctcttgaactcagccgatgccttcttttgatgagttatgttcatggatctccttta
ttggagagctcaaatgcatttgaaccacgtgagactggagaaagaattgcagcagcactt
ggtagggtcttcctgttggaccttgtcatcagaaatgaagatagactcccttgccgtgag
cttagttggcgtggaaatccagcaaatctattgttggctgagaaaatgacctcatcaaat
gtaaatggcttagaggctgcttttgattctgcaattaaccgataccgaccaaaggtgatt
aaagctctacagaaagaaagaagggcaacttcactgaatagcaagtttaacactcataat
cgagtaccaggacttgtatcacagggctctgatgtttctgatattacagaatctccaaaa
tccaacaaaatgccaagagtccgaaaatcaggagaatcatcattttctgacctcatttct
caagctgtggctattgattctggtgttccacgtcggcctcctgctgaaaaacgcacaaat
gaccaggcaaattatcctaaattgattgagctgcttctcaacagttctgattacacctct
aatttgttatatgaagtaacaggagggaaattaggggctcttccattggtaggcactgac
tttactgatacacgagtaacagaaatggcggcagttgttcagggatttcgtggtgggttt
cgtgctgcgctcggggatctgcaaggtttccacgtgttccttctcactcttcaccaaaaa
ctcgatggcttgttacgagttttattgaacatcacaaataaaacatcaggggacactgac
agagaagatttggtgatccacgagtcaccttcacatggggttgttcattatccttctcca
ccaagtaaggaacgctttcttaatgataaccattcagattttagtgattcagattcacag
agaatggctcaaactccaaggtcatctttaggaagtaaagagagctcagattctagttct
cccttgccaagagaaagctggcatggaaagttgtccaaggggaatggagagccccctcgt
agcctgtgtctaacgacaaagctccgtgaaattcttaaatttgccaaggtcgatactgaa
acaaatgaagaattagaacactggaatgaaatgctgagaaatgatgctatcaaactctgt
caggagaacaatttcaatacaggatattttgagggcagtgatagtagctgtgttgtggat
gcatatgagttgaaggtaagattagagcacattcttgagaggatatcattgatctccgaa
gctgcaaacacagagaaaccatcattaatcacaaatagtctgtttattggtggcaccctg
gctgcaagatcagtttacactttgcaacatctaggaatctcacatattttgtgtttgtgt
gccaatgaaattggacagtcagagtcacagcacccagatctgtttcagtacaagaatttt
tcgattagtgaccatgaggattcaaatatcagcagtatctttggagaagcttctgatttt
attgatcatgttgaatcaataggcggaagggttctagttcattgctttgaagggagaagt
aggagtgctacattagttcttgcatatttaatgctcaggaagaaattcactctactagaa
gcatggaatgctctaagacgagctcaccgccgagctcagcccaatgatggttttgcaaaa
gctttactggatctggaccgccaactgcacgggaaggtttccatggaatggcagaggcgg
aagccagagattagagtctgtcccgtctgtggggataatgctggtctgagcagcagttca
ctcaagcttcacttgcagaaatcacacaagaagctatcgtcaggcagcgtggacagtgca
atgactatggagatacaaaaggctctggatgcactaaaaatgacccgaggtggcagcgtc
agccctacattgaggcagtcttcgccatctctggatggctag
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