KEGG   Cavenderia fasciculata (cellular slime mold): DFA_05869
Entry
DFA_05869         CDS       T02668                                 
Symbol
kcnma1
Name
(RefSeq) calcium-activated BK potassium channel
  KO
K04936  potassium large conductance calcium-activated channel subfamily M alpha member 1
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
Brite
KEGG Orthology (KO) [BR:dfa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:dfa04040]
    DFA_05869 (kcnma1)
Ion channels [BR:dfa04040]
 Voltage-gated cation channels
  Potassium channel, calcium- and sodium-activated (KCa/KNa)
   DFA_05869 (kcnma1)
SSDB
Motif
Pfam: Ank_2 BK_channel_a Ank Ank_4 Ank_3 Ank_5 TIG Ion_trans_2 Ion_trans TrkA_N Castor_Poll_mid CRA Lig_chan
Other DBs
NCBI-GeneID: 14875207
NCBI-ProteinID: XP_004361586
UniProt: F4PN45
Position
Unknown
AA seq 2269 aa
MVVVNNNNNNSEESNNNNTNNNNNNNNNNTNDNNNNNDNRNETDNRTIRFNEENNHLINQ
SSNNLVFNQNNNNNILNQSRNNVANSRNNVKSPLFSTSSSMNLSSAGSSPIGGTQGATSA
VLGCSKMALLPVDERMARCEHLLREDNDDDDQLGLSPTGHHHTSSGLFSTLNHQHHEESN
LTSSPINSFDSESDSDIKNHVGGHKTSNGGGHHLSGGVEMKTIKESQHNNNKDEEDKDSS
DEEDDEENDSDIELEDQLDAEYLQNEENQQMERLARLRKYHHIYKEADFWLEHINILLSV
VSVGLFIAMSYVDVDGKTWYDLNFIIFGLSLYFVFDFVRLLVFSGDRIHFLTKRETLIDV
VSLLPIFVTLLPNTIVNVIPLAFLRVLRILKAPRLFKLYGANTVTQKTAQLILSILIVIL
LFASMFTSVEGVPFHTSLYFAVVTLSTVGYGDVTPQSILGRMLTITMIILTLVYLPLMTS
ELLHNLSNNRPWHRSYKTKKDFVAIAGNISEKSLTLFSKEYFFNSRIAKQTPLVVFCPDE
PPSYINQLKAKLKISKYLIYIKGSCGVQDDIHRSNIKNSLGLFLFSRQSIHGAKEEDEDN
LLRVMALRSFAPKIPIYVQMMTPRYKQKFLDAGASQVINIQELKFSILAQSCLSPGFSTL
IMNLLRSDGNKKEIDGYGAGKMYEIFTCRFSSAFEGMTFKEAAKLIFEKLGMIVFGVEMV
VQKKPKIKLIPTRDYLIKETDSAILLAKNKVASRRVRICTKEFLQQPSSLYQQQQQQSQS
QDEHDQPASSQNFNMDTKVIWTYEPITKRYICQLKLTPRKQSEFNTKKHRKTLHKLIIEK
KKELNHDMSVLQTIHQTEVSNTMPLSQLFPREWEESNSNNSNNSNNSSAASSTSPLYHHH
QRQPSNDLQSTNSTIKHDFSFYDIINQESNTSSANSSGIVGDSGENTVRSDIHSTMTIPE
PPPPPPPTNLNSKTMIKPKRFWAIHSLVDQLLSSVEDMHNINNHIILAGNPTNVEFFIRP
LREDYLRRYDPIVLLTPTPIKEEDWAKICRYPDVYVVIGRPSSVTDVKRAGISKCSKFVV
LKGEVAAQESIITDKEILVTVLGIKPLIQNNLIYPIFELIDPANMRFFVGNGNWNQNDPY
YTAPSFASGSVFLSETFDCLLGQCYLNRHILTLVELLVSKASYNNNNSNNNDTAGSRTKI
FQVEVPEMFVNQRFGYLFECLVDCNIFCLGLYRYDEKSSNHYNAIIINYNKSEKKKDLCV
SPASDTSPLLTIPTFLVFNNTTTTTDNNNLIMEESNKQELLKFLNIFQHLGMTHLKTLNG
FLQRPISSLLTSSIANTASIPLFEAGAIDGDEARSNRKTVYNLMQTLDKANEDQVDTMVN
LVTKQLRQQLDQSDLQSAVQLATQLSIPLEYIEAIGKLYQSFLCFESVSVHLTEDHLSKI
TDALVSVFPLSPLEDPQTSQTLMGQSNTNVVANSPESQLKIQNYITILQKLQQLFTTTRI
DSIMHLHQEINNGHIQQQLQLQQGTSYHQYLHQQICETLDLKNDEYYLATALHSLLHIDE
SSLISLIDSFPKLKSLQLAQLAHLPFKNVYEVLDMRSNLCSLTSTYGYFANQQQNSSPNY
TFPIIDPTKSVQIKIVEQPPEKAVYKRNVKPAPSVMFDGDSKLLDGNYYVACTLLRCNTF
QEEPGFLIGNKTTPFGSSKVVTFKKLKVLVTSHQQGETLFCFRFDLRRYRSDYDTNPNDF
EVVSSIHSNPICLLSHSTQLKHTANVDLPQVVEAIPLSGTSSGGTRVAVLGSNFADTPAT
RIKFDNAEVVPTFHSQGTLLCYTPEHAPGTVQVRVSNSPKHWSNNSAVYTYEDERTIALR
NAREETQMNVPKSSLGIDFMSTFTSSFIIKGSDSNMTNLPSGGGAMRTNYPSSGGNRYNL
HATDARGFALLHYLSVFAESDQKYAEMFVQVLQESSTCGLLHVLDKFGNTALHWATIFEC
VAVVRALLAKGVSSNVQNLDGITPLHLAVAAGNIDIAKMMLSTGANVTLGDIDGSSALHF
AATARCNSRELTALLLSCGANLYARDDEDETSLHHAVRNGSGEVVALLLQAAHYCESIAA
KTASVSSYPYQLVLQDEPFHSLQNEDGETPLHIAAATNNIVAMELLLRSGARSDIMDNDG
QTALHLHIESIKRQENNNNTSPINNQDNQIILNLFIQKNNFNQPQPMMETNNTKETIYYN
PTNQVSKQIYKYLKQQQDNIQEFSKQNQSRIDQQQYQTVNNLFQQQSIF
NT seq 6810 nt   +upstreamnt  +downstreamnt
atggttgttgttaacaacaataataacaacagtgaagaatcaaataataacaataccaac
aacaacaacaacaacaacaacaacaatactaatgacaataataataataatgacaataga
aatgaaacagataataggacaataagatttaatgaagagaataatcatttaattaatcaa
agtagtaataatctagtctttaatcaaaacaataataataatatattaaatcaatcaagg
aataatgtagccaactctagaaataatgtaaagtcaccactcttttcaacatcgtctagt
atgaacttgtcgtctgcaggtagttctccgatcggaggaacacagggagcaacatctgct
gtattgggatgttcaaagatggcattgctgcctgtagacgaacgaatggcaagatgcgaa
cacttactacgagaggataatgacgacgacgatcagttgggtcttagtccgaccggtcat
catcacaccagcagtggtttattctccacactcaaccatcagcatcatgaagagtctaat
ctaacctcttcaccaataaatagctttgattctgaaagtgacagtgacattaaaaatcac
gtcggcggtcacaaaacaagcaacggtggtggccaccatctaagtggcggagtggaaatg
aaaacaattaaagaaagtcaacacaacaacaacaaagatgaagaagacaaagactcatca
gatgaagaagatgatgaagaaaatgactctgatattgaattggaggatcaattggatgca
gagtatctgcaaaatgaagagaatcaacaaatggagagactggcgcgtctacgtaaatac
catcatatctacaaggaagccgatttttggttggaacatatcaatattctattgtcggtt
gtatcggttggtttattcattgccatgtcctatgtcgatgttgatggtaaaacttggtac
gaccttaatttcatcatctttggtctttcactttattttgtttttgattttgttagatta
ttagttttctctggtgatagaattcatttcctaacaaaaagagaaactttaattgatgta
gtttcattattacctattttcgttactcttttacccaatacaatagtcaatgttattcct
cttgcttttcttcgtgtacttcgtattttaaaagctcctcgtttatttaaattatatggt
gctaatactgttacacaaaaaactgcacaattgattctatcaattttaattgttatttta
ttatttgcatcaatgtttacatctgtcgaaggtgtaccattccatacatcactttatttt
gccgttgttacattgtcaacagttggatatggtgatgtgacacctcaatctattcttggt
cgtatgctcaccattacaatgattatcttgactttggtctatctccctcttatgacttct
gaattacttcataatttatcaaataataggccatggcatagaagttataaaactaaaaag
gattttgttgcaattgcaggaaatatatctgaaaaatcattaaccttattctctaaagaa
tacttttttaattcaagaatagcaaaacaaactccattggttgtattttgtccagatgaa
ccaccatcctatataaatcaattaaaagcaaagttaaagatatcaaaatatttaatttat
attaagggcagttgtggagtacaagatgacattcatagatcaaatattaaaaattcactt
ggtctatttttgttttcaagacaatcgattcatggtgccaaagaggaagatgaagataat
ttactgcgtgtcatggcacttcgatcatttgcaccaaaaataccaatctatgttcaaatg
atgacaccaagatataaacaaaagtttttagatgctggtgcctcccaagttattaatatt
caagaattaaaatttagtatattagcacaatcatgtttatcaccaggatttagtacattg
ataatgaatttattaagatcagatggaaacaaaaaagaaattgatggatatggagctgga
aagatgtatgaaatatttacatgtagattttcaagtgcatttgaaggaatgacatttaaa
gaggcggccaagttaatttttgaaaaacttggtatgattgtatttggtgtagaaatggtg
gttcaaaagaaacccaagattaaattgatcccaactagagactatttaatcaaggaaaca
gactctgctatcctattggcaaagaacaaagttgcaagtagaagagttagaatttgtaca
aaagaatttttacaacaaccttcatctctttatcaacaacaacaacaacaaagtcaaagt
caagatgaacatgatcaacctgctagtagtcaaaattttaatatggacacaaaagtaatt
tggacatatgaaccaattacaaaaagatatatatgtcaattaaagttgacaccaagaaaa
caaagtgaatttaatactaaaaagcatagaaagacgttacacaaactaatcatcgaaaag
aaaaaggaactgaatcatgacatgtcggttcttcaaaccattcatcaaactgaagtgagc
aatacaatgccactctctcaacttttcccaagagaatgggaagagtcaaatagtaacaat
agtaataatagcaacaatagttcagctgcttcttcaacatctccactttatcatcatcat
caaagacaaccatccaacgatttacaatcaaccaattcaactataaaacatgattttagt
ttttatgatattattaatcaagaatcaaatactagtagtgctaatagtagtggaatagta
ggtgattctggtgagaataccgttagatctgatattcattcaaccatgactattccagaa
ccaccaccaccacctccaccaaccaacctaaattcaaaaacaatgattaaacccaaaaga
ttttgggcaattcattctctagtagatcaattattatcatctgttgaagatatgcataat
atcaacaatcatatcattttggctggtaatccaaccaatgtagaattctttatacgtcca
cttcgagaagactatcttcgtagatatgacccaatcgtacttttaacaccaacaccaatc
aaagaagaagattgggctaaaatatgtcggtatccagatgtttatgtcgtcattggtcgt
ccatcatctgtcaccgatgttaaaagagctggtatttcaaaatgttcaaagtttgtagta
ctcaaaggtgaagttgctgctcaagaatcaatcattacagacaaggaaatactagttaca
gtattaggtattaaacctttaattcaaaataatttaatttatccaatttttgaattaatt
gatccagcaaatatgagattttttgttggtaatggaaattggaatcaaaatgatccatat
tatacggcaccatcatttgcaagtggaagtgtattccttagtgaaacatttgattgtttg
ttgggacaatgttatttaaatcgacatattctaacgctggttgaattattggtttcaaag
gcatcgtacaataataataatagtaataataacgatacagctggtagtcgtactaaaata
tttcaagtcgaggtacctgaaatgtttgtcaatcaaaggtttggatacctttttgaatgt
ttggtagattgcaatattttctgtcttggtctctatcgatacgatgagaaatcatccaac
cattataatgcaataataattaattataataaatcagaaaagaagaaagatctttgtgta
tcaccagcttcagacacctcacctctcttaaccatacctacctttttagtttttaataat
acaacaacaacaacagataataataatctaataatggaagaatcaaacaaacaagaatta
ttaaagttcttgaatatatttcaacatttggggatgactcatttaaagacattgaatggg
ttcttgcaacgacctatatcttcattgttgacatcgagtattgccaatacagcatctata
ccattattcgaggcaggtgcaatcgatggagatgaagcaagaagcaatagaaagactgta
tataacctcatgcaaacattggacaaggccaatgaagatcaagtagacacgatggtcaat
ctcgtcaccaaacagttacgtcaacaactagatcaatcagatttgcaatcagctgttcaa
ttggccacccaactatcaatcccactcgagtatatcgaagctattggcaagttgtaccaa
tcgttcctttgtttcgagtcggtatcggttcatcttaccgaagatcatctctccaagatt
accgacgctctcgtctctgtatttccactgtcaccacttgaagacccacaaacttcacaa
actctaatgggtcaaagcaataccaacgtcgttgccaatagtccagaatcacaactaaag
attcaaaactatattaccatcctccaaaaattacaacaactctttaccactactcgtatc
gactctatcatgcacttgcaccaagaaatcaacaatggtcacattcaacaacaacttcaa
cttcaacaaggtacttcgtatcaccaatacctccaccaacagatttgtgagactttggat
ctaaaaaacgacgagtattaccttgctactgccctccactctcttcttcacattgacgag
tctagtctcatcagtcttattgacagtttccccaagttaaagtcacttcaacttgctcaa
cttgctcatctcccttttaaaaatgtctacgaagttttggatatgcgttcaaacctttgt
tctctaacttctacctatggttattttgcaaatcaacaacaaaattcttcaccaaattat
acttttccaattattgatcctacaaaatcagtacaaattaaaatagttgaacaaccacca
gagaaagcagtttataagagaaatgtaaaaccagcaccatcagtaatgtttgatggagat
tctaaattattggatggaaattattatgtagcatgtacattgttgagatgtaatacattc
caagaggaaccaggatttttgattggtaacaagactacaccatttggtagcagtaaagta
gttacctttaaaaaacttaaagtattggtcacatctcatcaacaaggtgaaacacttttc
tgttttagattcgatcttcgtcgttaccgtagtgactatgacactaatccaaatgatttt
gaagtagtctcttcgattcattccaatccaatctgtctcttgtctcactcgacccaatta
aaacatactgccaatgttgatctcccacaagttgtcgaagctattcctcttagtggtact
agttctggtggtactagagtagctgtacttggaagtaactttgccgatactccagccact
cgtatcaagtttgacaatgctgaagtcgtaccaacattccactctcagggtactctgttg
tgttacactcccgaacatgcccctggtactgttcaagtacgtgtaagcaactcgccaaag
cactggagcaataatagtgccgtctatacctatgaagatgaacgtaccattgctttgaga
aacgctagagaagagacacagatgaatgtccccaaatcatcgttgggtattgatttcatg
tctacttttacctcttcgtttatcatcaagggtagtgattcaaacatgaccaacttgcct
agtggtggtggtgccatgcgtaccaactatcccagctctggtggcaatagatacaatttg
catgcaactgatgcccgtggattcgctctacttcattacctatcagtgtttgcagagtct
gatcaaaagtatgctgaaatgtttgttcaagtattgcaagagtcatcgacttgcggatta
ttacatgttctcgacaagtttggaaacactgctttgcattgggcaaccatctttgagtgt
gtagctgtagttcgtgcgttactcgccaaaggtgtatcttcaaacgtacagaatctcgat
ggtatcactccacttcatttggcagttgctgctggcaacattgacattgccaagatgatg
ttgtcgactggtgccaacgtcacactcggtgacattgacggttcatctgctctccacttt
gccgctactgcccgttgtaacagtcgtgaattaactgctctcctcttgtcgtgtggtgcc
aatctatatgcacgtgacgatgaagacgagacatctcttcaccacgccgtccgtaatgga
agtggagaggttgtcgcattactcttacaagctgctcactattgtgaatccatcgctgcc
aagactgcctctgtctcttcatatccataccaacttgttctgcaagacgaaccattccac
tcgctacaaaatgaagatggggaaacacctcttcacattgccgctgccaccaacaatatc
gttgccatggaattattgttgcgttcaggtgctagatcagatattatggacaatgatggt
caaactgcattacatttacatatcgaatctatcaagagacaagaaaataacaataatact
agtccaatcaacaatcaagacaatcaaatcattttaaatcttttcattcaaaaaaataat
tttaatcaacctcaaccaatgatggaaaccaacaacaccaaagaaactatttattacaac
ccaaccaatcaagtttcaaaacaaatttataaatatttgaaacaacaacaagacaatatc
caagaatttagtaaacaaaatcaatccagaatcgaccaacaacaatatcaaacagttaat
aatctttttcaacaacaatcaatattttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (136)   
   KEGG ORTHOLOGY (1)   
   RefGene (132)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (155)   

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