KEGG   Maribacter sp. HTCC2170: FB2170_16626
Entry
FB2170_16626      CDS       T01306                                 
Name
(GenBank) hypothetical protein
Organism
fbc  Maribacter sp. HTCC2170
Brite
Glycosaminoglycan binding proteins [BR:fbc00536]
 Heparan sulfate / Haparin
  Extracellular matrix molecules
   FB2170_16626
SSDB
Motif
Pfam: Collagen
Other DBs
NCBI-ProteinID: EAR00728
UniProt: A4ATF8
Position
112006..116301
AA seq 1431 aa
MTAQVKIGENPNNIDAASIIELESTTKALVLTRVSTTQMQSISPLRGALVYNIDVQCVYY
FDGNNWINLCDNNSNKTGTAIISTIDNNNGTFTFNYSDGTNFTTSNLIGPTGAKGDKGDK
GDTGAAGADGINGTNGTDGAKGDKGDKGDTGAAGADGLNGTNGTDGAKGDKGDKGDTGAA
GAAGIDGTNGIDGTNGTDGAKGDKGDTGAAGADGINGTNGTDGAKGDKGDKGDTGAAGVD
GIDGTNGTDGAKGDKGDKGDTGTAGADGINGTNGIDGAKGDKGDKGDTGAAGTDGTNGTN
GIDGAKGDKGDKGDTGAAGADGINGTNGTDGAKGDTGDTGAAGADGINGTNGIDGTNGID
GAKGDKGDKGDTGAAGADGINGTNGIDGTDGAKGDKGDKGDKGDTGAAGAAGTDGTNGTN
GIDGAKGDKGDKGDTGAAGAAGINGTNGTDGAKGDTGDTGAAGADGINGTNGIDGTNGID
GAKGDKGDKGDTGAAGADGINGTNGIDGTDGAKGDKGDKGDTGAAGADGINGTNGIDGAK
GDKGDKGDTGDTGAAGADGINGTNGTDGAKGDKGDKGDTGAAGADGLNGTNGIDGAKGDK
GDKGDTGAAGADGINGTNGTDGAKGDTGDTGDTGAAGADGINGTNGIDGTNGIDGTNGID
GAKGDKGDTGAAGADGTNGTNGIDGTKGDKGDKGDTGAAGANGINGTNGIDGAKGDKGDK
GDTGASGADGINGTNGTDGAKGDKGDTGAAGADGINGTNGTDGAKGDKGDKGDKGDTGTA
GADGINGTNGTDGAKGDTGDTGAAGADGINGTNGIDGTNGIDGAKGDKGDKGDTGAAGAD
GINGTNGIDGTDGAKGDKGDKGDTGAAGADGINGTNGIDGAKGDTGDTGAAGADGINGTN
GIDGTNGIDGAKGDKGDKGDTGAAGADGINGTNGIDGTDGAKGDKGDKGDTGAAGADGIN
GTNGIDGAKGDKGDKGDKGDTGTAGIDGINGLDGTNGIDGTDGAKGDKGDKGVTGAAGAD
GINGTNGIDGAKGDKGDKGDTGAAGADGINGTNGIDGAKGDKGDKGDTGAAGTDGINGTN
GLDGTNGIDGDKGDKGDKGDTGTAGIDGINGLDGTNGIDGTDGAKGDKGDKGVTGAAGAD
GINGTNGIDGAKGDKGDKGDTGAAGADGINGTNGIDGAKGDKGDKGDTGAAGTDGINGTN
GLDGTNGIDGAKGDKGDKGDTGAAGAAGIDGTNGIDGTNGTDGAKGDKGDKGDKGDTGAA
GAAGIDGTNGIDGTNGTDGAKGDKGDKGDKGDKGDKGDKGDKGDTGAAGADGINGTDGAK
GDKGDKGDDGDSFIKAFGKVNSNGSALRIQNATVQRLSTGRYRVTLSSSRSTANYIVQLT
VEESYSRRDNIDIHITSQTSSSFEVVISEGDNGGTANTVRDRKWHFTVMDY
NT seq 4296 nt   +upstreamnt  +downstreamnt
atgactgctcaggtcaaaattggagaaaatccgaataacatagatgcagcttccattatt
gaattggagagcacgactaaggccttggttcttacccgagtctctacaacgcaaatgcaa
agcatttcaccacttagaggtgctttggtctataatatcgatgtacaatgtgtttactat
ttcgatggaaacaattggataaacctatgcgataataattccaataaaactggaacagcc
attatatctacaatcgacaataacaacggaacatttactttcaattattccgatggtaca
aatttcacaacttcaaaccttattggacctaccggggcaaaaggagataaaggagacaaa
ggtgataccggagctgctggtgcagatggtatcaacggaaccaacggaactgatggtgct
aagggtgacaaaggagataaaggtgataccggagctgctggtgcagatggtctcaatgga
accaacggaacagatggcgctaaaggggataaaggtgacaagggcgataccggagctgct
ggtgcagctggtattgacggaaccaacggaatagatggaaccaacggaactgatggtgct
aaaggtgataaaggtgataccggggctgctggtgcagatggtatcaatggaaccaacgga
actgatggtgctaagggtgacaaaggagataaaggtgataccggagccgctggtgtagat
ggtattgacggaaccaacggaacagatggtgctaaaggtgacaaaggtgacaaaggtgat
accggaacagctggtgcagatggtattaatggaaccaacggaatagatggcgctaaaggt
gacaaaggtgacaagggtgataccggtgcagctggtactgatggaaccaatggaaccaac
ggaatagacggtgctaaaggtgataaaggtgacaagggtgataccggagctgccggtgca
gatggtattaatggaaccaacggaacagatggcgctaaaggagatactggagatactgga
gctgccggtgcagatggaatcaacggaaccaacggaatagacggaaccaacggaatagat
ggtgctaaaggtgacaaaggtgacaagggtgataccggagcagctggtgcagatggtatc
aacggaaccaatggaatagacggaacagatggcgctaaaggtgacaagggtgacaagggt
gacaagggcgataccggagctgctggtgcagctggtactgatggaaccaatggaaccaac
ggaatagacggtgctaaaggtgataaaggtgacaagggtgataccggagctgccggtgca
gctggtattaatggaaccaacggaacagatggcgctaaaggagatactggagatactgga
gctgccggtgcagatggaatcaacggaaccaacggaatagacggaaccaacggaatagat
ggtgctaaaggtgacaaaggtgacaagggtgataccggagcagctggtgcagatggtatc
aacggaaccaatggaatagacggaacagatggcgctaaaggtgacaagggtgacaagggc
gataccggagctgctggtgcagatggtatcaatggaactaacggaatagacggtgctaaa
ggtgataaaggtgacaagggtgataccggtgataccggagccgctggtgcagatggtata
aacggaaccaacggaactgatggtgctaagggtgacaaaggagataaaggtgataccgga
gctgctggtgcagatggtctcaatggaaccaacggaatagacggtgctaaaggtgataaa
ggtgacaagggtgataccggagctgccggtgcagatggtattaatggaaccaacggaaca
gatggcgctaaaggagatactggagatactggagatactggagctgccggtgcagatgga
atcaacggaaccaacggaatagacggaaccaacggaatagacggaaccaacggaatagat
ggtgctaaaggcgacaaaggtgataccggagctgctggtgcagatggaaccaatggaacg
aacggaatagatggtactaaaggtgacaaaggagataaaggtgataccggagccgctggt
gcaaatggtatcaatggaaccaacggaatagacggcgctaaaggtgataaaggcgacaaa
ggtgataccggagcttccggtgcagatggtattaatggaaccaacggaactgatggtgct
aaaggtgataaaggtgataccggggctgctggtgcagatggtatcaatggaaccaacgga
actgatggtgctaaaggagataaaggtgacaaaggtgacaaaggtgataccggaacagct
ggtgcagatggtattaatggaaccaacggaacagatggcgctaaaggagatactggagat
actggagctgccggtgcagatggaatcaacggaaccaacggaatagacggaaccaacgga
atagatggtgctaaaggtgacaaaggtgacaagggtgataccggagcagctggtgcagat
ggtatcaacggaaccaatggaatagacggaacagatggcgctaaaggtgacaagggtgac
aagggcgataccggagctgctggtgcagatggtatcaatggaaccaacggaatagatggc
gctaaaggagatactggagatactggagctgccggtgcagatggaatcaacggaaccaac
ggaatagacggaaccaacggaatagatggtgctaaaggtgacaaaggtgacaagggtgat
accggagcagctggtgcagatggtatcaacggaaccaatggaatagacggaacagatggc
gctaaaggtgacaagggtgacaagggcgataccggagctgctggtgcagatggtatcaat
ggaaccaacggaatagacggtgctaaaggtgataaaggtgacaaaggagacaagggtgac
accggtaccgctggtattgatggaatcaatggattagatggaaccaacggaatagacgga
acagatggcgctaaaggtgataaaggtgacaagggggttaccggagccgctggtgcagat
ggtatcaatggaaccaacggaatagatggtgctaaaggtgacaagggtgacaaaggagat
accggagctgctggtgcagatggtattaatggaaccaacggaatagacggcgccaaagga
gataaaggtgacaagggcgataccggagccgctggtacagatggtatcaatggaaccaac
ggattggatggaaccaacggaatagatggtgataaaggtgacaaaggagacaagggtgac
accggtaccgctggtattgatggaatcaatggattagatggaaccaacggaatagacgga
acagatggcgctaaaggtgataaaggtgacaagggggttaccggagccgctggtgcagat
ggtatcaatggaaccaacggaatagatggtgctaaaggtgacaagggtgacaaaggagat
accggagctgctggtgcagatggtattaatggaaccaacggaatagacggcgccaaagga
gataaaggtgacaagggcgataccggagccgctggtacagatggtatcaatggaaccaac
ggattggatggaaccaacggaatagatggtgctaaaggtgacaaaggagacaaaggtgat
accggagctgctggtgcagctggtattgacggaaccaacggaatagacggaaccaacgga
actgatggcgctaaaggagataaaggcgacaaaggagacaagggtgataccggagctgct
ggtgcagctggtattgacggaaccaacggaatagacggaaccaacggaactgatggcgct
aaaggagataaaggtgacaaaggtgataaaggtgataaaggtgacaaaggtgacaagggt
gacaagggcgataccggagctgctggtgcagatggtatcaacggaactgatggcgccaaa
ggagataaaggtgacaagggtgatgacggagattcctttataaaggcatttggcaaagtt
aattccaatggatcggcattacgtattcaaaatgcgacggttcaaaggttatccacagga
agatatagggtcactctaagttcatcaagatccacagcaaactatattgttcaattaaca
gttgaagaatcttattccagaagggacaatatcgatattcatattacatcccaaacttct
tcaagctttgaagtagtcatttcagaaggagacaatggaggtacggctaatacagtaaga
gatagaaagtggcactttaccgtaatggattattaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (329)   
   RefGene (327)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (332)   

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