KEGG   Drosophila melanogaster (fruit fly): Dmel_CG16718
Entry
Dmel_CG16718      CDS       T00030                                 
Symbol
subdued
Name
(RefSeq) subdued, isoform D
  KO
K19496  anoctamin-1
Organism
dme  Drosophila melanogaster (fruit fly)
Brite
KEGG Orthology (KO) [BR:dme00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:dme04040]
    Dmel_CG16718 (subdued)
Ion channels [BR:dme04040]
 Chloride channels
  Chloride channel, calcium-activated (CaCC)
   Dmel_CG16718 (subdued)
SSDB
Motif
Pfam: Anoctamin Anoct_dimer DUF3810
Other DBs
NCBI-GeneID: 42340
NCBI-ProteinID: NP_001189248
FlyBase: FBgn0038721
UniProt: A0A0B4JCY1
Position
3R
AA seq 1099 aa
MLNLGSAKVGALEEATSPPPFSKDESFQLLERSPHNPAISPTTTVPLEPPFTTPLAPFDM
ELMKRHNLHERLTGKESFWRGRDTSQRFLDQEQLSASRESLGAADKRARFAESNAPTLQL
PESAEPRANGKRPTGNRTNPSNPAAPLLPMTDPDFVKGNVGGVYDDRECSCPREFYQRGE
INTSLFFEDCVRSIDFVLAYRINAHEPTELENTEKRRVFEANLISQGLEVESSQKDQIWF
VKIHAPLEVLRRYAEILKLRMPMKESLCNLRISERSNRLRNAAHYLTNKIPGMSVVNRST
KSVFSSLKHVFQFFLRNIYVDEEIFPKRAHRFTAIYSRDKEYLFDIRQDCFFTTAVRSRI
VEFILDRQRFPAKNQHDMAFGIERLIAEGVYSAAYPLHDGEITETGTMRALLYKHWASVP
KWYRYQPLDDIKEYFGVKIGLYFAWLGYYTYMLLLASIVGVICFLYSWFSLKNYVPVKDI
CQSGNTNITMCPLCDWCNFWDLKETCNYAKVTYLIDNPSTVFFAVFMSFWATLFLELWKR
YSAEITHRWDLTGFDVHEEHPRPQYLARLEHIPPTRVDYVTNIKEPTVPFWRMKLPATVF
SFSVVLLLIALAFVALLAVVVYRMSMLAALKVGASPMTTSSAIVLATASAAFVNLCLLYI
LNYMYNHLAEYLTELEMWRTQTQFDDSLTLKIYLLQFVNYYASIFYIAFFKGKFVGHPGE
YNKLFDYRQEECSSGGCLTELCIQLAIIMVGKQAFNTILEVYLPMFWRKVLAIQVGLSRL
FNNTPNPDKAKDERWMRDFKLLDWGARGLFPEYLEMVLQYGFVTIFVAAFPLAPFFALLN
NILEMRLDAKKLLTHHKRPVSQRVRDIGVWYRILDCIGKLSVITNGFIIAFTSDMIPRLV
YRHYVNKQGTLDGYLNFTLSEFKVIDSPTLYSLAGDLSNITTCRYTDFRLPPSSPEKYTL
SSMFYIILACRLGFVVVFENFVALVMILVRWCIPDMSVELRDQIRREVYVTNEIIIDQEA
HRARFERAKRSSSVLQTPVDQDMDAASIQEPNAKFINIEKLLTENLTQIEMDAIIHGENP
ITGISGADCLDEVHKKLSD
NT seq 3300 nt   +upstreamnt  +downstreamnt
atgctaaatttaggcagtgccaaagttggcgctctggaggaggccacctcaccacccccc
ttctccaaggacgagagcttccagctgttggagcggagcccccacaatcccgccatatca
cccaccaccactgtcccgctggagccccccttcaccacccccctagctcccttcgacatg
gagctgatgaagcgccacaatctccacgagcgcttaacgggaaaggagagcttctggcgc
gggcgcgacacttcgcagagatttctggaccaggagcaattatcagcatcgcgtgaatca
ctcggtgccgccgacaagagagcccggtttgcagaaagcaacgcccccacgctccaactg
ccagaatctgccgagcccagggccaatggcaaaagacccactgggaacaggaccaaccca
tcgaatccagccgctccccttctgccaatgactgatccggattttgtgaagggcaatgta
ggcggcgtctacgatgatcgcgagtgcagctgccccagggagttctaccagcggggcgag
attaacacatcactgttctttgaggactgcgtccggtccattgactttgtcctggcctac
aggatcaatgcgcacgagcccacggagctggagaacacggaaaagcgtcgtgttttcgag
gcgaatctcattagtcaggggctggaggtcgagtccagtcagaaggaccagatctggttc
gttaagatccacgctcctttggaggtcctgcgacggtatgcggaaattcttaagctgcgc
atgcccatgaaggagtcgttatgcaatttacgcatatctgaaagatcgaatcgcctacga
aatgcggcccattacttgaccaataagattccaggaatgtccgtggtcaatcgatcgacc
aaaagcgtgttttctagtcttaaacatgttttccaattctttctgcgcaacatttatgtg
gacgaggaaatttttccaaagcgagctcatcgattcactgccatttacagtcgcgataag
gagtatctctttgacatccgacaggattgtttctttaccaccgccgtccgttcccgcatc
gttgagttcatcctagatcgccagcgatttcctgccaagaatcaacatgacatggccttc
ggtattgagcgactgattgccgagggtgtctactctgctgcctatccactccatgatggt
gaaataaccgagacgggaaccatgagagctctgctgtacaaacattgggcctctgtgccc
aaatggtatcgctatcagcccttggatgacatcaaggaatacttcggtgtcaaaattggc
ttgtacttcgcctggctgggctactacacctacatgttgctgctggcctcaatagtgggt
gtcatttgtttcctatattcatggttctcccttaaaaactatgtgcctgtgaaagatatt
tgccagagcggtaatacaaacataaccatgtgtcctctttgtgattggtgcaacttttgg
gacctgaaagagacctgcaactatgccaaagtcacgtacctcattgacaatcccagcacc
gtgttcttcgccgtttttatgtccttttgggccaccctatttctggagctgtggaagcgg
tactccgccgaaataacgcatcgttgggatctgacgggattcgatgtgcatgaagagcat
ccgaggccacaatatctggcgcgtttggagcacataccaccgacgagagtggattatgtg
accaatataaaagagccaacggttcccttttggcgtatgaaacttcccgccaccgtgttc
agcttttcagtggtactgctcctaattgcactggcctttgtggcactgctggcagtggtt
gtataccgaatgtccatgctggccgcccttaaagtgggtgctagtcccatgaccacctct
agcgctattgtcctagccactgcatcagctgcctttgtaaatctgtgcctgctctatata
cttaattatatgtacaatcatttggctgagtacctgacagagctggaaatgtggcgcact
caaactcagttcgatgactcgcttacccttaaaatttatctgctgcagtttgtaaactac
tacgcctccattttttacatagctttcttcaagggtaaattcgttggtcatccgggagag
tataataagctttttgactatcggcaggaggagtgctcatcgggcggctgtttgacggag
ctgtgcatccagttagccattataatggttggcaagcaggcattcaacactattcttgaa
gtgtatcttcccatgttctggcgaaaggttttggccattcaggtgggactgtcgcgactt
ttcaacaacaccccgaatccagacaaggcgaaagacgaacgctggatgcgggatttcaag
ctactggattggggtgcccgaggtctgtttcccgagtatttggagatggtcttgcagtac
ggcttcgtaaccatctttgtggccgcttttccgctggcgccattctttgccctgctaaat
aatatcctggaaatgcgactggatgcaaagaaactattgacccaccacaagcgtccagta
tcacagcgagttcgagatataggagtgtggtatcgtatcctggactgcataggcaagctc
agcgtgatcacaaatggattcatcattgcctttacctctgacatgataccgcggttggtg
taccggcattacgtaaacaagcaaggcactctggatggttacctcaactttacactatca
gagttcaaagtcattgattcgcccacgttgtatagcttagctggcgatctctccaacata
acaacgtgcagatatacggactttcgacttccaccatcgtctccagaaaaatacacattg
agcagcatgttctacataattctggcctgccgattgggttttgtagtcgtctttgaaaac
tttgttgccctggtgatgattttggtgcgttggtgcattccggacatgagcgttgaactg
cgtgaccaaatccgacgcgaagtttatgtgaccaatgaaattatcatcgatcaagaggcc
cacagggctcgttttgagcgtgccaagcgcagcagttcggtgctccagacgccagttgac
caggacatggatgctgcctccattcaagagcctaatgccaagttcattaacattgaaaag
ctccttactgaaaatctcacacagatcgaaatggatgctattatacacggcgaaaatcca
atcacaggaatttccggtgccgattgcttagacgaagtgcacaaaaaactcagtgactaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (49)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (3)   
   Pfam (3)   
All databases (66)   

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