Mus caroli (Ryukyu mouse): 110295052
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Entry
110295052 CDS
T05910
Symbol
Tmem132d
Name
(RefSeq) transmembrane protein 132D isoform X1
KO
K17599
transmembrane protein 132
Organism
mcal
Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
mcal01009
]
110295052 (Tmem132d)
Protein phosphatases and associated proteins [BR:
mcal01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
110295052 (Tmem132d)
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Ig_TMEM132_2nd
Ig_TMEM132_5th
TMEM132_3rd
Ig_TMEM132_6th
Ig_TMEM132_4th
TMEM132_C
TMEM132_N
Motif
Other DBs
NCBI-GeneID:
110295052
NCBI-ProteinID:
XP_021019163
Ensembl:
MGP_CAROLIEiJ_G0027773
UniProt:
A0A6P5PSR7
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All DBs
Position
5:complement(120669174..121312873)
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AA seq
1098 aa
AA seq
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MCPSEMGTLWYLWSPVLISLAALFSKVTEGRGILESIQRFSLLPTYLPVTYHINNADVSF
FLKEANQDIMRNSSLQSRVESFLIYKSRRLPVLNASYGPFSLEQVVPQDLMLPSNPFGFT
NTFSLNWRLKAYILQEKVYLSHPKVQVLFHIVGRDWDDHREENLPCLRVFAFRETREVRG
SCRLGGALGLCVAQLEMLPGWFSPPSVVSGRRRPTEQLEGNPVELYYAVQPGDERGDCAK
EDLRKSGGTPAGHNDVDESSPPLHRIGSVFLRETPSSPPLKELRLDSNVAVHYVPKTVRQ
GDVLTFPISVSRNCTEDRFTLRAKVKKGVSIVGVRASSSSIWDVKQSTEYTGKYAPAVIV
CQKKSAGSEKSVADASYEVMKIDIEVEAPSDPPTTQLVTWQVEYPGEITSDLGVSKIYVS
QKDLIGVIPLAMEAEILNTAILTGKTVAVPVKVISVEEDGTVQGLLDSVECRSSDEDVVK
VSDRCDYVFVNGKEMKGKVNVVVSFTYQHLSSPLEMTVWVPRLPLQIEVSDMELNQIKGW
RVPVVSNKRPARDSEEEDDDEKKGRGCTLQYQHAMVRVLTQFVAEAPDPGGHLAYLLGSD
WQVDITELITDFMQVEEPRIAKLQGGQILTGLELGMTTIQILSPLSDAILAEKTITVLDE
KVTITDLGVQLVTGLSLSLQLSPGSNRAIFATAMAQELLQRPKQEAAISCWVQFSDGSVT
PLDIYDEKDFSLMATSLDEKVVSILQDPKFKWPIIAAENEGQGALVKVEMLISESCQKSK
RKSVLAVGTASIKVKFGQNDANPNSSESGHLGAGLHVENINDRRSKKPFQEWGSPEGPFY
SSSSIGLMEGWGSTTKRPTFQKKEGQENLLDDIILSQTMATDLTSFPDQMDLLPGSNVGT
EEHDLDQAAKGLSDLEIGMYALLGVFCLAILVFLINCVTFALKYRHKQVPFEEQEGLSHS
HDWVGLSNRTELLGNHINFSSSQEEQITAIDRGLDFEESKLLLSSNSQNSINGQMFRSTG
AMLTDDQEQKSEPPTSPTSKRKRVTFSTFSAISSDDGCPSGNTMVLSNEDDIKWVCQGLD
PGECTEPHSCMERLHEHV
NT seq
3297 nt
NT seq
+upstream
nt +downstream
nt
atgtgcccatctgagatggggacgctgtggtacctctggtctcccgtgctcatcagccta
gctgcccttttctccaaagtgacagaaggccgagggatcttggagagcattcagcggttc
tcactgctgcctacctacctcccagtcacctaccacatcaacaatgcggatgtctccttc
ttcctgaaggaggccaaccaggacatcatgcgcaactccagcctgcagtcgcgggtcgag
tccttcctgatctacaaatccaggcgactgccggtgctcaacgccagctatgggcccttc
tcactcgagcaggtagtgccccaggatttgatgctgccttccaacccatttggattcact
aacacattctccctcaactggaggctgaaggcctacatcctgcaggagaaagtctaccta
agccatcccaaagtgcaggtgctcttccacatcgtgggtcgagactgggatgaccacagg
gaggagaacttgccttgcctgcgggtctttgccttcagagagacccgagaggttcgaggc
agctgccgcttgggtggagccctgggactgtgcgtggcccagctggaaatgctgccaggc
tggttcagtccaccatcagtggtatctgggcgcaggaggcccacggagcagctagagggg
aatcccgtggaactgtattatgctgtacagccaggggatgagcgaggcgactgtgccaag
gaggatttgaggaagagcggcggtactccagcaggccacaatgatgttgatgaatccagt
ccccctttgcatagaattgggagcgtcttccttcgggagacccccagcagtccacctttg
aaggagctgcgtttggatagcaatgtggccgttcattacgtccctaagactgtgcggcaa
ggagatgtactcaccttccctatctctgtctctaggaactgcacggaggatcgcttcaca
ctgagggccaaggttaagaaaggagtgagcattgttggggtgagagccagcagctcttcg
atctgggatgtcaaacagagcaccgagtacactgggaaatatgctccggccgtcatcgtt
tgtcagaagaaatctgctggctccgaaaagagtgtggctgatgcctcctatgaagtcatg
aagattgatatcgaggtcgaagcacccagtgacccacccaccacacagctggtcacgtgg
caggttgaatacccaggagagatcacctctgacctgggagtgtccaagatctatgtgagc
caaaaggacttgatcggagtcataccactagccatggaggcagagatcctgaacacagcc
atcctcactggaaagacggtggctgtccctgtgaaggtgatctctgtggaggaagatggc
acagtacaaggtcttttggactcggtggagtgcaggtcatctgacgaagacgtggttaag
gtttctgacagatgtgactatgtctttgtcaatgggaaggaaatgaagggcaaggtgaac
gtggtagtcagcttcacctaccagcacctgagcagccccctggagatgacagtgtgggta
ccacggctacctctgcagattgaggtctcagacatggagctgaaccagatcaagggctgg
cgggtccccgttgtctccaacaaaaggccagctcgggacagtgaggaggaagatgatgat
gagaagaagggccgaggctgcacccttcagtaccagcacgccatggtgcgagtcttgacc
caatttgtggctgaggcgcccgatcccgggggacacctggcctacctactgggctctgac
tggcaggtggacatcacggagctgataactgacttcatgcaggtggaggagcccaggatt
gctaagctgcaaggagggcagatcctgactggcctggagctgggcatgaccactattcag
atcctgtcccctctgtcggatgccatccttgccgagaagaccatcactgtactggatgag
aaggtgaccatcacagacctcggggtccagctggtaacagggctctcgctatccctgcag
ctcagccccgggagcaacagagccatctttgccactgccatggctcaggaacttctgcag
aggcccaaacaggaagcagccatcagctgctgggtgcagttcagcgacggctctgtcaca
cccttggacatttatgatgagaaggacttctccctgatggctacgtccttggacgagaaa
gtcgtctccatcctccaggaccccaaattcaagtggcctatcattgctgcagaaaacgaa
ggacagggggccctggttaaggtcgagatgctcatcagtgaatcttgtcagaagtctaag
cggaagagcgtgctggctgtgggaacagccagcatcaaggttaaatttggacagaatgat
gcgaaccccaacagcagtgagagtggacaccttggggctgggcttcatgtggagaatatc
aatgacaggaggtccaaaaagccttttcaggaatgggggagccccgaggggccattctat
agcagctcatccatagggctcatggagggatggggcagtaccaccaagaggccaactttc
cagaagaaggaaggccaggaaaacctgttagatgacatcatcctctctcagaccatggcc
acagacctcaccagcttcccagaccaaatggacctcctccccgggagcaatgtgggcact
gaggaacatgaccttgatcaggcagccaagggactgagtgacctcgaaattggcatgtat
gctctgctgggtgtcttctgcctggctatcttggtgttcttaattaactgtgtgactttt
gccctgaagtacaggcacaaacaggttccctttgaggagcaagaaggtctgagtcactct
cacgactgggttgggctgagcaaccggacagagctgttggggaaccatataaacttctcc
tcctcccaagaggagcagatcaccgctattgacaggggtctggactttgaggagagcaaa
ctccttctcagctcaaactctcagaacagcatcaatggacagatgttcaggtccacagga
gccatgctcacagacgaccaagaacagaaaagcgaaccccctacctcccctacctccaaa
aggaaaagagtgacattttccacattctccgccatctcctcagacgatgggtgtccttct
gggaacaccatggtgttgagtaatgaggatgacattaagtgggtctgccagggcctggat
cctggcgagtgcacagaacctcacagttgcatggagaggctacatgagcacgtataa
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