Candidatus Fokinia solitaria: Fsol_00470
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Entry
Fsol_00470 CDS
T05415
Name
(GenBank) hypothetical protein
Organism
fso
Candidatus Fokinia solitaria
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Tropomyosin
Crescentin
Motif
Other DBs
NCBI-ProteinID:
AWD33264
UniProt:
A0A2U8BSD4
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All DBs
Position
489915..493415
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AA seq
1166 aa
AA seq
DB search
MRNSIGNETFQAALEQAIGNNKGYIEADELLKAIEQYNSKKQITVNVNKDFHTVIDALHA
QNSGNYIRVEDVTNLLEGRKIEKPTTLTQDELTQMLQLNEGLLKNLEEIEKENKTHLETI
TQLESANSDLTTKIQFQERKDDLAAKALNDIGDFASRLNEKLLIQHSNKATLSEQLQTAF
NKLENSHQQEKNLAEALLKKKEDEFQNKIKALEGKISDQETLLSFTKRNNETAKTQEKST
PPTRQFQKNLETTPNQILIKKITESKAEIERLQKELDDAKNAMQSLKRNSHLQISTSDKG
VSTELFQHNLELKQEKDKRILENQNLNRQLTTIEQINAKLKEENAKLQQDKQNAEQNALL
QLAKEQTKDLESKKAFLDDKQNIRQIKDNLNQLQHDITKLQDGDAKTEKEQLQKQFSAIR
TQLLTEPKQAEVSDKKLEVSDKGLKETLEKSKKKLATAIENFFTAYIALDSDQKLKLETQ
DATTHTQLDQAKNLELVTQTIKMQLTQLLSSKQNLSIARQKLQKAQHEFSTAKDAIEQSN
ITQQKQKITNSEMLPNATQQNTTQENQVIESITLLEQKCTQSEQHTTALIQLAEAVTTLE
KDVISLEKKKAALQETFSKAEQDFSEAKARLEEANKAHLQIDGQRIRQDLERRKEKMKNK
SITLEQQQVEEKTKKELAESEENVKNAQNEFLKAKKQLDLAQQDTKEVKIQERKYAESLQ
KLSTKKNQLELSIAKNQLSIAQAQAKESLQETIKNYEEKLEIANKETKTLQQNAQQLNQQ
ILNYQNQLQESQNKTSVLQKESQEYKDKLEIANQQLTESAQNLANANQQTSELQNQINSA
ELQIKESAQNLANANQQTDELQKQLKESDNKKKQLEQQTDELQKEIQESQNKLKESAQKL
EIANQQTSVLQNKLKDYEDKLEIANKEKLKVEEKAQQLQIQIQESQNKLTSANQQIKDYN
DKLEIANKEKLQLQKEIQESQNKLKESDNKTKQLELDKQQLEQQTDELQKQLKESDNKKK
QLEQQTDELQKEIQEYKKQIQNYQNKLQESDNKTKQLERDNQKLQQNTKQLQKNLIKSQK
QRKASLEKIDNSLQNRLRLMIEQLQSLTSSLEEAERKKKTGKSGLPLRKVNNILQSMQQD
PSRIAAQSGILQSTQKERQPSSLHKQ
NT seq
3501 nt
NT seq
+upstream
nt +downstream
nt
atgagaaacagtataggaaatgaaacttttcaagcagccttggaacaagcgataggcaac
aacaaaggatacattgaagctgatgagctcttaaaggcaatagagcaatataatagtaaa
aaacaaataacagtaaacgtaaataaggatttccatactgttattgacgcactccatgca
caaaatagtggaaattatataagagtagaagatgtgactaatctacttgaggggcgaaaa
atagaaaagccaacaacacttactcaggatgagctaacgcaaatgctgcaattaaatgaa
ggtttattgaaaaatctagaagaaatagaaaaggaaaataaaactcatctagagactatt
acgcaattagagagtgcaaacagtgatttaactacaaaaatacaatttcaagagcgaaag
gatgatctcgctgctaaagcgctaaacgacataggagactttgcatctcggctcaatgaa
aagcttctaatacaacatagtaacaaagcaacgctttccgagcaattgcaaactgctttc
aacaagttagaaaattcacatcaacaagaaaagaacctagctgaggcacttcttaagaag
aaagaagatgaatttcaaaacaaaatcaaagctcttgaagggaaaatatcagatcaagag
acattattgagcttcactaaaagaaataatgaaacagcaaaaacgcaagagaagagtacg
cctcctacacggcaatttcagaaaaacctagaaacaacgccaaatcaaatacttataaaa
aaaatcacagaaagcaaagcagaaatcgaacgattacagaaagaacttgatgatgctaag
aatgcaatgcaaagcttaaagagaaattctcatttacaaatttcgacttcagataaagga
gtcagtaccgaactttttcaacataaccttgaacttaaacaagaaaaggataaaagaata
ctagaaaatcaaaatctcaatcggcaattgacaaccattgaacaaatcaatgctaaacta
aaagaagaaaatgctaaactccaacaggacaagcaaaacgctgaacaaaacgcattgctt
caattagcaaaggaacagacaaaagatctagaatctaagaaggcatttttagatgacaaa
caaaatattcggcaaataaaggataatcttaatcaactgcaacatgatatcaccaaatta
caagatggcgatgctaaaacagaaaaagaacaactgcaaaagcaattttccgctattcgc
acgcaacttcttactgaacctaaacaagcagaagtaagtgacaaaaaactagaagtaagt
gacaaaggactgaaagagactttagaaaaatctaagaaaaaactcgctactgctatagaa
aacttcttcacggcttacattgcattagactcagatcaaaaactaaaactagagacgcaa
gacgcgacgactcatactcagctagaccaagctaaaaacctagaattagtaacgcaaacc
ataaaaatgcagctaacacaactcctcagcagtaaacagaacttgagcattgcccgacag
aaactacaaaaagcacagcatgaattctccactgctaaagacgctatagaacaatcaaat
attacacaacaaaagcagaaaatcacaaactctgagatgctacctaacgccactcaacag
aatactacacaagagaatcaagtaatagaaagtattacactgctagaacagaaatgcaca
caatctgagcagcatactacagcactcattcaactagcagaggccgttactacactagaa
aaagatgttatttcactagaaaagaaaaaagcagcactacaagagaccttctctaaggct
gaacaagatttctctgaagctaaggcacgactagaagaagctaacaaagcacatctacaa
atagatgggcaaagaatacgacaggatctcgaaagaagaaaagagaaaatgaaaaataaa
tctataacattggaacagcaacaagtagaagaaaagacaaagaaggaactagcagaatct
gaagagaatgttaaaaatgcacaaaatgaatttctcaaagctaaaaaacaacttgatctt
gcgcaacaagatacgaaagaggtaaaaatacaagaaaggaaatacgcagaatctctacaa
aagctctctactaaaaaaaatcaattagaactctccattgctaaaaatcagctttccatc
gctcaagcacaagctaaagaatctctacaagagacaatcaaaaattatgaagagaaacta
gaaatcgctaataaagagacgaaaacactacaacagaatgcacaacaactaaatcagcaa
atcctaaactatcaaaaccaactccaagaatctcaaaataaaacctctgtactacaaaag
gaaagtcaagaatataaagacaaactagaaatcgctaatcagcaactcacagaatctgct
cagaacctagcaaacgctaatcagcaaacctctgaactacaaaaccaaatcaactccgct
gaactacaaatcaaagaatctgctcagaacctagcaaacgctaatcagcaaaccgatgaa
ctacaaaaacaactcaaagaatctgataacaagaaaaaacaactagaacagcaaaccgat
gaactacaaaaggaaatccaagaatctcaaaacaaactcaaagaatctgctcaaaaacta
gaaattgctaatcagcaaacctctgtactacaaaacaaactcaaagattatgaagacaaa
ctagaaatcgctaataaagagaaactaaaagtagaagagaaggcacaacaactacaaatc
caaatccaagaatctcaaaacaaactcacctccgctaatcagcaaatcaaagattataat
gacaaactagaaatcgctaataaagagaaactacaactacaaaaggaaatccaagaatct
caaaacaaactcaaagaatctgataacaagacaaaacaactagaactagataaacaacaa
ctagaacagcaaaccgatgaactacaaaaacaactcaaagaatctgataacaagaaaaaa
caactagaacagcaaaccgatgaactacaaaaggaaatccaagaatataaaaaacaaatc
caaaactatcaaaacaaactccaagaatctgataacaagacaaaacaactagagcgagat
aaccaaaaactacaacagaatacgaaacaactacaaaagaatctcataaaatctcaaaaa
cagcgtaaagcttctcttgaaaaaatcgacaattctttgcagaacagactacgtctaatg
atagagcagctacaatcattgacatctagtttagaagaagcagaacggaaaaaaaagaca
ggaaagagcggcttacctcttcgtaaagtaaacaatattctgcagagtatgcagcaagat
ccctctagaatagcagcgcaaagcggcattttacaatcgactcagaaggagcggcagcct
tcttctctacacaagcaataa
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