Microcaecilia unicolor: 115479407
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Entry
115479407 CDS
T09142
Symbol
SSH1
Name
(RefSeq) protein phosphatase Slingshot homolog 1 isoform X1
KO
K05766
protein phosphatase slingshot [EC:
3.1.3.16
3.1.3.48
]
Organism
muo
Microcaecilia unicolor
Pathway
muo04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09140 Cellular Processes
09142 Cell motility
04810 Regulation of actin cytoskeleton
115479407 (SSH1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
muo01009
]
115479407 (SSH1)
Enzymes [BR:
muo01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.16 protein-serine/threonine phosphatase
115479407 (SSH1)
3.1.3.48 protein-tyrosine-phosphatase
115479407 (SSH1)
Protein phosphatases and associated proteins [BR:
muo01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Dual specificity phosphatases)
Slingshots
115479407 (SSH1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PH_SSH1-like_1st
DSPc
DEK_C
Tc-R-P
Y_phosphatase
Init_tRNA_PT
Motif
Other DBs
NCBI-GeneID:
115479407
NCBI-ProteinID:
XP_030073135
UniProt:
A0A6P7ZCN7
LinkDB
All DBs
Position
11:29033375..29153495
Genome browser
AA seq
1080 aa
AA seq
DB search
MYTNLHPLRKDPPRVLNCTFKTLCTVKQCSVIVVKTLPRLICPAVFMRKDLHQFLSENFF
MVKGAALFLQQGSSSQGQRSLLHLQKHAAGDLPQHLQVMINLLRCEDRIKLAVRLESAWS
DRVRYMVVVYSSGRQDTEENILLGVDFSSKESTSCTIGMVLHLWSDTKIHLDGDGGFSVC
TAGKTHVFKPVSVQAMWSALQILYKACEVARRCNYFPGGVALVWATYYESCISSDQSCIN
EWNTMQDLESTRPDSPALYVDKPTEGERTECLIKAKLRSIMVSKDLENVTSKEIRNELES
MMNCNLKEYKEFIANEMLQILGQMDKATLIFDHLYLGSEWNASNLEELRDSGVGYILNVT
REIDNFFPGLFAYHNIRVYDDDSTDLLAYWNEAYNFINKAKKNQSKCLVHCKMGVSRSAS
TVIAYAMKEFDWSLEKAYNYVKEKRSVTRPNAGFMRQLSEYEGILDASKQRHNKLWKQQT
ESNQNESDSTIPSTFQPENLDTMLENRLTEGDELDGGSSHQASTLRDEPQEQNYFFRCFP
DSPLASKQADPGGVPLQVDDLERDALLDSDSSSVKQRSVQMRGKEESPAQSSDFGEKEVR
KKLKSNMAEDWSSDANLNLQEAEVRGKEMPKERWKRFPFRNEESRLNKENANNNNSKRSL
PEDFEGDAVFGILNKVKPSYQSCTECMYPSSQGLEEHEKLNPTALNCTSAICTQPSLNVS
PMIVETSDQLPRGPHCTESPQAADAVLSQLVGQPHAPGFDISKTVSDQQNGITVLPDNIQ
KTHSVAAVKGGNSINQKSSLDTGRDTVLRTDVKQRKDLSYLMLNKDLEKPASYSYLMQHQ
ESIIQLQKAGLVRKHTKELERLKSVLSEESSILNEVPTGGTDISMSDDERNLVFQYKGGC
SQRAEALSEESKDCADKFLNPLDGMFLKTSTPCMFRLDQVSNYTKDFLKTISYTPSSSMS
SNLTRSSSSDSIHSVRGKPGLVKQRTQEIETRMRLAGLTLSSPLKRSHSIAKLGCLTFSS
EDLSSELDALNLPDLSDAKLRDAPSFHPSQSTPKKKDVSPKLLEMPLPGYQKRVSRMDKS
NT seq
3243 nt
NT seq
+upstream
nt +downstream
nt
atgtacacaaaccttcatccccttcggaaggatccacctagggttttgaactgcaccttc
aaaactttgtgtacagtgaaacaatgctcagtcattgtggtgaagacgttgccacgtttg
atttgtcctgcggttttcatgcgaaaggatctccaccagttcttgagcgagaactttttc
atggtgaaaggagcggctctcttcttgcagcaggggagcagctcacaaggacagcggagc
cttctgcaccttcagaagcacgcagcaggtgatttgcctcagcatctgcaggttatgatc
aaccttcttcgctgtgaggacaggatcaaattggctgtacgtttggaaagtgcctggtca
gaccgtgtcaggtacatggtagtggtgtacagcagtgggcgccaagacactgaagaaaac
atcttacttggagtggatttttccagcaaggaaagtacgagctgtaccatcggcatggtg
ctgcatctctggagcgacaccaagatacatcttgatggagatggtggattcagcgtatgt
acagcagggaagacgcacgttttcaagccggtgtctgtacaagccatgtggtcggctctg
cagatcctttacaaggcttgtgaggtggccaggcggtgcaactactttccagggggggtg
gctctggtttgggccacatattacgaaagctgcatcagttctgaccagagctgcatcaat
gagtggaacaccatgcaagacctggagtccaccaggcccgactccccggctctctatgta
gacaagccaacagaaggggaaagaaccgaatgtctcattaaggctaagcttaggagcatc
atggtcagcaaagaccttgagaatgtgacatccaaggaaatacgaaatgagctggagagt
atgatgaattgtaatttaaaggaatacaaagagtttattgccaatgaaatgcttcaaatc
ctcggccagatggacaaagcaaccctcatctttgatcatctgtatctgggctcggagtgg
aacgcctctaatctggaggagctgagagactctggcgtcgggtacattctaaatgtgacc
agggaaatagataatttctttccaggcctctttgcgtatcacaacataagagtgtacgat
gacgattcgacagatctcctggcctactggaatgaagcctataactttataaataaagca
aagaagaatcagtcgaagtgtctggtgcattgcaaaatgggtgtaagtcgctcagcctct
accgtcatcgcttatgctatgaaagaatttgattggtccttagaaaaagcttataactac
gtgaaggaaaagcgcagcgttaccagacccaatgctggcttcatgaggcagctctcggag
tatgaaggcattttggatgcaagtaaacagcggcacaataagctatggaagcaacagaca
gagagcaatcaaaatgaaagcgactccacaataccgagcaccttccaacctgagaactta
gataccatgctggaaaacagactgaccgaaggcgatgaactggacggagggtcctcgcat
caggccagcaccctccgtgatgagccgcaagagcagaactatttcttcaggtgtttccct
gattcaccgctggcaagcaagcaggcagacccagggggtgtcccgctccaagtggacgat
ctggaaagagacgcgcttctggacagcgattcctcatctgtcaagcaacgctccgtgcag
atgagggggaaagaggagtcccctgcacagtcaagcgactttggtgagaaagaggtgagg
aagaaattgaaatccaacatggcagaagactggagctctgatgccaacctaaacctgcag
gaagcagaggtcaggggaaaggaaatgccaaaggagaggtggaagcgctttcccttccgt
aacgaggaaagcagactgaacaaagaaaacgcaaataacaacaacagtaagagaagcttg
ccggaagatttcgagggggatgccgtattcgggattcttaacaaagtcaagccttcttac
cagtcctgtacagagtgcatgtacccttcgtcccaaggccttgaagaacatgagaaattg
aatccaacagctctaaattgtacatctgctatctgcacgcagccctctctcaatgtgtca
cctatgattgtggagacttcagaccagctgcctcgtggtccccactgtacagagtcaccc
caggctgcagacgcagtgttatcacagcttgtggggcagccacacgctccgggttttgac
atttctaaaactgtgagtgatcagcaaaatggcatcacagtattaccagataacatacaa
aaaacgcattcagtggcagccgtcaagggtggaaattcaattaaccagaaaagttccctt
gatactggtagggacacggtattgaggacagacgtcaagcagagaaaggacctcagctac
ctaatgttaaataaagatttggaaaagccagcttcatacagttatttgatgcaacatcaa
gaatctattattcaactccagaaagcaggcttagttcgaaagcacaccaaagaactggaa
cgcttgaaaagtgtactgtcggaagagtcatccatattaaatgaagtcccaaccggtgga
actgacatcagtatgtccgacgatgaacgcaatttggtttttcagtacaaaggtggatgc
tcgcagagggccgaggccctttcggaagaatcaaaggattgtgccgataagttccttaac
ccgttagatggaatgtttctgaaaacttccacaccttgtatgttcaggttggatcaggtt
agcaattacaccaaggactttctaaagacaatctcctacacgccgtcatcctccatgagt
tccaacctaactcgcagttccagtagcgacagtatacacagcgtgcgcggtaagcccggc
ctggtcaagcagcgaacccaggagattgaaaccaggatgcggctggctggtctgacgctc
tcttctcctttgaagcggtcacattctattgccaagcttgggtgtcttactttttccagt
gaagacctctcttctgaactagatgcgctaaacttgcctgacttgagcgatgccaaatta
agagacgctccatcgttccatccttcacagtcaactccgaaaaaaaaagacgtgagtccc
aagctattggagatgcctctgccagggtaccagaagagggtttctaggatggacaaaagt
tga
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