Leuconostoc mesenteroides KFRI-MG: LMES_1516
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Entry
LMES_1516 CDS
T02997
Name
(GenBank) hypothetical protein
KO
K19720
collagen type III alpha
Organism
lmk
Leuconostoc mesenteroides KFRI-MG
Pathway
lmk04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
lmk00001
]
09140 Cellular Processes
09142 Cell motility
04820 Cytoskeleton in muscle cells
LMES_1516
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
00536 Glycosaminoglycan binding proteins [BR:
lmk00536
]
LMES_1516
Glycosaminoglycan binding proteins [BR:
lmk00536
]
Heparan sulfate / Heparin
Extracellular matrix molecules
LMES_1516
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Collagen
Adhesin_P1_N
KxYKxGKxW_sig
Motif
Other DBs
NCBI-ProteinID:
AHF19731
LinkDB
All DBs
Position
complement(1571886..1575506)
Genome browser
AA seq
1206 aa
AA seq
DB search
MFAKVIQLLFNVYQNDIMNTYNNYSGEHMENRKDQYKLYKSGKLWITATVAVVLFNASVT
VVSADDGKTTEQSSLVQNDKDVVLVSENPSDHQTSMAVDDTEIVSAVESAESVGVVVKQE
PTRSNIVSDSEHTEDIAKVKNDIASDYAQQISELQNAEKTQQQNNQRFNQHTEEYESALH
KGKQQNKDGKTQIATSAAKQALDFDTSKPADESSPTSNIEPSKICTGIGSHSNLSDSTKV
WEYVGPQVLNATIEKTWSRSGSIEDADGNKRSVDFHEIFHDFQLQNGNWNDTNNYKESGI
PHLAISSNAVDNIWATNLNWQTTFWFTYSDSHEVVPISKVPGSNEEPKVYFLSGSLSSTN
FAGPEWDNWNGNRKEYVQTNDAKTAIINEQSTIGLDYISADGIVDNAPDGLAYVNTSADF
QSPNWDEDTNPQHYAIEEGVSFTDFTTDKPTLYIGAVPMNKNARWWHENHNMNSDELAFL
KKPEKIDPVTVTYHLNTITYEKNNNIQPLVAEITDSDPEVHQENEVSNDTRTPENNQKGY
GAATSPALTESSVKNQSEVTVHYVLKRIHGKELQSTQTIKGTSGQSYYDEVGNFISNNSD
EDVTTYEIPETFNQEVAGITNSNDGLLHYTYTADGNGGVFTEQKNISNPKQNVWVIYTYS
VDGKNGQDGKDGVNGIDGQNGVDGKDGVNGKDGQNGVDGKDGVNGIDGQNGVDGKNGVNG
IDGQNGVDGKDGVNGIDGQNGIDGKNGVNGKDGQNGVDGKNGVNGIDGQNGVDGKDGVNG
IDGQNGIDGKNGVNGIDGQNGVDGKNGVNGIDGQNGVDGKNGVNGIDGQNGVDGKNGVNG
KDGQNGVDGKDGVNGKDGQNGVDGKNGVNGKNGVNGIDGQNGVDGKDGVNGKDGQNGVDG
KDGVNGKDGQNGVDGKDGVNGIDGQNGVDGKDGVNGIDGQNGVDGKDGVNGKDGQNGVDG
KDGVNGIDGQNGVDGKDGVNGKDGQNGVDGKDGVNGKDGQNGIDGKNSLNNQEASNSIED
KDVADSIDTKKGRDNTENFKSNTLSTSKTSGDAIEEMIVKEECSPTENNNQVQEKQVSAN
DADNVPNQGLESYYQADHNSDQSTFSADQLKKNDLAAIIGETSSYHKSEQNQNEGKTLHT
DNLESKDNANDVVSQKDIEKQKINQSKNNGLQLPKTNGHRYFASALEAVILAMLLIISKV
YKKIRI
NT seq
3621 nt
NT seq
+upstream
nt +downstream
nt
atgtttgctaaagttatacaattattgtttaacgtttatcaaaatgatataatgaacact
tacaataattactcgggggagcatatggaaaatagaaaagatcaatataaattatataag
tcagggaaattatggataactgcaacggttgctgtggtgttgtttaacgcatctgtaaca
gttgtcagtgctgatgatggaaagactacagagcaaagcagtttagttcaaaatgataaa
gatgtcgttctcgtatcagagaatccatcggaccatcagacatctatggcggtagatgat
acggaaattgttagtgctgttgaatcggctgaaagtgtgggggttgttgttaaacaggaa
cccacccgaagtaatatagtgagtgattctgagcatacggaggatattgctaaggttaaa
aacgatattgcaagtgactatgcacaacaaatttctgaactacagaatgccgaaaagacg
caacagcaaaataatcaacgatttaatcaacatactgaagaatacgaatcagctttacat
aaggggaaacagcaaaataaggatggcaaaacacagattgcaacatcagctgctaaacaa
gcattggattttgatacttcaaaaccggcggatgagagtagtccaacgtcgaatatagaa
cccagtaaaatctgcacgggtattggttcacattcaaatctcagcgatagtacgaaagta
tgggaatatgtagggccacaggtattgaatgctacaatcgaaaaaacgtggtcacgttca
ggaagtatcgaggatgctgatggtaataagcgaagtgtcgattttcacgaaattttccat
gattttcaattacaaaatggcaattggaatgacactaacaactataaggagtctggcatt
ccgcatttagctatcagtagtaatgccgttgataacatatgggcaacgaatctaaattgg
caaacaactttctggtttacctatagtgatagtcatgaagttgtaccgatttctaaggtt
cctggttcaaatgaggaacctaaagtatatttcttgtctgggtccttaagttcgacaaat
tttgctggtccagagtgggataactggaatggtaatcgcaaagagtatgttcaaacgaat
gacgccaaaacagctattattaatgagcaatcaacaattggcttagattatatcagcgct
gatggcattgtagacaatgcccctgatggacttgcctatgtaaacacaagtgctgatttc
caatccccaaattgggatgaggataccaacccacaacattatgctattgaagaaggtgta
tcttttacagattttacaacggataaaccaacattgtatattggtgcagttccgatgaat
aaaaatgcgcgttggtggcatgaaaatcataatatgaattctgatgaactagcatttttg
aaaaagccggaaaagattgatccagttacggttacttatcatttaaatactataacgtac
gaaaaaaacaataatattcaaccattagtagcagaaattactgattcagatcccgaagtt
catcaggaaaatgaagtatcaaatgatacaagaacacctgaaaataatcagaagggttat
ggtgcagcaactagcccagctttgacagaatcaagcgtgaaaaatcaatctgaagtcaca
gttcactatgttcttaagaggatacatggcaaagaattacagtcgacgcaaactattaaa
ggaactagtggtcaatcttattacgatgaagtaggtaatttcattagcaataattcagac
gaagatgtaaccacatatgagattccagaaacatttaatcaagaagtggcaggcattacc
aattctaatgatggattactacattatacttatacagcagatggtaatggcggtgtattt
actgagcaaaaaaatatttctaatccaaaacagaatgtttgggtgatttatacttattct
gttgatggcaagaacggccaagacggaaaagatggcgtaaacggtattgatggtcaaaat
ggtgtcgatggtaaagatggcgtaaacggcaaagatggtcaaaatggtgtcgatggcaaa
gatggcgtaaacggcatcgatggtcagaacggtgttgatggcaagaacggcgtaaacggt
atagacggtcagaacggtgttgatggaaaagacggcgtaaacggtattgatggtcaaaat
ggtatcgatggcaaaaatggcgtaaacggcaaagatggtcagaacggtgttgatggcaag
aacggcgtaaacggtatagacggtcagaacggtgttgatggcaaagacggcgtaaacggt
atagacggtcagaacggtatcgatggtaaaaatggcgtaaacggcatcgatggtcagaat
ggtgtcgatggtaaaaatggcgtaaacggcatcgatggtcagaatggtgtcgatggcaaa
aatggcgtaaacggtattgatggtcagaacggtgtcgatggcaaaaatggcgtaaacggc
aaagatggtcagaacggtgtcgacggcaaagatggcgtaaacggcaaagatggtcaaaat
ggtgtcgatggcaaaaatggtgtaaacggcaaaaatggtgtaaacggcattgatggtcag
aacggtgtcgacggcaaagatggcgtaaacggcaaagatggtcaaaatggtgtcgacggc
aaagatggcgtaaacggcaaagatggtcagaatggtgtcgacggcaaagatggcgtaaac
ggtattgatggtcaaaatggtgtcgatggtaaagatggcgtaaacggtatagacggtcag
aacggtgttgacggcaaagatggcgtaaacggcaaagatggtcaaaatggtgtcgacggc
aaagatggcgtaaacggtatagacggtcagaacggtgttgacggcaaagatggcgtaaac
ggcaaagatggtcaaaatggtgtcgacggcaaagatggcgtaaacggcaaagatggtcaa
aatggtatcgatggcaagaacagtttaaataatcaagaggcctcaaatagtattgaggac
aaagatgttgcagacagcattgatactaaaaaagggcgagacaatacggagaactttaaa
agtaataccttaagtacatccaaaacaagcggtgatgccatagaggaaatgatagtcaaa
gaagagtgctcacctactgaaaacaacaatcaagttcaagaaaagcaagtttcagctaac
gatgcagataacgtacctaatcaagggttagagagttattatcaagccgatcacaattct
gatcaaagcactttttcagccgatcaattaaagaaaaatgatttagctgctatcattggg
gagacaagtagttaccacaaaagtgagcaaaaccagaatgaaggaaagacattgcatacg
gataatttagaatcaaaagataacgccaatgatgtagtttctcaaaaagatattgaaaaa
cagaaaataaatcaatccaaaaataatgggttacagctccctaaaacaaatggacaccga
tattttgcatcggcattggaagccgttatactagcgatgttgcttataatttctaaagta
tacaaaaagattagaatatga
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