Salmo trutta (river trout): 115189857
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Entry
115189857 CDS
T08542
Name
(RefSeq) dual specificity protein phosphatase 16-like isoform X1
KO
K04459
dual specificity MAP kinase phosphatase [EC:
3.1.3.16
3.1.3.48
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru04010
MAPK signaling pathway
stru04148
Efferocytosis
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
115189857
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
115189857
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
stru01009
]
115189857
Enzymes [BR:
stru01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.16 protein-serine/threonine phosphatase
115189857
3.1.3.48 protein-tyrosine-phosphatase
115189857
Protein phosphatases and associated proteins [BR:
stru01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Dual specificity phosphatases)
MAPK phosphatases
115189857
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DSPc
Rhodanese
Y_phosphatase
Tc-R-P
PTP-SAK
PTPlike_phytase
Motif
Other DBs
NCBI-GeneID:
115189857
NCBI-ProteinID:
XP_029604246
Ensembl:
ENSSTUG00000043799
UniProt:
A0A674DP82
LinkDB
All DBs
Position
Unknown
AA seq
876 aa
AA seq
DB search
MSEPPVGACTGAETGGTGIGPGVGNGPRAETGGTGIGPGVGNGPRAETGGTGIGPGVGNG
PRAETGGTGIGPGVGNGPRAETGGTGFGPGVGNGPRAETGGTGIGPGVGNGPRAETGGTG
FGPGVGNGPRAETGGTGFGTGIGPGGVGNGPRAETGVKGSGPVSGPASGTRQGSVRPIGA
EGLVALLEGGLDSVLLIDSRPFVEYNSSHILEAVNVNCSKLMKRRLQQDKVQINELLQHS
AKKKLELVGIQEVVVYDQSSSDPLTFPSEFFLTVLLAKLEKSFPSVHLLSGGFSEFSQLF
PGLCEGKALLATSCLVPTCLSQPCLPLNTSGPTRILTHLYLGCQRDVLNKEVMQRNEIAY
VLNASNTCPKPDYIPESHFLRVPVNDSFCEKILPWLDRSVEFIEKAKASNACVLVHCLAG
ISRSATIAIAYIMTRMDMSLDEAYRFVKEKRPTISPNFNFLGQLLDFEKKIKTPGRSEIR
ETVGVKPCPFLLHHPLLEQDPSNPTPSLPDPALALLEPLTLPCVLAPWPPEERLLAQALQ
GLQDLQLNQGTEDNAAQLKRSFSLDIKSYREPGGRSGAPVRPYPHPTSHPGAQEYYNPSV
SFKEPAGKPCQFSPVKEMSEQSTPEPSPDKEKDDGLADPAATSVVPTATPVVSTTTITSS
SSSLPGTTTSTTTSNQPSVKQPGQAKPLSCSQQLQRSGSMEESSNPTLNHTPHTTGFLFG
LSRSQQHLSKPAPNLGSALKGWHSDILLGPVTVSSGGWYLSESSHRFYSTSAILGSGANI
LGGGGAAAYSVSQGLEEVRRRGRQRSGDHGDSRRSWHEESTLEKQLKRRSCQMEIGDRMR
GGGGGRGGGGGGETSSREEMGSHSSFSGSMEVIQVS
NT seq
2631 nt
NT seq
+upstream
nt +downstream
nt
atgtcggaacctcccgtgggagcctgtactggagctgagactggagggactgggattgga
cctggggtggggaatggaccccgagctgagactggagggactgggattggacctggggtt
gggaatggaccccgagctgagactggaggtactgggattggacctggggtggggaatgga
ccccgagctgagactggaggtactgggattggacctggggttgggaatggaccccgagct
gagactggagggactggttttggacctggggttgggaatggaccccgagctgagactgga
ggtactgggattggacctggggttgggaatggaccccgagctgagactggagggactggt
tttggacctggggttgggaatggaccccgagctgagactggaggtactggttttgggact
gggattggacctggaggggtggggaatggaccccgagctgagactggagtcaaaggttca
gggcctgtatcaggcccggcatccgggaccaggcagggctcggtgcgtcccatcggggcc
gagggactggtcgccctgctggaggggggtctggacagcgtgttgttgattgacagccgg
cccttcgtagaatataactcctcccacatcctggaggcggtcaatgtgaactgctctaaa
ctgatgaagagacgactgcagcaggacaaggtccagataaatgaactgctgcagcactct
gccaagaagaagttggagctcgtgggcattcaggaggtggtggtgtatgaccagagttca
tctgaccccttgacctttccctcggagttcttccttaccgtcctattggccaagctggag
aagagcttcccctccgtacacctgctctcaggtggtttctcagagttttcccagctgttt
ccaggtctgtgtgaaggtaaggctcttctggccacatcctgcctggtccccacctgcctc
tctcagccctgcctgcccctcaacacctctggtccaacacgcatcctgactcacctttac
ctgggctgtcagagagacgtactcaacaaggaagtgatgcagcggaatgagatagcgtac
gtactaaatgccagtaacacatgtcccaaaccagactacatcccagagtctcacttcctg
cgagttcctgtcaacgacagcttctgtgagaagatcctcccctggttggacagatctgta
gagttcatagagaaggccaaagcctccaacgcctgtgtgctggtccactgtctggctggc
atctcgcgctcggcaaccatcgctatcgcttacatcatgacgaggatggacatgtcacta
gacgaagcttacaggttcgtgaaggagaagaggcccaccatctctcctaacttcaacttc
ctgggtcagctgttggactttgagaagaagatcaagactcctggaaggtcggagattaga
gagaccgttggagtcaaaccctgtcccttcctcctccaccaccccctgctagagcaggac
ccctctaaccctacccccagcctcccagaccctgccctggccctgctggagcccctgacc
ctgccgtgtgtcttggccccctggcctccagaagagaggctcctggctcaggctctccag
gggctccaagacctccagctgaaccagggaacggaggacaacgccgcccagctgaaaagg
tccttctctctggacatcaagtcgtacagggagccaggaggccgcagcggcgcccccgtg
aggccgtacccacaccctacgtcccaccccggcgcccaggagtattataatccatccgtg
agcttcaaggagcctgctgggaaaccgtgtcagttctctcctgtgaaggagatgtcagag
cagtctacacctgagccgagccctgacaaggagaaggacgacggcctcgcggaccctgct
gctacgtctgttgttcccactgctactcctgtagtctccaccacaaccatcacctcttct
tcctcctcccttcctggcaccactaccagtactaccacctccaaccagcccagcgtgaag
caacccggccaggctaagcccctctcctgttcccagcagctccagcgtagtggcagtatg
gaagagagctctaaccctacccttaaccacacccctcacaccaccggcttcctgttcggc
ctatcacgatcccagcagcacctgtccaagcccgcccctaacctaggctccgccctgaag
ggctggcactctgacatcctattgggtcccgtcaccgtgtcgtcgggtggatggtacctc
tccgagtcgtcgcaccgcttctactccacctccgccatcttaggaagcggggctaacatt
ctagggggtggcggcgcggcggcgtacagcgtgagccaggggttggaggaggtgcggcgg
cgagggaggcagaggagcggcgaccacggggactcgcggaggagctggcacgaggagagc
accttggagaagcagctgaagagacggagctgtcagatggaaatcggagacaggatgaga
ggaggaggaggaggaagaggaggaggaggaggaggagagactagctccagggaggagatg
gggagtcacagcagcttctcgggaagcatggaggtcatccaggtgtcctga
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