Gene LACR_D28 details

Gene Information

• Locus tag: LACR_D28
• ID: 4405881
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Lactococcus lactis subsp. cremoris SK11
• Kingdom: Bacteria
• Replicon accession: NC_008506
• Strand: +
• Start bp: 32107
• End bp: 34128
• Gene Length: 2022 bp
• Protein Length: 673 aa
• Translation table: 11
• GC content: 34%
• IMG OID: 639654628
• Product: hypothetical protein
• Protein accession: YP_796554
• Protein GI: 116326634

Plasmid Coverage information

• Num covering plasmid clones: 0
• Plasmid unclonability p-value: 0.00718795
• Plasmid hitchhiking: No
• Plasmid clonability: unclonable

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGGCTATTT ATCATTTTGA GGCTAAAGTT ATTTCAAGAG GGAAAGGACA GTCTGCAATT 
GCTAGCGCCT CTTATCGTAG TGGGGAAAAA TTATACAGTG AACGCTATAA TAAATTTAAT 
TTCTATGGTC GAAGTGTTGC TCCTAAAACT TTTATTTTAA AACCAAGCAA TGCACCTGAC 
TGGACGTTAA ATCGTCAGAA ATTATGGAAC GAAGTAGAAA AAATCGAAAA ATCAAAAAAT 
GCTCAACTAG CAAGAGATTT TATTTTAGCG TTGCCTTCTG AATTGAACGA AGAAGAACAA 
GAAGAACTCC TTTTAAATTA TTGTCAAGAA AATTTTGTCA ATCATGGCAT GGTGGCTGAT 
ATTGCCATTC ATAGAGATAA AGACGGTAAT CCTCATGCTC ATATTATGAC AACAAACCGC 
CCATTTAAAG AAAACGGGGA TTGGGGAACT CGTCAAAAAA AAGTTTATCA CTATGATGAA 
CAAGGCAATA AAATTTACGA TAAAGAAAAG AAAACTTATC AATGCTCCAC AGAAAAAACA 
ACGGATTGGG ATAGTAAAGA ACGCTTAAAA CAATGGCGTG AAAATTGGGC AGTTGCGATT 
AATAACTCTT TAGAAAAAAA AGGATTAAAC ATAACCGTAA CGGATAAAAG TTTTAAAGAA 
CAAGGAAAGA AAGAACTCCC AACAAAACAC CTTGGAAGCT ATGCCCATCA ACTTGAATTA 
AAAGGATTGC CTAGTGAAAA CGGGGACATC AATAGAGAAA TTAAAAAGTA TAATCAACTC 
TTATACAAAC AAGAACAATT AGAAAAAGAA ACCAAAGAAA AGAACCAAAC AAATCCATTT 
ACTCGTCATT TTACGCCCAA AGAAAAACGT ATTTTATCTG ACCTTTCTAA AGAACTTAAT 
GTCTTTATTT CCTTTGAGAA ATTGGAAGAT AAAAAGCGTA TGTTAAACAA CTGGAAAAAC 
TCTGCACTAG CTAAACAAGC GATGACGAAT GGGCAAGAAC AAGAACCGAT TTTAAGTAAA 
ATTAAAGACC AAAAAGAAGC GGTTGAACAA GCAGAAATTC TTTTAAATAA AGAAGCCCAA 
CGGTTTATTT CTGCTCACTA TTTAAAAGTC AATACAAACG CACTTAGTCC TTATATGGCA 
AGAGAATTAG TTGATAAAAC CATTCATAAT GAACAGCTTT TTGACTTAAA AGAAACGGAA 
CAAATTTTAC TTAAAAGCCA ACAACAGGAA TTGTCACACA ATCTATCCTT GCTTTTAAAA 
GACCCGTATA TCAGTGTTCG TGTGATGAAA GAAAAACTGA ATAAACAAGA AGCTATTCTT 
AAAACATTCT GTGCTAAACA CGATATTAAG TTAGAGAATA AAGAAAGTGT TGCTCGTCAA 
TCCGACGAAG TTAAAAAAGC TTTCCAAGGC ATTATCCAAC CCCTTGCTCG CTACAAAATG 
GCAATAAAAG CCGTTCATTA CTACCATGAA ACAACGATAA AAGAACACTT GCCAATGATT 
GACAGCAAGC AATTGAATGA ACTACAAAAA GAGCAATTGT GCAATGCTAT TCTCTATTTT 
GGCGACCAAC TCGAAGAAAA AGTAGTGATT GATGTTTTGA ATGATAGAAA ACCTATGAAG 
TACGATACCG CAACAAAAGA ACGCTTGCTT ACAGGTTTAT TAGAAGAAGG TCACACTCAC 
TTATCAGAAG TAGAAAAACA GTTCTTTGAA AATCCAAGCA TGAAAGTTAT GTTTTTCAAT 
GAATGTGTCC AAACGAAAGA TTTTAGTAAA GCAGGCAAGC AAACATTAAA AGCTGTGTTT 
GATAAAAACT ATACGAATGT CAAAGATGAA CTTAACAAAG AAAAAAATGT GGAAGAAAAA 
AACTACTACC GCAACAATAC AAATAATTTC AATCTGCTCA AAGGACTAGG AACAAATCTA 
CTCTTTACGA TTTTACGAGG GGAAAGCGAA CCTGAACGTC CCGCTCATAA ATTGAAGAAG 
AAAAAGCATA AAAACGATAG AGGATACAGT CCAAGAATGT AA 

 

Protein sequence

MAIYHFEAKV ISRGKGQSAI ASASYRSGEK LYSERYNKFN FYGRSVAPKT FILKPSNAPD 
WTLNRQKLWN EVEKIEKSKN AQLARDFILA LPSELNEEEQ EELLLNYCQE NFVNHGMVAD 
IAIHRDKDGN PHAHIMTTNR PFKENGDWGT RQKKVYHYDE QGNKIYDKEK KTYQCSTEKT 
TDWDSKERLK QWRENWAVAI NNSLEKKGLN ITVTDKSFKE QGKKELPTKH LGSYAHQLEL 
KGLPSENGDI NREIKKYNQL LYKQEQLEKE TKEKNQTNPF TRHFTPKEKR ILSDLSKELN 
VFISFEKLED KKRMLNNWKN SALAKQAMTN GQEQEPILSK IKDQKEAVEQ AEILLNKEAQ 
RFISAHYLKV NTNALSPYMA RELVDKTIHN EQLFDLKETE QILLKSQQQE LSHNLSLLLK 
DPYISVRVMK EKLNKQEAIL KTFCAKHDIK LENKESVARQ SDEVKKAFQG IIQPLARYKM 
AIKAVHYYHE TTIKEHLPMI DSKQLNELQK EQLCNAILYF GDQLEEKVVI DVLNDRKPMK 
YDTATKERLL TGLLEEGHTH LSEVEKQFFE NPSMKVMFFN ECVQTKDFSK AGKQTLKAVF 
DKNYTNVKDE LNKEKNVEEK NYYRNNTNNF NLLKGLGTNL LFTILRGESE PERPAHKLKK 
KKHKNDRGYS PRM