Candidatus Chlorohelix allophototropha: OZ401_002675
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Entry
OZ401_002675 CDS
T09929
Name
(GenBank) TIGR03663 family protein
Organism
call
Candidatus Chlorohelix allophototropha
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
NHL
DUF5128
SGL
PMT_2
TEN_NHL
SdiA-regulated
Arylesterase
Vgb_lyase
SBBP
Mala_s_1-like
Motif
Other DBs
NCBI-ProteinID:
WJW69082
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Position
2:complement(125454..129476)
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AA seq
1340 aa
AA seq
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METLQAPKIKQATSKRIQTKSWIEAAWLNREAIAWIIIIILAALTRLTDLGPRALHQDEA
THAGSFTRGMYLNGQFYSYDPTFHGPFLYYMVSLSFFLFGDANDTTARVAPAVFGIGIVA
LCWYLRALIGKAGALFAGIFILISPSILYYSRNLRHDAFAVFGELLFAIGVFRFFSSRKA
SWLTAAGIGLVITYASHELVFMNTAILVGWLIFMFAVELVGLPAKFARQKKPIAIVETEF
FGDEKTIESVSVADFSLENVGEIAEEAKPATRTFSPRLLISIGLFLIFAGALALNSKDLL
SSTAPKLFSSDDKGGISAGIVIIPLVLAISVIAAFLLTQAYDGIWKRLERTPRRIALVGS
VLAFGGLGAFQAYRTFSPAKAKVDSTTELTAATATTPATTTDKISSLSLSLVIILLLALF
IGPLLGWLWQRRFLVLNRTGIIGFAIAFTGTWLVAALVSLRFLGVDPLKGGIRPKGGLLL
IGPEVDKWVAYIFNGFFLALGVGIVAGWLVSLAKDIPDEKLRGSAALRGILGIFRNPLAL
AGFFGSFAIIYILLFGNFFFYPQGLADGIYKGVEYWAGVHDTRRIDQPWFYYPMLMLLYE
ILPLILSIIALFAFPIGWIRRSLRKGRPVFTTRGLFAGYCAWWSVLAIITYSIAGEKVPW
LNMQVALPAILTSAVFFDNQVRRISWRKLLKPSQGLLFGGIAILMFIAIAISIGFLSNLT
GSLPDTTSNLPVYVATTPDNSIVGIRLGIAVLAALVALSFFGISLWLWRSKRISGKLMRA
MLVLLFSIALGIYGIKATLMLNYNNPVTNVEPMIQVQTTPELINFVERVDKLSSDYRESW
RRATTDTAARTKIVSDPAGSKEMPILLAQSVAPPLAWYFRKYPYVGYFTPNNDSNQNSDA
APPKDSRGIAYAVIVLDRGEDQFKLQEQMRDNYTRMLFRRYWWLPEDDNGYLGIGKAPAD
STNPNLDKKNIKYTDWGKLWDTFTRQPSANLMWRYALYRELQQSLPSYDMVVYVRNDLAP
DFMLLGGLNYTGTTKANSPTTDTFAYKLGEATQAGLKNGQFKVPRALAIAPNGDLLVLDS
ANGRVQRFDSAGNFLSKFGKIGNGDGLFGIIQNDGGAGGIAIDEQGNIYVSDSWNYRIEK
FDSSGKFLMKWGEGYDNKGDLEQAKTQPKGFYGPRGIFYDTTRKELYVADTGNRRVAVFD
ANGNFLRQFGGRGSGPGQFDEPVSVAVSPSGKVYVTDMRNKRLQILDRDGNYISEIKFPN
WRDQYLNEPYVTLDSVGNLFISDPTNARVYKYSPDGSLLQTIESNASLVLENPVGVAVGA
DGSLYIADAKRNNVYKVKAS
NT seq
4023 nt
NT seq
+upstream
nt +downstream
nt
gtggaaactctgcaagccccaaaaattaaacaggcaacctcgaaacgcatccaaaccaaa
agctggatagaagcagcatggttaaatcgggaagctatcgcttggattatcataattatt
ctggcagcccttacccgcttgaccgatctcggaccacgcgcactccatcaggatgaggct
acccatgccggttcttttacacgcggcatgtatctgaacggtcagttttattcctatgac
cccactttccacggaccgttcctatattacatggtcagccttagtttcttcctgttcggg
gatgccaacgacaccacggcgcgagttgctcccgctgtgttcgggatcggcattgttgcc
ctttgctggtatctgagagcgttaatcggcaaagcgggtgcgctttttgcaggtatcttc
atcctgatttcgccctctatcctctattattcgcgcaaccttcgccatgatgctttcgcg
gtttttggcgaattattattcgctatcggggttttccgcttctttagttccaggaaagca
agttggctgaccgccgcaggcattggtctagtaataacctatgccagtcacgaattggta
ttcatgaataccgctatcctagtgggctggttgatatttatgtttgcggttgaactggtg
gggttgcccgctaaattcgcccgacagaaaaagccaatcgctatagtcgaaacagaattc
tttggtgatgaaaaaacaatagaatcggtaagcgtagcggattttagcctagaaaatgtc
ggtgaaatagcagaggaagcaaaacctgctacccgaaccttctcaccgcgcctattgatt
agcatcggtttgttcctgattttcgccggagcgttggctttaaatagtaaagatttactt
agttctaccgccccaaagctttttagctctgacgataagggagggatttcggcaggaatt
gtcattatccccctagtgttggctatttcagtcatagcagctttcttgctgactcaagct
tatgacggaatctggaaacggctcgaacgaacgccacgcagaatagcgttggtgggtagt
gtgttagcttttggcgggcttggggcttttcaagcttaccgcaccttctctccggcaaaa
gcaaaggtggattcaactaccgaactgacagccgctaccgctaccacacctgcaactaca
accgataaaataagcagccttagcctttcgctggtaataattttgctgttggcattgttt
atcggaccactattgggttggttatggcaacgtcgttttctggtgttgaaccgaaccggc
attattggatttgccattgcttttaccggaacatggttagtggcagcattggtaagccta
cggttcttgggagttgaccctttgaagggagggatacgccccaaaggtggtctcctccta
ataggtcccgaagtggacaaatgggtagcctatattttcaacggctttttcctcgcacta
ggggtcggtatagtggcgggttggctggtttcgttggctaaagatataccggatgagaaa
ctaagaggaagtgcggcgttacgcggtattttgggcatcttccgcaatccattggcttta
gccgggttctttggtagcttcgccattatttacattcttctatttggaaatttcttcttt
tacccacaaggattagcagacgggatatacaaaggcgtagaatattgggcaggggtgcat
gacaccagacgtatagaccagccgtggttttattatcccatgctgatgttgctgtacgag
attttacccttaattctctctattattgccttattcgccttcccaatcggctggattaga
cgctcattgcgcaagggtcgtcctgtttttacaacgcgcggtctatttgcaggctactgc
gcttggtggagcgtgttggcaataattacctactccattgccggggaaaaagtaccttgg
ctaaatatgcaggtagccttgcccgccatcctcacctcagccgttttcttcgataatcag
gtaaggcgcattagctggcgaaaattgctaaaacctagtcagggtttgctatttggcggt
attgcaattttaatgtttatcgccatcgcaatttcaattggtttcctgtctaacctaacg
gggagtttacccgacaccactagcaatttgccggtatatgtggcgactacgccggacaac
tcaatcgtggggattcgtcttgggattgccgtattagcggcgttggtggcattaagcttt
tttggcataagcctttggttatggcgcagtaaacgcatctccggcaagcttatgcgcgct
atgttggtgttgctttttagcattgccttgggcatctacggcatcaaagccaccctcatg
ctcaactacaacaaccctgtcaccaatgttgaaccgatgatacaagtacaaaccaccccg
gaattgatcaatttcgtggaacgggtcgataaactgtccagcgattacagagagagttgg
cgaagagcaactacggataccgctgcccgcactaaaatagtatcagaccccgccggaagc
aaagaaatgccaatcttgctggcgcaatctgtcgcgccgcctttagcttggtatttccgc
aaatatccttatgtaggctactttacgcctaacaacgattccaatcagaattccgatgct
gccccaccgaaagatagtagaggtattgcttacgctgttatcgtgcttgaccgaggtgaa
gaccaattcaagctacaagagcagatgcgtgataattatacccgcatgctgttccggcgg
tattggtggttacctgaagatgataacggctacttgggcattggcaaagcgcctgccgat
agcacaaacccgaatcttgataaaaagaatataaaatacaccgattggggcaaactctgg
gatacttttaccagacagcccagcgccaacttgatgtggcgctatgccctgtatcgcgaa
ttgcagcaatcgttgccctcctacgatatggttgtctatgtccgcaatgacctagccccc
gattttatgctattgggaggcttaaactataccgggacaactaaagccaacagcccaact
accgacacatttgcttacaaacttggagaagctacccaagcgggcttgaaaaatggtcag
tttaaagtgccacgcgctctggcaattgcgccaaacggtgatttgctagtactagatagc
gccaatgggcgagtacaacgcttcgattctgcgggcaatttcctatccaaattcggcaag
atcggcaacggtgatggcttgttcggcattatccagaatgacgggggtgcgggtggtatt
gccatagatgagcaaggtaatatatatgtctcggatagctggaattatcgcatcgagaaa
tttgattccagcggtaaattcctgatgaaatggggcgagggctacgataataaaggtgat
ttagagcaagcaaaaacacagcctaaaggtttttacggaccacgcggtattttctatgat
acaacccgcaaagaactatatgtagccgataccggaaatcggcgagtggcagtttttgat
gccaatggcaatttcctacgacaattcggagggcgcggaagcggcccggggcaatttgat
gagccggtgagcgtggcagtatcgccatctggcaaggtttatgtaaccgatatgcgcaat
aaacgtcttcagattttagaccgtgatggtaactacataagcgagataaaattccccaat
tggcgcgatcaatatctcaacgaaccttatgttacgctcgatagtgtcggaaatctattt
atttctgaccccacgaacgcacgtgtatataagtattctcccgatggcagtttgctccaa
accattgaaagcaacgccagtttggtactggaaaacccggttggggtagcagtaggcgca
gatggttcgctttatattgcagatgccaaacgaaacaatgtctataaagttaaagcctca
tga
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