KEGG   Ailuropoda melanoleuca (giant panda): 100480512
Entry
100480512         CDS       T01329                                 
Symbol
TRPM6
Name
(RefSeq) transient receptor potential cation channel subfamily M member 6 isoform X2
  KO
K04981  transient receptor potential cation channel subfamily M member 6 [EC:2.7.11.1]
Organism
aml  Ailuropoda melanoleuca (giant panda)
Pathway
aml04978  Mineral absorption
Brite
KEGG Orthology (KO) [BR:aml00001]
 09150 Organismal Systems
  09154 Digestive system
   04978 Mineral absorption
    100480512 (TRPM6)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:aml01001]
    100480512 (TRPM6)
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:aml04040]
    100480512 (TRPM6)
Enzymes [BR:aml01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     100480512 (TRPM6)
Protein kinases [BR:aml01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   100480512 (TRPM6)
Ion channels [BR:aml04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   100480512 (TRPM6)
SSDB
Motif
Pfam: LSDAT_euk Alpha_kinase TRPM_tetra LSDAT_prok Ion_trans
Other DBs
NCBI-GeneID: 100480512
NCBI-ProteinID: XP_019660855
Ensembl: ENSAMEG00000015683
Position
17:complement(29214382..29416201)
AA seq 2034 aa
MRVQVKSQKSWIEGVFNKRECNKIIPSSKDPHRCTAGCQVCQNLIRCYCGRLIGDHHGID
YSWTISAANGNENEPWSVEKHTTKSPTDTFGTINFQDGEHTHHSKYIRISYDTKLDHLLH
LMLKEWKMELPKLVISVHGGIQNFKMPSKLKEIFSQGLVKAAETTGAWIITEGINTGVSK
HVGDALRAHSFQSLRKIWTVGIPPWGVIENQRDLIGKDVVCLYQTLGNPLSKLTTLNSMH
SHFILSDDGTVGKYGNEMKLRRSLEKYLSLQKIHSRSRQGVPVVGLVVEGGPNVILAVWE
TVRDKDPVVVCDGTGRAADLLAFTHKHLDEGALRPQVKEEIICMIQNAFNFSLKQSKHLF
QILMECMVHRDSITIFDADSEESQDLDLAILTALLKGTNLTASEQLNLAMAWDRMDIAKK
HILIYGQHWKAGALEQAMLDALVMDRVDFVKLLIEYGVNLHRFLTIPRLEELYNTKQGPT
NMLLHHLVRDVKQHALLSGYRITLIDIGLVIEYLIGGAYRSSYTRKSFRALYNNLYRKHK
RVTSFAQSLSQPPLHRRRPSGNRKESAESTLHSQFIRTAQPYKFKEKSVVLHKSRKKSKE
EQSISDDPESTGFIYPYNDLLVWAVLMKRQKMAMFFWQHGEEATVKAVIAYKLYRAMAHE
AKESNMMDDASEELKNYSKQFGQLALDVLEKAFKQNERMAMKLLTYELKNWSNSTCLKLA
ATGRLRPFVSHTCTQMLLTDMWTGRLKMRKNSWLKIIVSILFPPTILSLEFKSRAEMSHV
PQPQDFQFAWYYGDQNPSAKESAYMKDCDLERGPDEKLDENQHFDLKSDPQSLPWTRKIY
EFYSAPIVKFWFYTMAYLAFLMLFTYTVLVEMQPQPSVQEWLVIIYIFTNAIEKVREVCI
SEPGKFTQKVKVWISEYWNVIETVAIGLFSVGFGLRWGDPPLHTAGRLIYCIDIIFWFSR
LLDFFAVNQHVGPYVTMIAKMTANMFYIVTLMAIVLLSFGVARKAILSPKQLPSWSLARD
IVFEPYWMIYGEVYAADIDVCASSPSCPPGSFLTPFLQAVYLFVQYIIMVNLLIAFFNNV
YVDMKSISNKLWKYNRYRYIMTYHKKPWLPPPFILLSHVGLFLRRLCHHQAPNDQEEGDV
GLKLYLSEEDLKRLHDFEEQCVEIYFHEKMESLNYSCEERIRVTSERVTEMYFQMKEMNE
KVSFIKDSLLSLDSQVGHLQDLSALTVDTLKFLSAVDTLQEDEALLANRKHSTCRKLPHS
WSNIICAGVPGSMEISGEKKYQYYSMPPSLLRSLARGQHTLRVQREPLLEITDSQREVSN
VIDEQEKQEIETTIVASGVSINRQSQRKYGQFLLVPSYLKQVPFSAETDFPLFRPSVEAG
TDVLAVKQVTQSEVPVRLTWQSPALSAQGSVAEPEAQYESVSQIPARQDKGGEQVLPTFI
CTSPPMKMTSLPSQGESTGTGGGYVNWAFSEGDETGVFSIKKKWQTCLASTCNSDSKESG
QSQRQIRARSLSENSSSLAHSSDCSEVGPWLQPNTSCWINPFRRDRPFTRSHSLRFHKEN
KLKISKIKNLSRSSEIGQSAWIKTKMLIKDKRSSKKKKKTQGLQVPVIKVDTCSQNDQLE
SEPGENNISEEEAYSKNWLTVSKFSQINLEPSIYQKMKTKEMEQHAIQVSDYLKQSQEDL
SKNSLWNSRSTTLNRNSLLRSSNGVDKISASLKSPPEPCHHYSAIERNNLMRLSQTIPFT
PIQLFAGEEVTVYRLEESSPLNLDKSMSSWSQRGRAAMIQVLSREEMDGGLRKAMRVIST
WSEDDVLRPGQVFIVKSFLPEVVKSWHKIFRESTVLHLCLREIQQQRAAQKLIYTFNHVK
PQTIPYTPRFLEVFLIYCHSVNQWLTIEKYMTGEFRKYNNNNGDEIAPSNTLEELMLAFS
HWTYEYTRGELLVLDLQGVGENLTDPSVIKPEDKRSRGMVFGPANLGEDAIRNFIAKHRC
NSCCRKLKLPDLKRNDYSPGRINSTFGLDVKIKPAEGPLARERGRNSPEDLTRL
NT seq 6105 nt   +upstreamnt  +downstreamnt
atgagagtgcaggtcaagtcccagaaatcctggattgaaggagtgttcaacaagagagaa
tgtaacaaaatcatacctagctcaaaagaccctcacagatgtactgcaggatgccaggtc
tgccagaatttaatcaggtgttactgtggtcgactgattggagaccatcatgggatagat
tattcctggaccatctcagctgccaacggtaatgaaaatgaaccatggtctgttgaaaag
cacacgacgaaaagccctacagatacgtttggcactattaattttcaagatggagagcac
acccaccactccaagtatattaggatttcttatgatacaaagttggatcatctgttacat
ttaatgttgaaagagtggaagatggaactgccaaagctggtgatctctgtccacggggga
atccagaacttcaagatgccctccaaacttaaagagatcttcagccaaggtttggtcaaa
gctgcagagacaacaggagcgtggataataacggaaggcattaatactggcgtgtctaaa
catgttggggatgccctgagagcccattccttccagtccttgagaaaaatctggaccgtt
ggaatccctccttggggcgtcattgaaaaccagagagatcttattggaaaagatgtggtg
tgcctgtaccagaccctgggtaaccccctcagcaagctcaccacactcaacagcatgcat
tcccactttatcttgtccgatgatgggactgtgggcaagtatggaaatgagatgaagctc
aggaggagcctggaaaagtacctctccctgcagaaaatacacagccgttcaagacaaggc
gtgccggtggtggggctggtggtggaaggaggtcccaacgtcatccttgccgtgtgggag
actgtgagggacaaagatccagtggtggtgtgtgatggcacgggcagggccgctgacctt
ctggccttcacccacaaacacttagatgaaggggccctacgtcctcaggtgaaggaggag
atcatctgcatgattcagaatgctttcaactttagtcttaaacagtccaagcaccttttt
caaattctaatggagtgtatggtacacagggattctattaccatatttgatgctgattcc
gaggagtcgcaagaccttgatttagcaatcctaacagctctgctcaagggcacaaattta
acagcatcagaacaattaaatctggcaatggcttgggacagaatggacattgccaagaaa
cacatcctaatttatggacaacattggaaggctggtgcactggaacaagcaatgttagat
gctttagtgatggatcgagtggattttgtgaagcttttaatagaatatggagtgaacctc
catcgttttcttaccatcccccgactggaagagctctataacactaaacaaggacctact
aatatgctcttacatcatcttgtccgagatgtaaaacagcatgcccttctctcaggctac
agaataacactgatcgacatcggattggtaatcgaatacctcattggtggagcgtatcgc
agcagctacactagaaaaagtttcagagcgctctacaacaacctctacagaaaacataag
cgagtgaccagttttgctcaaagcctttcccagccccctctccaccgaagacgcccctca
ggaaatagaaaggaatctgcagaaagcacactgcattcccagttcattagaaccgcccag
ccttacaaattcaaggaaaagtctgtagtccttcataaatcaaggaagaagtcaaaagaa
gaacaaagtatatccgatgacccggagtctactggctttatttacccttacaatgacctg
ctggtttgggctgtgctaatgaaaagacagaagatggccatgttcttctggcagcatgga
gaggaggccacggtcaaggcagtgattgcctataaactctaccgagccatggcccatgag
gcgaaggagagcaacatgatggatgatgcctcagaagagctgaaaaattactcaaaacag
ttcggccagcttgccctggatgtgctggagaaggcattcaagcagaatgaaagaatggcc
atgaaactgttgacctatgaactcaagaactggagcaattctacctgtctgaaactggct
gcaactggaagattgcggccctttgtttcacatacttgcacccaaatgctactgacagac
atgtggactgggcgcctaaaaatgaggaagaactcttggttaaagatcatcgtaagtatt
ctttttccacccaccattttgtcactggaatttaaaagcagagcggagatgtcacatgtt
ccccagccccaggacttccagtttgcgtggtattatggcgaccagaaccccagcgcaaag
gaaagtgcttatatgaaagactgtgatttggaaagaggccctgatgagaaactagatgaa
aatcagcacttcgatttaaagagcgatccccaaagccttccatggaccaggaaaatctat
gagttctacagtgctccaattgtgaagttttggttttatacgatggcatatttggcattc
ctcatgctgttcacttacactgtattggtggaaatgcagccccagcccagcgtgcaagag
tggcttgtgatcatttatatcttcaccaatgccattgagaaagtcagggaggtctgtatt
tcagaacctgggaagtttactcaaaaggtgaaggtatggattagcgagtactggaatgta
atagaaactgtggctatcggcctattttcagttggtttcggccttcggtggggcgaccct
cctttgcacacagcgggaagactaatctactgcatagatatcatattctggttctcacgg
ctcctggacttctttgctgtgaatcaacatgtaggtccatacgtgaccatgattgcaaaa
atgacggcaaacatgttctacattgtgaccctgatggccatagtcctgctaagcttcggg
gtggcgcgcaaggccatcctttcgccaaagcagcttccatcgtggagccttgctcgagac
attgtgtttgagccatactggatgatttacggagaagtctatgctgcagatatagatgtt
tgtgcaagcagtccatcttgccctcctggttcttttcttactccgttcctccaagctgtc
tacctcttcgtgcagtatatcatcatggtgaacctgttgattgcttttttcaataacgtt
tatgtagacatgaagtccatttccaataaactatggaaatacaaccgctatcgctacatc
atgacctaccacaagaagccttggctgccaccccctttcatcctgctgagccacgttggt
ctctttcttcgccgtctctgccatcaccaagctccaaatgaccaagaagagggcgatgtt
ggattaaaactctacctgagtgaggaggatctgaaaagacttcatgattttgaagagcag
tgtgtggaaatatacttccatgagaagatggaaagtctgaattatagctgtgaggaacga
atccgagtgacatcagaaagggtaacagagatgtacttccaaatgaaagaaatgaatgaa
aaagtgtcttttataaaggactctttactgtccttggacagccaagtgggacacctgcag
gacctctctgccctgacagtggataccctaaaattcctttctgctgttgacaccttacaa
gaggatgaggctctcctggccaacagaaagcattctacgtgcagaaaacttccccacagc
tggagcaacatcatctgtgcgggggttccaggcagcatggagatctctggggagaagaaa
taccagtattatagcatgcctccttcgttgctgcggagtctggccagaggccagcatacc
ctgagagtgcagagggagccccttcttgagatcacagacagtcagagagaggtttcaaat
gtaatagatgagcaggaaaagcaagaaatagaaactaccatagttgcttctggggtgtcc
attaacaggcaatctcagcgaaagtatggccagtttctcctggtcccttcttatctaaag
caagttcctttttctgcagaaactgactttcctctgttcagaccatccgtggaagcaggc
acagatgtgctggcagtcaaacaggtcacccagagtgaggtccctgttcgtctgacttgg
cagagccccgcactctcagctcagggctcagtggctgaacctgaggcacagtacgagtca
gtctctcagatcccagccagacaagacaagggcggggagcaagttctacccacttttatt
tgcacatctccaccaatgaaaatgacctccctcccttcccaaggcgagagcacgggaact
ggaggtgggtatgtgaactgggcattttcagaaggtgatgaaactggtgtgtttagcatc
aagaaaaaatggcagacctgcttggcctccacttgtaacagcgactctaaagagagcggc
caaagccagaggcagatccgagccagatccctatctgaaaactcatcaagcttggcccat
agtagtgactgctcagaggtgggaccatggctgcagccaaacacatcctgttggatcaat
cctttccgcagagataggcccttcactcggagtcacagtttgagattccacaaggagaac
aaactgaagatctctaagattaaaaatctttcaagatcctcagagatagggcagtcagca
tggatcaaaacaaaaatgctaatcaaggataagagatcgtcaaagaagaagaagaaaacc
caaggactacaggtgccagtcataaaggtcgacacctgctctcaaaatgaccaactggaa
tcagagccaggagaaaataacatctcagaagaagaggcctatagcaagaactggctcaca
gtgtccaaatttagtcagataaatctagaaccctctatatatcagaaaatgaaaactaaa
gaaatggaacagcatgctatccaagtcagtgattatctcaagcagtctcaagaggatctg
agcaaaaactctttgtggaactccaggagcaccaccctcaataggaactccctgttgaga
agttcaaatggagttgacaaaatctcagcctctttaaaaagccctccagagccttgccat
cattattcagccattgaaaggaacaatttaatgaggctttctcagactataccatttaca
ccaatccaactgtttgcaggagaagaagtaactgtctacaggctggaggagagttcccct
ttgaacctggataagagcatgtcttcttggtcccagcgagggagagctgcaatgatccag
gtgctgtcccgcgaggagatggatggcgggctccgaaaagccatgcgagtcatcagcacc
tggtctgaggatgacgttctcaggccagggcaggttttcattgtgaagtcctttcttcct
gaggttgtgaagtcatggcacaaaatcttccgggagagtactgtgcttcatctttgcctc
agggaaattcaacaacaaagagctgctcaaaaactgatctataccttcaaccacgtgaaa
ccacaaaccattccttacacgccaaggttcctggaagttttcttaatctactgccattca
gtcaaccaatggttgaccattgagaagtacatgacgggagagttccggaagtacaacaac
aacaacggtgatgaaattgcccccagcaacaccttggaggagctgatgttggctttctct
cactggacctatgaatatacccggggagagctgctggttttagatttgcaaggtgttgga
gaaaatttgactgatccatctgttataaaacctgaagacaaacgatcaagaggaatggtg
tttggaccagccaacttaggggaagatgcaattagaaacttcattgcaaaacatcgttgc
aactcctgctgccggaagctcaaactcccggatttaaaaagaaatgactattctcccgga
aggataaattccacttttggacttgatgtcaaaataaaaccagctgaggggcctctagca
agggaaaggggtcgtaattctccggaagacctcacccgactgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (5)   
   Pfam (5)   
All databases (58)   

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