Alteromonas mediterranea DE1: amad1_01415
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Entry
amad1_01415 CDS
T02340
Name
(GenBank) cation efflux system protein CusA
KO
K07787
copper/silver efflux system protein
Organism
amaa
Alteromonas mediterranea DE1
Pathway
amaa02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
amaa00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
amad1_01415
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
amaa02000
]
amad1_01415
Transporters [BR:
amaa02000
]
Other transporters
Electrochemical potential-driven transporters [TC:
2
]
amad1_01415
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
ACR_tran
MMPL
Motif
Other DBs
NCBI-ProteinID:
AFV83813
LinkDB
All DBs
Position
322140..325277
Genome browser
AA seq
1045 aa
AA seq
DB search
MIEAIIRWSVSNRFFVLLATIIIVGGGLVTMKNTPVDAIPDLSDVQVIIKTSYPGQAPQV
VEDQVTYPLTTAMLSVPGAQTVRGYSFFGDSYVYIIFDDDTDLYWARSRVLEYLSQVAPN
LPENARPQLGPDATGVGWVYLYALVDRTGQHDISQLRSLQDWFLKFELQTVPGVSEVSAL
GGMVKQYQVKVDPEKLRAYGIPLSHIQMAIKRGNQEVGASVVELAEAEYMVRATGYISDK
KDIETIPLGVNDNGTPLLIRDIATVDIGPQMRRGIAELNGEGETVGGIVVMRFGENAQKT
IDGVKAKLEDLKKGLPDGVEVVTVYDRSALIERAVDNLASKLLEEFIVVALVCVAFLFHV
RSSLVAIISIPVGIITALIVMYMQGINANIMSLGGIAIAIGAMSDGAIVMIENMHKHMEK
TPLTKENRWQVVIDSAVEVGPALFFSLLIITVSFVPVFTLEAQEGRMFSPLAYTKTYAMA
ASAALAITLVPVLMGYFVRGKVLPEHKNPVNKFLTFLYIPTLKTVLRFPKSTMVAALIVL
AIGVWPIDKIGSEFIPPLDEGDLMYMPTTYAGISIGKARELLQQTNKLIKTVPEVETVFG
KVGRADTATDPAPLTMIETFIQLKPKEQWREGMTTQDLIKEFDAVVNLPGLTNAWVMPIK
TRIDMLATGIKTPVGIKIGGPDLMEIQKIGQQIESILTDVDGTASVYSERVAGGRYLKVD
IDREKAARYGLNIADVQQIVSSAIGGVNVTQSVEGLERYPVNIRYPQSYRSSPESLSLLP
VVTPQGKRIALADVADVYIEDGPPGIKSENARLNGWVYVDIDGVDIGTYVATAQQVVAEQ
LVLPAGYSINWSGQYEYMLRAKEKLTYVVPLTLAIIVILLYLNFRNFIEVAIIMGTLPLS
MVGSIWLMYIEGFNFSVAVGVGFIALAGVAVEIGVIMLVYLNHEYQALMDRCKEGGTLPS
AEMLTEAVLHGAGLRVRPVMMTTATIIFGLLPVLYGSGTGSEVMSRIAAPMVGGMVSAII
LTLLILPAIYLIWRKQQLKYLAVVA
NT seq
3138 nt
NT seq
+upstream
nt +downstream
nt
atgatagaagcaatcatacgttggtcggtctcaaaccgcttctttgttttactcgcaacc
atcatcatagtcggtggcggtttagttacaatgaaaaatacgccagtagacgcgatccca
gatttatccgatgtccaagtgataatcaaaacgagttatcctggtcaagcgccacaagtt
gtagaagatcaggtaacgtacccgctaacgaccgccatgctttccgtaccgggtgcacaa
acggttcgaggttattcgtttttcggtgactcctacgtttatatcatttttgatgatgat
accgacttatattgggcaagaagcagggtgcttgaatatttatcgcaagttgcccccaat
ctacctgaaaacgccaggccgcaattaggtccagatgccacaggcgttggttgggtttat
ctgtatgcattggtcgacagaaccggccaacacgatatttctcaattacgcagtttgcaa
gactggttcttgaaatttgagctccaaactgtgcctggcgtgtccgaagtctcggcgcta
gggggtatggtgaaacagtatcaagtgaaagtagatcctgaaaaactccgcgcttacggt
ataccgctttctcatattcagatggcaataaagcgaggaaatcaagaagttggggcctct
gtagtggagcttgcagaagctgagtacatggttcgtgccacggggtatatttctgataag
aaggatatcgaaaccattcctcttggcgtcaatgacaatggcacaccgcttttaataagg
gatattgccactgtagatatcggtccacaaatgcgccgcggtatagcagagctaaacggc
gaaggggaaacagtcggcggtattgtcgtgatgcgttttggcgagaatgctcaaaaaacg
atagatggcgtcaaagcaaaactagaggacttaaaaaaaggactacctgatggcgttgag
gtggtcactgtttatgaccgttccgcattaattgaaagggccgttgataacctagcttca
aaactattagaagagtttatcgtagtcgctttggtatgtgtcgcctttctttttcatgtt
cggtcgtcactcgtcgctatcatcagtattcctgttgggatcattaccgcgctaatcgtt
atgtatatgcaaggtatcaatgccaatatcatgtcgttgggcggcattgctattgccatt
ggcgccatgagtgatggtgcgatcgttatgattgaaaatatgcacaaacacatggaaaag
acgcctcttaccaaggaaaatcgctggcaggttgttatcgattctgcggtcgaagttgga
cctgcgttatttttcagtttgttgatcattacggttagttttgtacctgtttttacgctt
gaggcccaggaagggaggatgttttcccctcttgcttatacgaaaacatatgcaatggct
gcatcagcggcacttgcgattacactggtcccagtcttaatggggtattttgtacgtgga
aaggtgttgcctgaacacaaaaacccagtcaacaagtttttaacgtttttatacataccg
acgctcaagacagttttgcgctttccaaagtcaacgatggtcgcagcattgattgtcttg
gctatcggggtttggccaattgataaaattggtagtgaatttattcccccgcttgacgaa
ggcgatttgatgtatatgccgaccacctatgccggcatatcaatcgggaaggcacgagag
cttcttcaacagaccaacaaattaataaaaaccgtaccagaagtagaaacggtatttggc
aaagtagggcgggcggatacggcgacggaccccgcgccactgaccatgattgagacattc
attcaattgaaacccaaagaacaatggcgagaagggatgaccacgcaggaccttattaaa
gagtttgatgcagtggtcaatttaccgggcttaaccaacgcatgggtgatgccaataaaa
acccgaattgacatgcttgccacaggaattaaaacccctgttgggattaaaattggtggt
cccgatctaatggaaattcaaaaaatcggccaacaaattgagtcaatattaactgacgtc
gatggcacggcttcagtgtattctgaacgcgtcgctggcggtcgctacttgaaagtcgac
attgatcgcgaaaaagccgcccgatatgggctcaatatcgctgatgttcagcaaattgtc
tctagtgcaattggcggtgttaacgtaacacagagtgtagaagggctggagcgctatcca
gtaaatattcgttatccgcagtcataccgaagctctccagagtcgctttctttgttacct
gtagtgacaccacaaggaaaacgtatagccttagctgatgttgctgacgtctacatcgaa
gacggaccaccgggtatcaagagtgaaaacgcgcggctcaatggatgggtgtatgttgac
atcgatggtgtagacataggcacgtatgtggctaccgcgcagcaagttgttgctgaacaa
ctcgttttacccgccggctattcaattaattggtctggccaatacgagtatatgttaagg
gcaaaggagaagctcacttacgttgtgcctttgacgctcgctataatcgttattctattg
tacctcaacttccgaaacttcattgaagtggcgattattatggggacgttgccattgtcg
atggttggcagcatatggcttatgtacatcgaaggctttaatttctccgtggccgtaggc
gtaggtttcattgccttggccggtgtcgctgtagaaataggagtcattatgcttgtatat
ctcaatcatgaatatcaggcactgatggatagatgcaaagaagggggtaccttaccgagc
gccgagatgttgaccgaggcagtactgcacggtgcaggattgcgtgttcgtcccgtcatg
atgacaacggccactatcatctttggattgctgccggttttatatggctctggtacgggg
tccgaagtcatgagtcggattgccgcgccgatggtgggaggaatggttagtgcgattatt
ctgacactactcatactgcctgccatttatttaatatggcgcaaacaacagcttaaatac
ttggctgtcgttgcgtaa
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