KEGG   Homo sapiens (human): 140803
Entry
140803            CDS       T01001                                 
Symbol
TRPM6, CHAK2, HMGX, HOMG, HOMG1, HSH
Name
(RefSeq) transient receptor potential cation channel subfamily M member 6
  KO
K04981  transient receptor potential cation channel subfamily M member 6 [EC:2.7.11.1]
Organism
hsa  Homo sapiens (human)
Pathway
hsa04978  Mineral absorption
Disease
H01210  Hypomagnesemia
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09150 Organismal Systems
  09154 Digestive system
   04978 Mineral absorption
    140803 (TRPM6)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:hsa01001]
    140803 (TRPM6)
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:hsa04040]
    140803 (TRPM6)
Enzymes [BR:hsa01000]
 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
     140803 (TRPM6)
Protein kinases [BR:hsa01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   140803 (TRPM6)
Ion channels [BR:hsa04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   140803 (TRPM6)
SSDB
Motif
Pfam: LSDAT_euk Alpha_kinase TRPM_tetra LSDAT_prok Ion_trans
Other DBs
NCBI-GeneID: 140803
NCBI-ProteinID: NP_060132
OMIM: 607009
HGNC: 17995
Ensembl: ENSG00000119121
UniProt: Q9BX84
Position
9:complement(74722495..74887921)
AA seq 2022 aa
MKEQPVLERLQSQKSWIKGVFDKRECSTIIPSSKNPHRCTPVCQVCQNLIRCYCGRLIGD
HAGIDYSWTISAAKGKESEQWSVEKHTTKSPTDTFGTINFQDGEHTHHAKYIRTSYDTKL
DHLLHLMLKEWKMELPKLVISVHGGIQNFTMPSKFKEIFSQGLVKAAETTGAWIITEGIN
TGVSKHVGDALKSHSSHSLRKIWTVGIPPWGVIENQRDLIGKDVVCLYQTLDNPLSKLTT
LNSMHSHFILSDDGTVGKYGNEMKLRRNLEKYLSLQKIHCRSRQGVPVVGLVVEGGPNVI
LSVWETVKDKDPVVVCEGTGRAADLLAFTHKHLADEGMLRPQVKEEIICMIQNTFNFSLK
QSKHLFQILMECMVHRDCITIFDADSEEQQDLDLAILTALLKGTNLSASEQLNLAMAWDR
VDIAKKHILIYEQHWKPDALEQAMSDALVMDRVDFVKLLIEYGVNLHRFLTIPRLEELYN
TKQGPTNTLLHHLVQDVKQHTLLSGYRITLIDIGLVVEYLIGRAYRSNYTRKHFRALYNN
LYRKYKHQRHSSGNRNESAESTLHSQFIRTAQPYKFKEKSIVLHKSRKKSKEQNVSDDPE
STGFLYPYNDLLVWAVLMKRQKMAMFFWQHGEEATVKAVIACILYRAMAHEAKESHMVDD
ASEELKNYSKQFGQLALDLLEKAFKQNERMAMTLLTYELRNWSNSTCLKLAVSGGLRPFV
SHTCTQMLLTDMWMGRLKMRKNSWLKIIISIILPPTILTLEFKSKAEMSHVPQSQDFQFM
WYYSDQNASSSKESASVKEYDLERGHDEKLDENQHFGLESGHQHLPWTRKVYEFYSAPIV
KFWFYTMAYLAFLMLFTYTVLVEMQPQPSVQEWLVSIYIFTNAIEVVREICISEPGKFTQ
KVKVWISEYWNLTETVAIGLFSAGFVLRWGDPPFHTAGRLIYCIDIIFWFSRLLDFFAVN
QHAGPYVTMIAKMTANMFYIVIIMAIVLLSFGVARKAILSPKEPPSWSLARDIVFEPYWM
IYGEVYAGEIDVCSSQPSCPPGSFLTPFLQAVYLFVQYIIMVNLLIAFFNNVYLDMESIS
NNLWKYNRYRYIMTYHEKPWLPPPLILLSHVGLLLRRLCCHRAPHDQEEGDVGLKLYLSK
EDLKKLHDFEEQCVEKYFHEKMEDVNCSCEERIRVTSERVTEMYFQLKEMNEKVSFIKDS
LLSLDSQVGHLQDLSALTVDTLKVLSAVDTLQEDEALLAKRKHSTCKKLPHSWSNVICAE
VLGSMEIAGEKKYQYYSMPSSLLRSLAGGRHPPRVQRGALLEITNSKREATNVRNDQERQ
ETQSSIVVSGVSPNRQAHSKYGQFLLVPSNLKRVPFSAETVLPLSRPSVPDVLATEQDIQ
TEVLVHLTGQTPVVSDWASVDEPKEKHEPIAHLLDGQDKAEQVLPTLSCTPEPMTMSSPL
SQAKIMQTGGGYVNWAFSEGDETGVFSIKKKWQTCLPSTCDSDSSRSEQHQKQAQDSSLS
DNSTRSAQSSECSEVGPWLQPNTSFWINPLRRYRPFARSHSFRFHKEEKLMKICKIKNLS
GSSEIGQGAWVKAKMLTKDRRLSKKKKNTQGLQVPIITVNACSQSDQLNPEPGENSISEE
EYSKNWFTVSKFSHTGVEPYIHQKMKTKEIGQCAIQISDYLKQSQEDLSKNSLWNSRSTN
LNRNSLLKSSIGVDKISASLKSPQEPHHHYSAIERNNLMRLSQTIPFTPVQLFAGEEITV
YRLEESSPLNLDKSMSSWSQRGRAAMIQVLSREEMDGGLRKAMRVVSTWSEDDILKPGQV
FIVKSFLPEVVRTWHKIFQESTVLHLCLREIQQQRAAQKLIYTFNQVKPQTIPYTPRFLE
VFLIYCHSANQWLTIEKYMTGEFRKYNNNNGDEITPTNTLEELMLAFSHWTYEYTRGELL
VLDLQGVGENLTDPSVIKPEVKQSRGMVFGPANLGEDAIRNFIAKHHCNSCCRKLKLPDL
KRNDYSPERINSTFGLEIKIESAEEPPARETGRNSPEDDMQL
NT seq 6069 nt   +upstreamnt  +downstreamnt
atgaaagaacaacctgtcttggagcgcttgcagtcccagaaatcctggattaaaggagta
tttgacaagagagaatgtagcacaatcatacccagctcaaaaaatcctcacagatgtact
ccagtatgccaagtctgccagaatttaatcaggtgttactgtggccgactgattggagac
catgctgggatagattattcctggaccatctcagctgccaagggtaaagaaagtgaacaa
tggtctgttgaaaagcacacaacgaaaagcccaacagatacttttggcacgattaatttc
caagatggagagcacacccatcatgccaagtatattagaacttcttatgatacaaaactg
gatcatctgttacatttaatgttgaaagagtggaaaatggaactgcccaagcttgtgatc
tcagtccatgggggcatccagaactttactatgccctctaaatttaaagagattttcagc
caaggtttggttaaagctgcagagacaacaggagcgtggataataactgaaggcatcaat
acaggagtgtccaagcatgttggggatgccttgaaatcccattcctctcattccttgaga
aaaatctggacagttggaatccctccttggggtgtcattgagaaccagagagaccttatt
ggaaaagatgtggtgtgcctgtaccagactctggataaccccctcagcaagctcacaaca
ctcaacagcatgcactcgcacttcatcctgtctgatgatgggaccgtgggcaagtatgga
aatgaaatgaagctcagaaggaacctggagaagtacctctctctgcagaaaatacactgc
cgctcaagacaaggcgtgccggtcgtggggctggtggtggaaggcggtcccaacgtcatc
ctgtcagtgtgggagactgtcaaggacaaggacccagtggtggtgtgtgagggcacaggt
agggcggctgacctcctggccttcacacacaaacacctggcagatgaagggatgctgcga
cctcaggtgaaagaggagatcatctgcatgattcagaacactttcaactttagtcttaaa
cagtccaagcaccttttccaaattctaatggagtgtatggttcacagggattgtattacc
atatttgatgctgactctgaagagcagcaagacctggacttagcaatcctaacagctttg
ctgaagggcacaaatttatcagcgtcagagcaattaaatctggcaatggcttgggacagg
gtggacattgccaagaaacatatcctaatttatgaacaacactggaagcctgatgccctg
gaacaagcaatgtcagatgctttagtgatggatcgggtggattttgtgaagctcttaata
gaatatggagtgaacctccatcgctttcttaccatccctcgactggaagagctctacaat
acaaaacaaggacctactaatacactcttgcatcatctcgtccaagatgtgaaacagcat
acccttctttcaggctaccgaataaccttgattgacattggattagtagtagaatacctc
attggtagagcatatcgcagcaactacactagaaaacatttcagagccctctacaacaac
ctctacagaaaatacaagcaccagagacactcctcaggaaatagaaatgagtctgcagaa
agtacgctgcactcccagttcattagaactgcacagccatacaaattcaaggaaaagtct
atagtccttcataaatcaaggaagaagtcaaaagaacaaaatgtatcagatgaccctgag
tctactggctttctttacccttacaatgacctgctggtttgggctgtgctgatgaaaagg
cagaagatggctatgttcttctggcagcatggagaggaggccacggttaaagccgtgatt
gcgtgtatcctctaccgggcaatggcccatgaagctaaggagagtcacatggtggatgat
gcctcagaagagttgaagaattactcaaaacagtttggccagctggctctggacttgttg
gagaaggcattcaagcagaatgagcgcatggccatgacgctgttgacgtatgaactcagg
aactggagcaattcgacctgccttaaactggccgtgtcgggaggattacgaccctttgtt
tcacatacttgtacccagatgctactgacagacatgtggatggggaggctgaaaatgagg
aaaaactcttggttaaagattattataagcattattttaccacccaccattttgacactg
gaatttaaaagcaaagctgagatgtcacatgttccccagtcccaggacttccaatttatg
tggtattacagtgaccagaacgccagcagttccaaagaaagtgcttctgtgaaagagtat
gatttggaaaggggccatgatgagaaactggatgaaaatcagcattttggtttggaaagt
gggcaccaacaccttccgtggaccaggaaagtctatgagttctacagtgctccaattgtc
aagttttggttttatacgatggcgtatttggcattcctcatgctgttcacttacaccgtg
ttggtggagatgcagccccagcccagcgtgcaggagtggcttgttagcatttacatcttc
accaatgctattgaggtggtcagggagatctgtatttcagaacctgggaagtttacccaa
aaggtgaaggtatggattagtgagtactggaacttaacagaaactgtggccattggcctg
ttttcagctggcttcgtccttcgatggggtgaccctccttttcacacagcgggaagactg
atctactgcatagacatcatattctggttctcacggctcctggacttctttgctgtgaat
caacatgcaggtccatatgtgaccatgattgcaaaaatgacagcaaacatgttctatatt
gtgatcatcatggccatagtcctgctgagctttggagtggcacgcaaggccatcctttcg
ccaaaagagccaccatcttggagtctagctcgagatattgtatttgagccatactggatg
atatacggagaagtctatgctggagaaatagatgtttgttcaagccagccatcctgccct
cctggttcttttcttactccattcttgcaagctgtctacctcttcgtgcaatatatcatc
atggtgaacctgttgattgctttcttcaacaacgtttacttagatatggaatccatttca
aataacctgtggaaatacaaccgctatcgctacatcatgacctaccacgagaagccctgg
ctgcccccacctctcatcctgctgagccacgtgggccttctcctccgccgcctgtgctgt
catcgagctcctcacgaccaagaagagggtgacgttggattaaaactctacctcagtaag
gaggatctgaaaaaacttcatgattttgaggagcagtgcgtggaaaaatacttccatgag
aagatggaagatgtgaattgtagttgtgaggaacgaatccgagtgacatcagaaagggtt
acagagatgtacttccagctgaaagaaatgaatgaaaaggtgtcttttataaaggactcc
ttactgtctttggacagccaggtgggacacctgcaggatctctctgccctgactgtggat
accctgaaagtcctttctgctgttgacactttgcaagaggatgaggctctcctggccaag
agaaagcattctacttgcaaaaaacttccccacagctggagcaatgtcatctgtgcagag
gttctaggcagcatggagatcgctggagagaagaaataccagtattatagcatgccctct
tctttgctgaggagcctggctggaggccggcatcccccaagagtgcagaggggggcactt
cttgagattacaaacagtaaaagagaggctacaaatgtaagaaatgaccaggaaaggcaa
gaaacacaaagtagtatagtggtttctggggtgtctcctaacaggcaagcacactcaaag
tatggccagtttcttctggtcccctctaatctaaagcgagttcctttttcagcagaaact
gtcttgcctctgtccagaccctctgtgccagatgtgctggcaactgaacaggacatccag
actgaggttcttgttcatctgactgggcagaccccagttgtctctgactgggcatcagtg
gatgaacccaaggaaaagcacgagcctattgctcacttactggatggacaagacaaggca
gagcaagtgctacccactttgagttgcacacctgaacccatgacaatgagctcccctctt
tcccaagccaagatcatgcaaactggaggtggatatgtaaactgggcattttcagaaggt
gatgaaactggtgtgtttagcatcaagaaaaagtggcaaacctgcttgccctccacttgt
gacagtgattcctctcggagtgaacagcaccagaagcaggcccaggacagctccctatct
gataactcaacaagatcggcccagagtagtgaatgctcagaggtgggaccatggcttcag
ccaaacacatccttttggatcaatcctctccgcagatacaggcccttcgctaggagtcat
agttttagattccataaggaggagaaattgatgaagatctgtaagattaaaaatctttca
ggctcttcagaaatagggcagggagcatgggtcaaagcgaaaatgctaaccaaagacagg
agactgtcaaagaaaaagaagaatactcaaggactccaggtgccaatcataacagtcaat
gcctgctctcagagtgaccagttgaatccagagccaggagaaaacagcatctctgaagag
gagtacagcaagaactggttcacagtgtccaaatttagtcacacaggtgtagaaccttac
atacatcagaaaatgaaaactaaagaaattggacaatgtgctatacaaatcagtgattac
ctaaagcagtctcaagaggatctcagcaaaaactctttgtggaattccaggagcaccaac
ctcaataggaactccctgctgaaaagttcaattggagttgacaagatctcagcctcctta
aaaagccctcaagagcctcaccatcattattcagccattgaaaggaataatttaatgagg
ctttctcagaccataccatttacaccagtccaactgtttgcaggagaagaaataactgtc
tacaggttggaggagagttcccctttaaaccttgataaaagcatgtcctcttggtctcag
cgtgggagagcggcaatgatccaggtattgtcccgagaggagatggatgggggcctccgt
aaagctatgagagtcgtcagcacttggtctgaggatgacattctcaagccgggacaagtt
ttcattgtcaagtcctttcttcctgaggttgtgcggacatggcataaaatcttccaggag
agcactgtgcttcatctttgcctcagggaaattcaacaacaaagagctgctcaaaaattg
atctataccttcaaccaagtgaaaccacaaaccataccctacacaccaaggttcctggaa
gttttcttaatctactgccattcagccaaccagtggttgaccattgagaagtatatgaca
ggggagttccggaagtataacaacaacaatggtgatgaaatcacccccaccaacaccctg
gaggagctgatgttggctttctctcactggacctatgagtacactcggggagagctgctg
gttttagatttgcaaggtgttggagaaaatttgacagatccatctgttataaaacctgaa
gtcaaacaatcaagaggaatggtgtttggaccggccaatttgggggaagatgcaattaga
aacttcattgcaaaacatcattgtaactcctgctgccggaagctcaaactcccggattta
aaaagaaatgactattcccctgaaaggataaattccacctttggacttgagataaaaata
gaatcagctgaggagcctccagcaagggagacgggtagaaattccccagaagatgatatg
caactataa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (29)   
   RefSeq(nuc) (3)   
   GenBank (13)   
   EMBL (13)   
Protein domain (5)   
   Pfam (5)   
All databases (84)   

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