KEGG   Ursus maritimus (polar bear): 103663270
Entry
103663270         CDS       T03271                                 
Symbol
TRPM6
Name
(RefSeq) LOW QUALITY PROTEIN: 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
umr  Ursus maritimus (polar bear)
Pathway
umr04978  Mineral absorption
Brite
KEGG Orthology (KO) [BR:umr00001]
 09150 Organismal Systems
  09154 Digestive system
   04978 Mineral absorption
    103663270 (TRPM6)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:umr01001]
    103663270 (TRPM6)
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:umr04040]
    103663270 (TRPM6)
Enzymes [BR:umr01000]
 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
     103663270 (TRPM6)
Protein kinases [BR:umr01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   103663270 (TRPM6)
Ion channels [BR:umr04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   103663270 (TRPM6)
SSDB
Motif
Pfam: LSDAT_euk Alpha_kinase TRPM_tetra LSDAT_prok Ion_trans
Other DBs
NCBI-GeneID: 103663270
NCBI-ProteinID: XP_040476064
UniProt: A0A8M1F591
Position
Unknown
AA seq 2039 aa
MAVEMASPPLPTTTHDSLLLQVTESQKSWIEGVFNKRECSKIIPSSKDPHRCYCGRLIGD
HHGIDYSWTISAANGNENEQWSVEKHTTKSPTDTFGTINFQDGEHTHHSKYIRTSYDTKL
DHLLHLMLKEWKMELPKLVISVHGGIQNFKMPSKLKEIFSQGLVKAAETTGAWIITEGIN
TGVSKHVGDALKAHSFQSLRKIWTVGIPPWGVIENQRDLIGKDVVCLYQTLGNPLSKLTT
LNSMHSHFILSDDGTVGKYGNEMKLRRNLEKYLSLQKIHSRSRQGVPVVGLVVEGGPNVI
LAVWETVRDKDPVVVCDGTGRAADLLAFTHKHLDEGXVADSSVKEEIICMIQNTFNFSLK
QSKHLFQILMECMVHRDSITIFDADSEESQDLDLAILTALLKGTNLTASEQLNLAMAWDR
MDIAKKHILIYGQHWKAGALEQAMLDALVMDRVDFVKLLIEYGVNLHRFLTIPRLEELYN
TKQGPTNMLLHHLVRDVKQKKEWNGLNMILFQHALLSGYRVTLIDIGLVIEYLIGGAYRS
SYTRKSFRALYNNLYRKHKHRRRPSGNRKESAESTLHSQFIRTAQPYKFKEKSVVLHKSR
KKSKEEQSISDDPESTGFIYPYNDLLVWAVLMKRQKMAMFFWQHGEEATVKAVIAYKLYR
AMAHEAKESNMMDDASEELKNYSKQFGQLALDVLEKAFKQNERMAMKLLTYELKNWSNST
CLKLAASGRLRPFVSHTCTQMLLTDMWTGRLKMRKNSWLKIIISILFPPTILSLEFKSRA
EMSHVPQSQDFQFAWYYGDQNPSTKESTYMKNCDLERGPDEKLDENQHFGQKSDPQSLPW
TRKIYEFYNAPIVKFWFYTMAYLAFLMLFTYTVLVEMQPQPSVQEWLVIIYIFTNAVEKV
REVCISEPGKFTQKVKVWISEYWNVIETVAIGLFSVGFGLRWGDPPLHTAGRLIYCIDII
FWFSRLLDFFAVNQHVGPYVTMIAKMTANMFYIVTLMAIVLLSFGVARKAILSPKQLPSW
SLARDIVFEPYWMIYGEVYAADIDVCESRPSCPPGSFLTPFLQAVYLFVQYIIMVNLLIA
FFNNVYVDMKSISNKLWKYNRYRYIMTYHKKPWLPPPFILLSHVGLLLRRLCHHQAPNDQ
EEGDVGLKLYLSEEDLKRLHDFEEQCVEIYFHEKMESLNYSCEERIRVTSERVTEMYFQM
KEMNEKVSFIKDSLLSLDSQVGHLQDLSALTVDTLKFLSAVDTLQEDEALLANRKHSTCR
KLPHSWSNVICAGVPGSMEISGEKKYQYYSMPPSLLRSLARGQHTLRVQREPLLEITDSQ
REVSNVRDEQEKQETETTIVASGVSINRQAQPKYGQFLLVPSYLQQVPFSAETDFPLFRP
SVEASADVLAVKQVTQSEVPVRLTWQSPTLSAQGSVAEPEAQYESVSQIPARQDKGGEQV
LPTFICTSPPMKMTSLPSQGESTGTGGGYVNWAFSEGDETGVFSIKKKWQTCLASTCNSD
PKESGQSQRQIRARSLSENSSSLAYSSDCSEAGPWLQPNTSFWINPFRRDRPFTRSHSLR
FHKEDKLKISKIKNLSRSSEIGQSAWIKTKMLIKDKRSSKKKKKTQGLQVPVIKVDTCSQ
NDQLDSEPGENNISEEEAYSKNWLTVSKFSQINLEPSLYQKMKTKEMEQHAIQVSDYLKQ
PQEDLSKNSLWNSRSTTLKRNSLLRSSNGVDKISASLKSPPEPCHHYSAIERNNLMRLSQ
TIPFTPIQLFAGEEVTVYRLEESSPLNLDKSMSSWSQRGRAAMIQVLSREEMDGGLRKAM
RVISTWSEDDVLRPGQVFIVKSFLPEVVKSWHKIFRESTVLHLCLREIQQQRAAQKLIYT
FNQVKPQTIPYTPRFLEVFLIYCHSANQWLTIEKYMTGEFRKYNNNNGDEIAPSNTLEEL
MLAFSHWTYEYTRGELLVLDLQGVGENLTDPSVIKPEDKRSRGMVFGPANLGEDAIRNFI
AKHRCNSCCRKLKLPDLKRNDYSPGRINSTFGLDVKIEPAEGPLARERGRNSPEDLTRL
NT seq 6120 nt   +upstreamnt  +downstreamnt
atggctgtagaaatggcatcacctccactgccaaccactacccatgacagtttgctgctc
caagtgacagagtcccagaaatcctggattgaaggagtgttcaacaagagagaatgtagc
aaaatcatacctagctcaaaagaccctcacaggtgttactgtgggcgactgattggagac
catcatgggatagattattcctggaccatctcagctgccaacggtaatgaaaatgaacaa
tggtctgttgaaaagcacacgacgaaaagccctacagatacgtttggcactattaatttt
caagatggagagcacacccaccactccaagtatattaggacttcttatgacacaaagttg
gatcatctgttacatttaatgttgaaagagtggaagatggaactgccaaagctggtgatc
tctgtccacgggggcatccagaacttcaagatgccctccaaacttaaagagatcttcagc
caaggtttggtcaaagctgcagagacaacaggagcgtggataataacggaaggcattaat
actggcgtgtccaaacatgttggggatgccctgaaagcccattccttccagtccttgaga
aaaatctggaccgttggaatccctccttggggcgtcattgaaaaccagagagatcttatt
ggaaaagatgtggtgtgcctgtaccagaccctgggtaaccccctcagcaagctcaccaca
ctcaacagcatgcattcccactttatcttgtccgacgatgggactgtgggcaagtatgga
aatgagatgaagctcaggaggaacctggaaaagtacctctctctgcagaaaatacacagc
cgttcaagacaaggcgtgcccgtggtggggctggtggtggaaggaggtcccaacgtcatc
cttgccgtgtgggagactgtgagggacaaagatccagtggtggtgtgtgatggcacgggc
agggctgctgaccttctggccttcacccacaaacacttagatgaagggtgagttgctgac
tcctcagtgaaggaggagatcatctgcatgattcagaacactttcaactttagtcttaaa
cagtccaagcacctttttcaaattctaatggagtgtatggtacacagggattctattacc
atattcgatgctgattccgaggagtcgcaagaccttgatttagcaatcctaacagctctg
ctcaagggcacgaatttaacagcatcagaacaattaaatctggcaatggcttgggacaga
atggacattgccaagaaacacatcctaatttatggacaacattggaaggctggtgcactg
gaacaagcaatgttagatgctttagtgatggatcgagtggattttgtgaagctcttaata
gaatatggagtgaacctccatcgctttcttaccatcccccgactggaggagctctataac
actaaacaaggacctactaatatgctcttgcatcatcttgtccgagatgtaaaacagaaa
aaggagtggaatgggttaaatatgattttgtttcagcatgcccttctctcaggctacaga
gtaacactgatcgacatcggattggtaatcgaatacctcattggtggagcgtatcgcagc
agctacactagaaaaagtttccgagccctttacaacaacctctacagaaaacataagcac
cgaagacgcccctcaggaaatagaaaggaatctgcagaaagcacactgcattcccagttc
attagaactgcccagccttacaaattcaaggaaaagtctgtagtccttcataaatcaagg
aagaagtcaaaagaagaacaaagtatatccgatgacccggagtctactggctttatttac
ccttacaatgacctgctggtttgggctgtgctaatgaaaagacagaagatggccatgttc
ttctggcagcatggagaggaggccacggtcaaggcagtgattgcctataaactctaccga
gccatggcccatgaggcaaaggagagcaacatgatggatgatgcctcagaagagctgaaa
aattactcaaaacagttcggccagcttgccctggatgtgctggagaaggcattcaagcag
aatgaaagaatggccatgaaactgttgacctatgaactcaagaactggagcaattctacc
tgtctgaaactggccgcgtctggaagattgcggcccttcgtttcacatacttgcacccaa
atgctactgacagacatgtggactgggcgcctgaaaatgaggaagaactcttggttaaag
atcatcataagtattctttttccacccaccattttgtcactggaatttaaaagccgagcg
gagatgtcacatgttccccagtcccaggacttccagtttgcatggtattatggcgaccag
aaccccagcacaaaggaaagtacttatatgaaaaactgtgacttggaaagaggccccgat
gagaaactagatgaaaatcagcacttcggtcaaaagagcgatccccaaagccttccatgg
accaggaaaatctatgagttctacaatgctccaattgtcaagttttggttttatacgatg
gcatacttggcattcctcatgctgttcacttacactgtgttggtggaaatgcagccccag
cccagcgtgcaagagtggcttgtgatcatttatatcttcaccaatgccgttgagaaagtc
agggaggtctgtatttcagaacctggaaagtttactcaaaaggtgaaggtatggattagc
gagtactggaatgtaatagaaactgtggctatcggcctattttcagttggtttcggcctt
cggtggggcgaccctcctttgcacacagcgggaagactaatctactgcatagacatcata
ttctggttctcacggctcctggacttcttcgctgtgaatcaacacgtaggtccgtatgtg
accatgattgcaaaaatgacggcaaacatgttctacattgtgaccctgatggccatagtc
ctgctaagcttcggggtggcgcgcaaggccatcctttcaccaaagcagcttccatcgtgg
agccttgctcgagacattgtgtttgagccatactggatgatttatggagaagtctatgct
gcagatatagatgtttgtgaaagccgtccgtcttgccctcctggttcttttcttactccg
ttcctccaagctgtctacctcttcgtgcagtatatcatcatggtgaacctgttgattgct
tttttcaataacgtttacgtcgacatgaagtccatttccaataaactatggaaatacaac
cgctatcgctacatcatgacctaccacaagaagccttggctgcccccccctttcatcctg
ctgagccacgttggtctccttcttcgccgtctctgccatcaccaagctccaaatgaccaa
gaagagggcgatgttggattaaaactctacctgagtgaggaggatctgaaaagacttcat
gatttcgaagagcagtgtgtggaaatatacttccatgagaagatggaaagtctgaattat
agctgtgaggaacgaatccgagtgacatcagaaagggttacagagatgtacttccaaatg
aaagaaatgaatgaaaaagtgtcttttataaaggactctttactgtccttggacagccaa
gtgggacacctgcaggacctctctgccctgacagtggataccctcaaattcctttctgct
gttgacaccttacaagaggatgaggctctcctggccaacagaaagcattctacgtgcaga
aaacttccccacagctggagcaatgtcatctgtgcgggggttccaggcagcatggagatc
tctggggagaagaaataccagtattatagcatgcctccttcattgctgcggagcctggcc
agaggccagcataccctgagagtgcagagggagccccttcttgagatcacagacagtcag
agagaggtttcaaatgtaagagatgagcaggaaaagcaagaaacagaaactaccatagtt
gcttctggggtgtccattaacaggcaagctcagccaaagtatggccagtttctcctggtc
ccttcttatctacagcaagttcctttttctgcagaaactgactttcctctgttcagacca
tccgtggaagcaagcgcagatgtgctggcagtcaaacaggtcacccagagtgaggtccct
gttcgtctgacttggcagagccccacactctcagctcagggctcagtggctgaacccgag
gcacagtacgagtcagtctctcagataccagccagacaagacaagggcggggagcaagtt
ctacccacttttatttgcacatctccaccaatgaaaatgacctccctcccttcccaaggc
gagagcacgggaactggaggtgggtatgtgaactgggcattttcagaaggtgatgaaact
ggtgtgtttagcatcaagaaaaaatggcagacctgcttggcctccacttgtaacagcgac
cctaaagagagtggccaaagccagaggcagatccgagccagatccctatctgaaaactca
tcaagcttggcctatagtagtgactgctcagaggcgggaccatggctgcagccaaacaca
tccttttggatcaatcctttccgcagagataggcccttcactcggagtcatagtttgaga
ttccacaaggaggacaaactgaagatctctaagattaaaaatctttcaagatcctcagag
atagggcagtcagcatggatcaaaacaaaaatgctaatcaaggataagagatcgtcaaag
aaaaagaagaaaactcaaggactacaggtgccagtcataaaggtcgacacctgctctcaa
aatgaccaactggattcagagccaggagaaaataacatctcagaagaagaggcctatagc
aagaactggctcacagtgtccaaatttagtcagataaatctagaaccctctctgtatcag
aaaatgaaaactaaagaaatggaacagcatgctatccaagtcagtgattatctcaagcag
cctcaagaggatctgagcaaaaactctttgtggaactccaggagcaccaccctcaagagg
aactccctgttgagaagttcaaatggagttgacaaaatctcagcctccttaaaaagccct
ccagagccttgccatcattattcagccattgaaaggaacaatttaatgaggctttctcag
actataccatttacaccaatccaactgtttgcaggagaagaagtaactgtctacaggctg
gaggagagttcccctttgaacctggataagagcatgtcttcttggtcccaacgagggaga
gctgcaatgatccaggtgctgtcccgcgaggagatggatggcgggctccgaaaagccatg
cgagtcatcagcacctggtctgaggatgacgttctcaggccagggcaggttttcattgtg
aagtcctttcttcctgaggttgtgaagtcgtggcacaaaatcttccgggagagtactgtg
cttcatctttgccttagggaaattcaacaacaaagagctgctcaaaagctgatctatacc
ttcaaccaagtgaaaccacaaaccattccttacacgccaaggttcctggaagttttctta
atctactgccattcagccaaccaatggttgaccattgagaagtacatgacgggagagttc
cggaagtacaacaacaacaacggcgatgaaattgcccccagcaacaccttggaggagctg
atgttggctttctctcactggacctatgagtatacccggggagagctgctggttttagat
ttgcaaggtgttggagaaaatttgactgatccatctgttataaaacctgaagacaaacga
tcaagaggaatggtgtttggaccagccaatttaggggaagatgcaattagaaacttcatt
gcaaaacatcgttgcaactcctgctgccggaagctcaaactcccggatttaaaaagaaat
gactattctcccggaaggataaattccacttttggacttgatgtcaaaatagaaccagct
gaggggcctctagcaagggaaaggggtcgtaattctccggaagacctcacccgactgtaa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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