KEGG   Xiphophorus couchianus (Monterrey platyfish): 114148705
Entry
114148705         CDS       T05908                                 
Symbol
trpm2
Name
(RefSeq) transient receptor potential cation channel subfamily M member 2 isoform X1
  KO
K04977  transient receptor potential cation channel subfamily M member 2 [EC:3.6.1.13]
Organism
xco  Xiphophorus couchianus (Monterrey platyfish)
Pathway
xco04621  NOD-like receptor signaling pathway
Brite
KEGG Orthology (KO) [BR:xco00001]
 09150 Organismal Systems
  09151 Immune system
   04621 NOD-like receptor signaling pathway
    114148705 (trpm2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:xco04040]
    114148705 (trpm2)
Enzymes [BR:xco01000]
 3. Hydrolases
  3.6  Acting on acid anhydrides
   3.6.1  In phosphorus-containing anhydrides
    3.6.1.13  ADP-ribose diphosphatase
     114148705 (trpm2)
Ion channels [BR:xco04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   114148705 (trpm2)
SSDB
Motif
Pfam: LSDAT_euk LSDAT_prok Ion_trans GapR_DNA-bd CNPase Seryl_tRNA_N APG6_N HR1
Other DBs
NCBI-GeneID: 114148705
NCBI-ProteinID: XP_027879946
Position
7:complement(18937757..18982125)
AA seq 1486 aa
MSKRPTMSDAQGGTKKNRSKKEINKDESIPLKDTPSPSATSPSSSSASNIQDKVNQQIST
WIKNNITRKQCCPFKKDASNKEVCCCEYSELDSIGKASKPEDFKKHTCNEDKHVHEVSTD
AFGDINFGGFWKKSSKYVRVFTDTRPKVLYELLTKQWKLPPPNLVISVSGGANNFYLKSH
LTKAFHRGLIKVAQTTGAWIITGGTHSGVMMHVGQAVRDCALNNTTKRKIVAIGVAPWGV
IHNKDKLINEEGCFPANYVIDKQGQGDLVCLDDNHSHLLLVDDGTSDKKAYGAEIPLRTE
LEQYISDRTLGTKATTIKTLVVCVVLDGGEGTLKTIYSSIEKGTPCVILQGSGRIADVIA
HASGFPISRITTTLIKELTKKFFGEEYKNIKDDQIEAWKNMIHKIVEKPDLLTIFRARKD
DQGVLDVAILDALLKAFKTTTSQEDMSWKKHLELAITWNRVDSAETKIFTEEKIWKSSEL
HRFMYLALVCNKPDFVSLLLENGVCLEDFLDDNTLCDLYKNLPNCLFLYKLFKKVKFTTS
SRRKALDMKGLDQARKNISLKDVSIEVRHLLGKFTKHIYPSSKDGEHTMWIEDRPYRDDE
SKRVAARDLFLWAVVQNNKELSKIAWDQCGDCMSAALAASKILKKMAKESIDADEPQEML
ELANYFEDRAIGVFSECYKNNEERAKKLLVRTSRLWGETTCLRLALEANDKNFVAELGVQ
DRLTQIWCGDLSVNNPVWRVLICMVFFPLTYTKFLAFRCDEVLQREIEQNEWIKMTGEEE
TKSTLNNNSDCYKQNVEPLGCLSRLKGLYSAPQVKFYGNIVSYFAVLFLFAYVLMIDFQS
TPSIKELVLYIWLFTLVSEEIRQLFYDPDHFGFCEKAKVYIQELWNILDVISIVLFCVGL
GLRMTKELFYPGKIILCIDFVVFCLRLMAIFTINRTLGPKIIIVKKMMMDMFFFMFLLSI
WVVAYGVAKQGILIHNDNRLDWIIRGAVYEPYLIIFGSFPENIDKTRFDINSCSMDGTDP
MKPKCPVLNENQMTVFPEWLTIIMLCIYLLCANILLINLLIAIFNYSFEEVHDNTDRIWK
FQRYQLIKEYYSRPAPPPPFIIFSHLYLFIKMVLWKAQKLQTEFKVSIPKEEEELLSWEA
LMRDAFVLSERQAKSQSMEGLIQDSSQKVTTLTERLEKLEEQSNKALESMEDIKKSQGDS
AKETVRVTTLTERMERLEEQVTQSNKSLQWIVDSLKSQGFSAKETQPQASTIPDESSNSL
RTPEKEDGFHEKSHQLQYPDSFHVPEEKVSLSSFMSTYGSSEDGNDHAGRSGPEGLDNYR
NPGGRTGIKGRGALSRLGPNLNLDLVVTRWRDSVRSVLEFLAVLNQNLRSLALPGGPVDS
VDHLPGNLKGILGDKLFEALDAKVSEGTTVSEGYVDDCRNTDNAWVETTVLNIHLDGTSQ
VMVDINNMVISGDSCLQWQEVSSRIKLSPNQRRSLQQVAELHNRKF
NT seq 4461 nt   +upstreamnt  +downstreamnt
atgtcaaaacgtcccacaatgtctgatgcccaaggaggaacaaagaaaaacagaagtaag
aaagaaataaacaaagatgaatcaatacctttaaaggacaccccaagtccttctgcaaca
tcgcctagctcttcttctgcgtccaacatacaggataaggtcaatcagcaaatttccacg
tggatcaagaacaacataacaagaaagcaatgctgcccttttaagaaggatgccagcaac
aaggaagtatgttgttgtgaatattcggagcttgactccattggtaaagccagcaagcca
gaggacttcaaaaagcatacctgcaatgaagacaaacatgtccacgaggtgtcaacagat
gcttttggagacatcaattttggtggtttttggaaaaagagtagcaagtatgtacgagta
ttcacagacaccagacctaaagtgctctacgagttactgacaaagcaatggaaacttccg
cctcccaatctggtcatctcagtgtctggaggagccaataacttctacctgaagtcccac
ctgacgaaggcttttcacagaggactgatcaaagtggctcagactacaggtgcatggatc
atcactggcggtacccactctggtgtgatgatgcatgtaggacaggctgtgagggactgt
gccctgaataacactacgaagcggaaaatagtggctattggagtggcaccatggggagta
attcacaacaaggacaaattaataaatgaagaaggttgcttcccagccaattatgtgatt
gacaaacagggtcagggtgatctggtctgtctcgacgacaatcattcccacctcctgctg
gttgatgatgggaccagtgacaaaaaggcctatggtgcagagattccgctgcgcacggaa
ctagagcagtacatctcagaccgaactcttggaactaaagcaactactataaaaacccta
gtggtttgtgtggtgttggacggaggagaaggtacactcaaaaccatctacagttcaatt
gaaaagggcacaccgtgcgtgatcctgcagggctctggcaggatagcagatgttatcgct
catgcgtctggattcccaatcagtaggatcaccaccactctcattaaggagctgactaag
aagttttttggagaagagtacaaaaacataaaagatgaccagattgaagcctggaaaaat
atgattcataagatagttgagaagcctgatttgctgacaatattcagagcaaggaaagat
gatcagggcgttttggatgtggcaatccttgatgctcttctaaaagctttcaagaccact
acatcacaagaagatatgtcctggaagaagcatctggagttggctatcacctggaacaga
gttgattcagctgagactaagattttcactgaggaaaagatttggaagtccagtgaactc
caccggttcatgtatttagccctggtttgcaataagcctgattttgtgagtctgctcctg
gagaacggtgtgtgtctggaggactttctggatgacaacaccctttgtgatctctacaaa
aacttgcccaactgcctttttctgtacaagctgttcaagaaggtgaaatttaccaccagc
agcaggaggaaggcactggacatgaagggtcttgatcaagcacgaaaaaatatctccctg
aaagatgtctctattgaagtgcgccacctgctggggaaattcacaaagcacatctatcca
tcctccaaggacggagaacatactatgtggatagaggacaggccatatagggacgatgaa
tctaagagggttgcagctagagatcttttcctctgggcagttgtccagaacaacaaggag
ctgtctaaaatcgcctgggatcagtgtggagactgcatgtctgctgctctggctgccagt
aagatcctgaagaaaatggcaaaggagtcaattgatgcagacgagcctcaggaaatgctg
gagctcgccaattactttgaagatcgtgcgattggtgtgttcagtgagtgctacaagaat
aatgaggagcgtgccaagaagctgctggttcgaacctcacgcctttggggcgagacgacg
tgtctgaggctggcgctggaggccaatgacaaaaactttgtggctgagttaggcgttcag
gatcgtcttactcagatttggtgtggtgacctttcagtcaacaatcctgtgtggagggtg
ctgatctgtatggtcttcttccctctgacctacaccaagtttctggctttcagatgtgat
gaagtcctccagagagaaatcgagcagaacgagtggataaaaatgactggggaggaagag
acaaaaagcactttgaacaataattcggattgctataagcagaatgtggagcctctgggc
tgcttgtccagactgaaaggactgtacagcgctcctcaggtcaagttttatggaaacatt
gtctcgtactttgccgtcctgttcctgtttgcttacgtcctgatgattgacttccagagt
acaccgtctataaaagagttggtgctctacatctggttgttcactctggtgtctgaggag
attagacagctgttttatgatcctgatcattttgggttttgtgagaaagccaaggtgtac
attcaagagctgtggaacattttggatgtcatctccatcgtgctgttctgtgtaggactt
ggattgaggatgacaaaagagcttttctatccaggtaaaatcatcctgtgcatcgacttt
gtggtcttctgtctccgcctcatggcaatcttcacaatcaatcgcaccttgggacctaaa
atcatcatagttaagaagatgatgatggacatgttcttcttcatgtttctcctgagcatc
tgggttgtggcatacggtgtggccaaacaaggcatcctcatccataatgacaatcgactg
gactggatcattcgtggggctgtttacgagccatacctcattatatttggaagtttccct
gaaaatattgacaaaactaggtttgatataaattcatgcagcatggacggtacagatccc
atgaagcccaagtgtcctgtgctgaatgaaaaccaaatgacggtcttccctgagtggctc
accatcatcatgctctgtatttacttgctgtgtgccaacatattgctcatcaacctcctc
atagccatctttaactactcatttgaggaggtccatgacaacacggatagaatctggaag
tttcaaagatatcagctgatcaaagagtactacagccgcccggcccccccacctcctttc
atcatcttcagtcacctctacctcttcatcaaaatggtgctgtggaaagctcagaaatta
cagactgaattcaaggtttctatcccaaaagaggaagaggagctgttgtcctgggaggcc
ttgatgagggacgcatttgtgctatctgaacggcaggcgaagagccagagcatggagggg
ctcatccaggattcatcccaaaaggttaccaccttaactgaacggctggagaaactagaa
gaacagtcaaacaaagcactggagagtatggaggacattaagaaatctcagggtgattct
gcaaaagaaactgtcagggttaccaccttaactgaacggatggagagactagaagaacag
gtcacccagtcaaacaaatcactgcagtggattgttgacagtctgaaatctcagggtttt
tctgcaaaagaaactcaaccacaggcttcaactataccagatgaatcctccaactctttg
aggacaccagaaaaagaagatggcttccacgagaagtcccatcagcttcaatacccggac
agcttccatgttccagaggaaaaagtcagtctcagctcattcatgtcgacctatgggagt
tctgaagatggaaatgaccatgcaggcagatctggaccagaaggcttagataattacaga
aacccaggagggaggacaggcatcaagggaagaggcgcactcagccgtcttggtccaaat
ttgaacctggatctcgtggttacacggtggcgagacagtgtgaggtctgtgctggagttc
ttggctgttttgaaccagaaccttagatctttagctttgcctgggggtcctgttgactct
gtggatcacctgcctggaaatctaaagggaattctgggagataagctgtttgaagcccta
gatgcaaaagtgtcagagggaacgacggtgtctgagggctatgtggacgactgcaggaac
acagacaatgcctgggtggaaacaactgtcttaaacattcacctggacggaacaagccaa
gtgatggtggacattaacaacatggttataagcggtgacagctgcctccagtggcaggag
gtgagcagcagaatcaaactcagcccaaaccaaagacgctcgctgcagcaggtggcggag
ctgcacaacaggaagttctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (8)   
   Pfam (8)   
All databases (27)   

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