KEGG T00663: LCK

Leuconostoc citreum: LCK_01394

Entry

LCK_01394 CDS T00663

Definition

dextransucrase

Orthology

K00689

dextransucrase [EC:2.4.1.5]

Organism

lci Leuconostoc citreum

Pathway

lci00500	Starch and sucrose metabolism
lci02020	Two-component system

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:lci00500]
Environmental Information Processing; Signal transduction; Two-component system [PATH:lci02020]

SSDB

Motif

Pfam:

Glyco_hydro_70 CW_binding_1

Other DBs

NCBI-GI:

170017743

NCBI-GeneID:

6063183

UniProt:

B1N0B6

Position

complement(1463600..1468087)

AA seq 1495 aa
MQNGEVCQRKKLYKSGKILVTASIFAVMGFGTAISQANASSSDNDSKTQTISKIVKSKVE
PATVQPAEPTNKIVDQADMHTVSGQNSVPPVVTNQSNQQAAKPTTPVTDVTDTHKIEANN
VPADVMPANAPDKQSVTNAPVVPPKHDTDQQDDSLEKQQVLEPTVNSNIPKKQTNQQLAV
VTAPANSAPQTKTTAEISAGTELDTMPNVKHVDGKVYFYGDDGQPKKNFTTIIDGKPYYF
DKDTGALSNNDKQYVSELFSIGNKHNAVYNTSSDNFTQLEGHLTASSWYRPKDILKNGKR
WVPSTVTDFRPLLMAWWPDKSTQVTYLNYMKDQGLLSGTHHFSDNENMRTLTAAAMQAQV
NIEKKIGQLGNTDWLKTAMTQYIDAQPNWNIDSEAKGDDHLQGGALLYTNSDMSPKANSD
YRKLSRTPKNQKGQIADKYKQGGFELLLANDVDNSNPVVQAEQLNWLHYMMNIGSILQND
DQANFDGYRVDAVDNVDADLLQIAGEYAKAAYGVDKNDARANQHLSILEDWGDEDPDYVK
AHGNQQITMDFPLHLAIKYALNMPNDKRSGLEPTREHSLVKRITDDKENVAQPNYSFIRA
HDSEVQTIIADIIKDKINPVSTGLDSTVTLDQIKQAFDIYNADELKADKVYTPYNIPASY
ALLLTNKDTIPRVYYGDMFTDDGQYMAKQSPYYQAIDALLKARIKYAAGGQTMKMNYFPD
EQSVMTSVRYGKGAMTASDSGNQETRYQGIGLVVNNRPDLKLSDKDEVKMDMGAAHKNQD
YRPVLLTTKSGLKVYSTDANAPVVRTDANGQLTFKADMVYGVNDPQVSGYIAAWVPVGAS
ENQDARTKSETTQSTDGSVYHSNAALDSQVIYEGFSNFQDFPTTPDEFTNIKIAQNVNLF
KDWGITSFEMAPQYRASSDKSFLDAIVQNGYAFTDRYDIGYNTPTKYGTADNLLDALRAL
HGQGIQAINDWVPDQIYNLPDEQLVTAIRTDGSGDHTYGSVIDHTLYASKTVGGGIYQQQ
YGGAFLDQLKTQYPQLFQQKQISTDQPMNPDIQIKSWEAKYFNGSNIQGRGAWYVLKDWG
TQQYFNVSDAQTFLPKQLLGEKAKTGFVTRGKETSFYSTSGYQAKSAFICDNGNWYYFDD
KGKMVVGNQVINGINYYFLPNGIELQDAYLVHDGMYYYYNNIGKQLHNTYFQDKQKNFHY
FFEDGHMAQGIVTIIQSDGTPVTQYFDENGKQQKGVAVKGSDGHLHYFDGASGNMLFKSW
GRLADGSWLYVDEKGNAVTGKQTINNQTVYFNDDGRQIKNNFKELADGSWIYLNNKGVAV
TGEQIINGQTLYFGNDGRQFKGTTHINATGESRYYDPDSGNMITDRFERVGDNQWAYFGY
DGVAVTGDRIIKGQKLYFNQNGIQMKGHLRLENGIMRYYDADTGELVRNRFVLLSDGSWV
DFGQDGVPVTGVQVINGQTLYFDADGRQVKGQQRVIGNQRYWMDKDNGEMKKITY

NT seq 4488 nt +upstreamnt +downstreamnt
atgcaaaacggcgaagtgtgtcagcgtaaaaaactgtacaagtcagggaagatattagtt
acagcaagtatttttgctgttatgggttttggtactgccatatcacaagcaaacgcgagc
agtagtgataatgatagcaaaacacaaactatttcaaaaatagtaaaaagtaaagtcgaa
ccggcaactgttcaaccagcggaacctactaataaaatagttgaccaagcagatatgcat
acggtcagcgggcaaaacagcgtgccaccagtagtgactaatcaatccaatcaacaggct
gcaaaaccaactacacctgttaccgatgtcacagatacgcataaaatcgaagcaaacaac
gtccctgctgatgttatgccagcaaatgccccagataaacaatcagtgactaatgcacca
gtagtgccgccaaagcatgatacggaccagcaggacgattcactagaaaaacagcaagta
ttagaaccgaccgtaaatagtaatataccaaaaaagcagacaaatcaacagttagcggtt
gttacagcaccagcaaattcagcacctcaaaccaaaacaacagcagaaatttctgctggt
acagagttagacacgatgcctaatgttaagcatgtagatggcaaagtttatttttatgga
gatgatgggcaaccaaaaaagaattttactactattatagatggtaaaccttactacttt
gataaagatacaggggcactatctaataacgataagcaatatgtatcggaattattcagt
attggcaataaacataacgccgtctataacacatcatcagataattttacgcaattagaa
ggacatctgacggcaagtagttggtatcgtccaaaagatattttgaaaaatggtaaacgt
tgggtaccttcaacagtgactgatttcagaccattattgatggcctggtggccggataag
agtacgcaagtcacttatctgaattacatgaaagatcagggcctcttgtctggtactcat
cacttttccgataatgaaaatatgcggaccttaacggcagctgccatgcaggcacaggta
aacattgagaaaaaaattgggcaacttggcaatacggattggttgaaaacggcgatgacg
caatacattgatgcccagcccaattggaatattgacagtgaggcgaaaggagatgatcat
ctacaaggtggtgcactgctttatacaaatagtgatatgtcgccaaaggccaattctgat
tatcgtaagctgagccgtacgcctaaaaatcaaaagggtcaaattgctgataaatataag
caaggtgggtttgaattattactagcaaacgatgtcgataattctaatccagttgtgcaa
gcagaacaacttaattggttacattatatgatgaatatcggtagtattttacaaaatgat
gatcaagctaattttgatggttaccgtgttgatgctgtcgataatgtggacgctgactta
ctacagattgctggtgaatatgctaaggctgcctatggtgttgacaaaaatgacgcgaga
gcgaatcaacatctatcaattttggaagactggggagatgaagatccagactatgtcaaa
gcacatggcaaccagcaaattacaatggatttccccttgcatttagcgattaaatacgcg
ctcaacatgcctaatgataaacggagtggccttgagccaacccgtgaacacagtttagtc
aaacgaattacagatgataaagaaaatgttgcacaaccaaattattcatttatccgagct
catgacagtgaagtacaaacgattattgctgatattattaaagataaaatcaacccggtc
tcaacagggttagattcaacagtgactttggatcaaattaagcaggcttttgacatctat
aatgctgatgaattgaaagcagataaagtttacacaccttacaatattccagcttcatac
gctttgttattaactaataaagacacaattccacgtgtttattatggtgatatgttcacg
gatgatggccaatacatggctaaacaatcaccttactatcaagccattgatgcgttgttg
aaagctcgtatcaagtatgctgctggtggtcaaaccatgaaaatgaactattttccagat
gaacaatctgttatgacatcagttcgttatggtaagggtgcaatgacggcaagtgactct
ggtaaccaagagacacgctatcaaggtattggacttgttgtcaacaatcgcccagatttg
aaactatctgacaaagatgaagtcaaaatggatatgggtgcggcacataaaaaccaagat
tatcgcccagttttgttgacgacaaaatcaggattaaaagtctacagcactgatgcaaat
gcacctgtcgttcgaactgacgccaatggccaattaacttttaaggcagacatggtatat
ggtgtaaacgacccacaagtgtcagggtacattgcggcttgggtaccagtaggggcttca
gaaaatcaagatgctcgaacgaaaagtgaaacaacgcagtcaactgacgggagtgtttat
cattctaatgcagcgttagattcgcaagtcatttatgaaggcttttcaaattttcaagac
tttccaacaacacccgatgagtttacgaacattaaaattgctcaaaatgttaacttattt
aaggattggggtattactagctttgaaatggcaccacaatatcgcgccagctcagataaa
agtttcttagatgctatcgtacaaaatggttatgcatttacagatcgatatgatattggt
tacaacacaccaacaaagtatgggacagcagataatttgttagatgctttacgtgcattg
catggtcaggggattcaagcgattaacgactgggtaccagatcaaatttataatctaccc
gatgaacagttagtcacggctattcgaacagacggttcaggtgatcatacttatggttca
gttattgaccatactttgtatgcatcaaaaacagttggcgggggcatttatcagcaacaa
tatggtggggccttcttggatcaattaaaaacacagtacccgcaacttttccagcaaaaa
cagatttccacagatcagccaatgaacccagatattcaaattaagtcatgggaagccaag
tacttcaacggttcgaacattcaggggcgtggggcttggtatgttttgaaggactggggc
acacaacagtattttaatgtgtcagatgcgcagaccttccttccaaagcaattattgggt
gaaaaggccaaaactggttttgttacgcgtggtaaggagacttcattctattccactagt
ggctatcaagcaaaatctgcctttatttgtgataatggtaattggtactactttgatgac
aaagggaaaatggttgttggaaaccaagttatcaatggcatcaattattactttttaccg
aatggtatcgaattacaagatgcctatctagtacatgatggtatgtactattattataat
aatattggcaagcaactgcacaacacatattttcaagataaacaaaaaaatttccattac
ttctttgaagatgggcacatggcacagggtattgtcaccatcattcaaagtgatggcacc
ccagtcacacagtactttgatgaaaatggtaagcaacaaaaaggcgtggcggtcaaagga
tcagatggtcatttacattactttgacggtgcgtcagggaatatgctctttaaatcatgg
ggtagactagcagatggctcttggctatatgtagacgagaaaggtaatgcggttacaggc
aaacaaaccattaataatcaaacggtttactttaatgatgatggtcgtcaaatcaaaaat
aactttaaagaattagcagatggttcttggatttatcttaacaataaaggtgttgcagta
acaggagagcaaataattaatgggcagacactttattttggtaacgatggtcgtcaattt
aaagggacaacacatataaatgctactggtgaaagccgttactatgacccagactcaggt
aatatgataactgatcgttttgaacgtgttggtgataatcaatgggcttattttggttat
gatggtgttgcagtaacaggggaccgaatcattaaagggcaaaaactctatttcaaccaa
aatggtatccaaatgaaaggccacttacgtcttgaaaatggtatcatgcgttattacgac
gctgatactggcgaattagttcgtaatcgatttgtattgctatctgatggttcatgggtt
gactttggccaagatggcgtacccgtaactggcgtgcaagtgattaatggccaaacatta
tattttgacgcagatggtaggcaagtcaaagggcagcaacgtgtaatcggcaatcaacgc
tattggatggataaagacaatggtgaaatgaaaaaaataacatactag

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (17)   

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