KEGG T02668: DFA

Cavenderia fasciculata (cellular slime mold): DFA_10197

Entry

DFA_10197         CDS       T02668

Name

(RefSeq) multi antimicrobial extrusion family protein

K03327

MATE family, multidrug and toxin extrusion protein

Organism

dfa Cavenderia fasciculata (cellular slime mold)

Brite

KEGG Orthology (KO) [BR:dfa00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:dfa02000]
    DFA_10197
Transporters [BR:dfa02000]
Solute carrier family (SLC)
  SLC47: Multidrug and Toxin Extrusion (MATE) family
   DFA_10197

SSDB

Motif

Pfam:

MatE DUF6728

Other DBs

NCBI-GeneID:

14867103

NCBI-ProteinID:

XP_004354105

UniProt:

F4Q9J4

Position

Unknown

AA seq 1001 aa
MATDIELQETSTPAGSGEVRITSPDNLDIQEHNPHKEKKADLSAIETVKKHWHKSKTEIV
FILKWAWPMVVSNLLNNVSYLFINLIFVGRLSRNELAAAALANTWTYGTQAFSLGINNAC
DTLVSQSWGAENYVLVGLTVQRATIVTTGVTVLVAVLWALTEKFLLLVQQDPTISYLALK
YVLYLMPGLWFGNVLNVMQKYVQGQGLMMPSIYIGLALNAMNVLFNFVFVTGIGSYSGMG
YVGSALSTSISLHEKSWFGWSRECWNWAGFKEYLKLGVPAMIQHASESWGFEILTIMAGL
LDSTSLDAHSVTYNFTMLTYQIPSGIAIAVSVRVGQLLGSRNGTQARRASWVGFGITLVC
MIIVAIVLFTSRFQLGYIYTHHQEVIDMVAEILPIAALFQIFDGAQTIFQGAVRGMGRTK
IGAAANFIAFYVIGIPFSAIFAFAIKTGVTGLWWGLCIGLVTISFGLGFFLLKVSWPDEV
ENAKVRTMTSMNRISTTYLQKHRGSFSSDTLPPGLILGGDSNPNSSNSSNSSDGADKPSK
SKRSNSKDNGTGAPPGSPRRGGPVTGIRSNLGLYTEGPAVDQNRPDDSPSPPQPPQRSMD
ISIDNSSTFVDSTNSSSVCSSLPTTPAPVPANPHINTQLNFINVQLNNINHQLNTIHVQL
NSMKSLSDSNGSVPFVNDEKTSNSNQNNNSSSINNGNGNGNNHIHLSEESSGAAAAGVSA
AQTRPNLSNSNNSGSAGSDNGANPSLPIDQLNQSGESATSGSFDLLSHINNSINSINNQL
NNNPNTNINLNNNNNNNNNNNQFKKSTGMTPPKPVNNNNNNVPLPTTTTTTTTSTTSPLQ
HHQDREVPINVNPTTPTKPTLSNSFEDTNNNNNNKIRKPVPSFIPPTPVSTPSQPLPIPT
TKQPATISYAPSSPTRFGRSPTISTPNSPVNNLIRNFNQISEQATKDQTLRMLRPRSMSV
SFNGFPQPPGSPRSQITTSQGGLFTTPPPTFDPTNQQPPQP

NT seq 3006 nt +upstreamnt +downstreamnt
atggcaacagatatagaattacaagagacctctactccagctggtagcggagaagtaaga
atcacatcaccagacaatttagatatacaagaacacaatccacataaagaaaagaaagca
gatctatcggccatcgaaactgtcaagaaacattggcataaatcaaagactgaaatcgta
ttcattttgaaatgggcgtggccaatggtcgtttccaacttgctcaacaatgtatcctat
ctatttatcaaccttatttttgttggtcgtctctctagaaatgaattggctgctgccgca
cttgccaatacttggacctatggaactcaagccttttcacttggtattaataatgcttgt
gatacccttgtttctcaatcttggggtgctgaaaattatgtacttgtaggattaacagtt
caaagagccaccattgtaactacaggtgtgacagttttagttgctgttttatgggcacta
acagagaaatttttattattggttcaacaagatccaaccatttcttatttagctttaaaa
tatgttttatatttaatgccaggattatggtttggcaacgttttaaatgttatgcaaaaa
tatgttcaaggtcaaggtttgatgatgccatcgatttacattggtcttgcactcaatgct
atgaatgtattattcaattttgtatttgtcactggtataggttcctattcaggaatgggt
tatgttggtagtgcactttcgacatccatttcattacatgaaaagtcatggtttggatgg
tcaagggaatgctggaattgggcaggttttaaagagtatttgaaactaggtgttccggca
atgatccaacatgcatcggaaagttgggggttcgaaatattgaccattatggctggtttg
ttggacagcaccagtttggatgctcattcggtgacttacaatttcacaatgttgacgtac
cagattccatcgggtattgctattgcagtgtctgttagagtcggtcagttgctgggatcg
cgtaatggcacacaggcacgtcgcgcatcatgggttggatttggtatcacactagtctgc
atgattatcgttgccattgtactgtttacaagtcggttccaactcggatacatctatact
caccatcaagaggttattgatatggtcgccgaaatccttcccatcgccgcactcttccaa
attttcgatggtgcccaaaccattttccagggtgccgtgagaggtatgggtcgcaccaag
attggtgcagctgccaactttatcgccttttatgtcattggtatccccttctcggccatc
tttgcctttgccatcaagacgggtgtcaccgggctctggtggggtctctgtatcggtctc
gtcaccatcagcttcgggctcggctttttcctcctcaaggtgagctggcccgacgaagtc
gaaaacgccaaggtccgtaccatgacctcgatgaaccgtatctcaacaacctaccttcaa
aagcatagagggtcgttctcatccgacaccctaccacccggcctcatcctcggaggcgac
agtaatccaaacagcagcaacagcagcaacagcagcgatggcgccgacaagcccagcaag
tccaaacgatccaacagcaaggacaacggtaccggtgccccaccaggcagtccacgacgt
ggtggtccagtgactggcatccggtccaacctaggactttatacagagggtcctgcagtc
gaccaaaatagaccggatgacagtccatccccaccccaacccccacaaagatcgatggat
atctcaattgataattcatcaacctttgttgacagtaccaactcttcatccgtatgttct
tcccttcccacgaccccagctcctgtccccgctaatccccatattaatacgcaattaaat
tttattaatgtccaattgaacaatatcaaccatcaattaaacaccattcacgttcaatta
aatagtatgaaaagcttatctgatagtaatggtagcgttccttttgtgaacgatgaaaag
acaagtaacagtaatcaaaataacaatagtagtagtattaataatggaaatggaaatgga
aataatcatattcatttatctgaagaatcctctggtgctgctgctgctggcgtttctgct
gctcaaaccagaccaaatctatccaacagtaataacagtggaagtgctggcagtgacaat
ggagccaatccatctttgccaattgatcaattgaatcaaagtggtgaaagcgcaacaagt
ggatcatttgatttattatctcatattaacaatagtataaattcaattaataatcaatta
aataataacccaaatacaaatattaatttgaataataataataataataataataataat
aatcaattcaagaagagtactggaatgactcctccaaaacctgttaataataataataat
aatgtaccattaccaacaacaacaacaacaacaacaacatcgacaacttcaccacttcaa
catcatcaagatcgagaagttccaattaatgttaatccaacaactccaacaaaaccaact
ttatctaatagtttcgaggatactaacaataataataataataagattagaaaaccagtt
ccatcatttattccaccaacaccagtatctacaccaagtcaacctttaccaattccaact
acaaaacaaccagccacaatttcgtatgctccatcttcaccaactcggtttggtagaagt
ccaacgatatcgacacctaatagtccagtcaacaacttgatcagaaactttaatcaaatc
tctgaacaagccaccaaagatcagactcttcgtatgttgagaccacgtagcatgtctgtt
agttttaatggatttccacaaccaccaggttcgccaagatcccaaatcacaacgagccaa
ggtggattattcacaacaccaccaccaacttttgatccaacaaatcaacaacctcctcaa
ccataa

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (78)   
   KEGG ORTHOLOGY (1)   
   RefGene (74)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (86)   

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