Fibrobacter succinogenes: FSU_1668
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Entry
FSU_1668 CDS
T02105
Name
(GenBank) putative lipoprotein
Organism
fsc
Fibrobacter succinogenes
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Collagen
His_Phos_1
DUF6721
Motif
Other DBs
NCBI-ProteinID:
ADL25602
UniProt:
C9RQH4
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Position
1937834..1941256
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AA seq
1140 aa
AA seq
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MKSKLLLTTSIFTLSMLYGCLDEVSEASAPDLSELACKTEPLDDDSGLKIICGGDSVGVV
LNGKDGKDGADGKDGKEGKSGADGKDGSSCYVTENAEINGYDVFCGDEKIGSIVNGKDGA
DGKNGENGANGKDGDKGDDGKDGKDGKDGTSCRIETNKDINGYDVICGDKKVGQLLNGKD
GENGKDGKDGNDGSSCSVEVNDDINGFDVVCAGKKVGELRNGKDGQDGKNGKDGNDGSSC
SVKVNDDIDGYDVVCAGKKVGELRNGKDGQDGKNGTDGKDGTSCTVEVNDDINGFDVVCA
GKKVGELLNGKDGENGKDGKDGNDGSSCSVVENKDINGFDVICGDKKVGELLNGKDGADG
KNGTDGKDGNDGSSCSVKVNDDIDGYDVVCAGKKVGELRNGKDGQDGKNGTDGKDGTSCT
VEVNDDINGFDVVCAGKKVGELRNGKDGQDGKNGTDGKDGTSCSVVKNEKVNGYEVYCGT
EFLGFLTNGKDGADGKNGIDGKDGTSCTVEENKEIDGYDVICADKKVGEIHNGKDGQDGK
NGTDGKDGTSCSVVKNEKVNGYEVYCGTEFLGFLTNGKDGADGKNGIDGKDGTSCTVEEN
KEIDGYDVICADKKVGELHNGKDGQDGKNGTDGKDGTSCRVEVNKDIDGYDVICGDKKVG
ELRNGAKGENGKDGKDGNDGSSCTVEVNDDINGFDVVCAGKKVGELRNGKDGQDGKNGTD
GKDGTSCSVVKNEKVNGYEVYCGTEFLGFLTNGKDGADGKNGIDGKDGTSCTVEENKEID
GYDVICGDKKVGELRNGKDAVLPSSSSIASSSSAAPSSSSKVSSSSVTPSSSSVASSSSV
TPSSSSVASSSSETPSSSSVEQLSEKCKTLRATTDVFNSLYDVLGCTRSDEKVAIILRHA
QRDINKYGDDDGLIDVGRAQAKQVGEKLKKLNLDDFYYMYTNVKRTAETAQIIAVNKGEN
VSSNINDWHKHSIENLTEINQNLKESWYVKPNQSASNCKGNASWGWSSYSKIAYQEYDND
NNRQNCENAFYPIADRVNDFINTYFTYEQMHKYTLAISHDQYLVPFVITISNKQIHDDVK
NSKYDLRFHKHDRDINWNPDFNYWINYLTGVVLIVDSDNSVIKLPVKALDDGFLREYKNP
NT seq
3423 nt
NT seq
+upstream
nt +downstream
nt
atgaaatccaaattactcttaacaacatctatcttcacgctttccatgctctatggctgc
cttgacgaggtaagcgaagcaagcgccccggacttgtccgaactcgcctgcaaaacagaa
ccgctagacgacgatagcggtctcaagattatctgcggcggtgattccgtaggtgtcgtt
ttgaacggcaaagacggaaaagatggagccgatggtaaagatggcaaagaaggcaaatct
ggtgccgacggcaaagacggatcatcctgctacgtcaccgaaaacgcagaaatcaacggc
tacgacgtgttctgcggcgatgaaaaaatcggttcaatcgtgaacggcaaggatggtgcc
gacggtaaaaatggtgaaaacggcgccaacggtaaggatggcgacaagggtgacgatggc
aaggacggtaaagacggaaaagatggaacttcttgccgcatcgaaaccaacaaggatatc
aatggttacgatgttatctgcggtgacaagaaagttggtcagctccttaatggaaaggat
ggcgaaaacggcaaggatggtaaagatggcaacgacggttcctcttgctcggtcgaagta
aacgatgacatcaacggtttcgacgtcgtttgcgcaggcaagaaggtcggcgaactccgc
aacggtaaggacggccaagacggaaagaatggtaaagatggcaacgacggttcctcttgc
tcggtcaaagtaaacgatgatatcgatggttacgatgtcgtttgcgcaggcaagaaggtc
ggtgaactccgcaacggtaaggacggccaggacggaaagaatggcaccgatggtaaggat
ggaacctcctgcacggtcgaagtaaacgatgacatcaacggtttcgacgtcgtttgcgca
ggcaagaaggtcggtgaactccttaatggaaaggatggcgaaaacggcaaggatggtaaa
gacggtaacgatggttcttcctgcagcgttgtagaaaataaggatattaacggtttcgat
gtcatctgcggcgacaagaaggtcggagagctcctcaacggaaaggatggcgctgacggc
aagaacggtaccgatggtaaggatggcaacgacggttcctcttgctcggtcaaagtaaac
gatgatatcgatggttacgatgtcgtttgcgcaggcaagaaggtcggtgaactccgcaac
ggtaaggacggccaggacggaaagaatggcaccgatggtaaggatggaacttcctgcacg
gtcgaagtaaacgatgacatcaacggtttcgacgtcgtttgcgcaggcaagaaggtcggc
gaactccgcaatggtaaggacggccaggacggaaagaatggcaccgatggtaaagatgga
acgtcctgctctgtcgtaaagaacgaaaaggtcaatggatacgaagtctactgcggtacc
gaattcctcggattcctcactaacggaaaggatggcgctgatggcaagaacggtatcgac
ggtaaagacggaacttcttgcactgttgaagagaacaaggaaatcgatggctatgacgtc
atctgcgctgacaagaaggtcggtgaaattcacaacggtaaagacggtcaagacggtaag
aatggtaccgatggtaaagacggaacgtcctgctctgtcgtaaagaacgaaaaggtcaat
ggatacgaagtctactgcggtaccgaattcctcggattcctcactaacggaaaggatggc
gcggatggcaagaacggcattgacggtaaggacggaacttcttgcactgttgaagagaac
aaggaaatcgatggttacgacgtcatctgcgcagacaagaaggttggcgagctccataac
ggtaaggacggccaagacggaaagaacggcactgatggtaaggacggaacctcttgccgt
gttgaagtaaacaaggatattgacggttacgacgttatatgcggcgacaagaaggttggc
gaactccgaaacggcgctaagggcgaaaacggcaaggatggtaaagacggtaacgatggt
tcttcttgcacggtcgaagtaaacgatgacatcaacggtttcgacgtcgtttgcgcaggc
aagaaggtcggcgaactccgcaatggtaaggacggccaggatggaaagaatggcaccgat
ggtaaggatggaacttcctgctctgtcgtaaagaacgaaaaggtcaatggatacgaagtc
tactgcggtaccgaattcctcggattcctcactaacggaaaagacggtgctgatggcaag
aacggtattgatggtaaggacggaacttcttgcactgttgaagagaacaaggaaatcgac
ggatacgatgtcatctgcggtgacaagaaggtcggcgagctccgcaacggtaaggacgca
gtccttccttcctccagcagcatcgcttcttcaagcagtgcagcaccttctagcagcagc
aaggtttcctctagcagtgtcacaccgtctagcagcagcgtcgcttcctctagtagcgta
acgccctcaagcagcagcgtagcctcctctagcagcgaaaccccgtctagctccagcgtt
gaacagctcagcgaaaagtgcaaaacgctccgcgccacaacagacgtattcaattccctc
tacgacgttctcggttgcacccgctctgatgaaaaggtcgccatcatcttgcgccacgcc
caacgcgacatcaacaaatacggcgacgacgatggcctcattgacgtcggtagagcacag
gcaaagcaagtcggcgaaaaactcaaaaagctcaacctcgacgacttctattacatgtac
accaacgtcaagcgcaccgcagaaaccgcacaaatcatcgccgtgaacaaaggcgaaaac
gtttcgtcaaacattaacgactggcacaagcatagcatcgaaaaccttactgaaatcaac
cagaacctgaaggaatcctggtatgtcaaacccaatcaaagtgcaagcaactgcaagggt
aacgccagctggggctggagttcttattccaaaattgcctaccaggaatacgacaacgat
aacaaccgtcaaaactgcgaaaatgcattctaccccatcgctgacagagttaacgatttc
atcaacacctacttcacatacgaacaaatgcacaagtacaccttggccatttcgcacgac
caataccttgtaccgttcgtcattacaatcagcaacaaacaaatccacgatgacgttaaa
aattccaaatacgatctccgcttccacaagcatgatcgcgacatcaattggaatccggat
tttaactattggatcaactacctcaccggcgtagtactcatcgttgattccgacaacagc
gttataaagctccccgtcaaagcactagacgacggattcctgcgcgaatacaaaaatcca
taa
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