Gene SAG1552 details

Gene Information

• Locus tag: SAG1552
• ID: 1014361
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Streptococcus agalactiae 2603V/R
• Kingdom: Bacteria
• Replicon accession: NC_004116
• Strand: -
• Start bp: 1559887
• End bp: 1562046
• Gene Length: 2160 bp
• Protein Length: 719 aa
• Translation table: 11
• GC content: 35%
• IMG OID: 637316723
• Product: hypothetical protein
• Protein accession: NP_688545
• Protein GI: 22537694

Plasmid Coverage information

• Num covering plasmid clones: 3
• Plasmid unclonability p-value: 0.253159
• Plasmid hitchhiking: No
• Plasmid clonability: normal

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

ATGAAAAAAT ATCTAAGTAT TGTAGCCCTT TTAACTATTT TGTTTAGCTC TATTTATTAT 
TTGTATTACT TTGATGGTAG TTTGTATTTA CCAAAGGGCT TATTAAAAGA AAATACAAGA 
ACTAACTTTG TTGTTAAAGG TGATACTGTA CTTCACAAGC CCACCAATAA ACCTTTTGTT 
GTTAAAGGAG TAGACGTTGA GTCTTCCTTA GCGGGTTATC ATCACAACGA TTTTCCTATT 
ACTCAAAAAA CGTATCGTGA ATGGTTCCAT TTAATTTCCA ACATGGGGGC AAATACTGTA 
AGAGTCAAGG TACCGATGAA TGTTGCATTT TACGATGCCT TATATCACCA CAACAAAGCA 
TCAAAGAGGC CACTGTATTT GTTGCAAGGA ATACGTATAG ATTCTTATCG CAATAATGCT 
TCTATAACAG CTTTTAATGA TAATTATAGG GGGTATTTAA AACGAGAAGC AAAAGGCGTT 
GTGGATATTC TCCATGGGCG TAAGCAAGTA TGGAATACTG ATTTGGGTAG CCGTCATTAT 
CATTATGATC TTAGTCCTTG GGTACTTGGT TATGTCGTAG GGGATGATTG GAATAGTGGT 
ACTGTCGCTT ATACTAATCA TCAAGAGAAA AAAACGCAAT ATAAAGGACG TTATTTTAAA 
ACTTCTGTGG CAGCTAATCC ATTTGAGGTC ATGCTAGCTC AAGTAATGGA TGAATTGACA 
CATTATGAGA CAGCTAAATA TGGTTGGCAA CATTTGATTA GTTTTTCAAA CTCACCAACA 
ACAGACCCTT TTCATTATCG AAAACCATTT GAGGCACAGG CTCCTAAATA CGTACAACTA 
AATGTAGAAA ATATTCAAGC TAATTCAAAT GTTAAAGCAG GTATGTTTGC AGCATATAAA 
GCTATTGATT TCCATCCTCG ATACAAGGAT TATCTATTAT TTGATAAAGA GAATATCAGT 
AAAGAAGATA GACAAAAGAT TAAAGAACTT TCTTTGTCAC AGGGATACGT TAAACTGCTA 
AATGCTTATC ACAAAATCCC TGTTCTAGTC ACGGGTTATG GCTATTCGAC AGCGAGAGGT 
ATTGCCCAAA AAGAAATTGA TAAACGTCCT CTGCCGATTA ATGAAAAAGA ACAAGGTCAG 
CGTTTACTAG AAGATTATGA ATCTTTTATA TCATCCGGTA GTTTTGGAGC GACTATCAAT 
GCATGGCAAG ACGATTGGAA TGCAAGGGCG TGGAATACAT CTTTCGCCAC AAATAAACAT 
AGTCAATTCC TATGGGGGGA TGCACAAGTA TTTAATCAAG GTTATGGTTT ATTAGGCTTT 
AAAAACGCAA AACATCATTA TCAAGTTGAT GGTAAAAGAG GCAAAGGAGA GTGGAAACAT 
CCTCTGATGA CTAGTGCAAC AGGAGATGAC TTATATGCTA GCAGTGATGA AAGCTATCTC 
TACCTTGCGA TTAAAACAAA ACCTGAAAAA CTAAAAGAAA AACGATTATT ACCAATAGAT 
ATTACACCAA AATCTGGTAG TAGAAAAATG AATGGTAGTA AGGTCACATT TTCTAAATCT 
AGTGACTTTG TATTGTCTAT TGATCCAAAT GGCAAGTCTG AATTATTTGT CCAAGAGCGC 
TATAATGCCT TAAAAGCGAA CTATCTTCGA CAGCTTAACG GTAAAGATTT TTATGCTTTC 
CCACCAAAGA AGAACAGTAG TAATTTTGAG CAGATAAATA TGGTATTGAG AAATACAAAG 
ATTGTTGAAG ACATGGAAAA AGTAAAAGCA ACAGAGAGGT TCTTACCAAC TCATCCTACT 
GGTCTTCTCA AAACAGGAAC AACTGATAGG CACCAAAAAA CATTTGATTC ACAAACAGAT 
ATTTCGTTTG GAAAGGACTT TATAGAGGTC AGAATTCCGT GGCAGTTGTT GAATTTTTCT 
GATCCATCAT CTCAAAAAAT TCACGATGAT TACTTTAAAC ATTATGGTGT GAAGGAGTTA 
GAAATTGAGA GCATTGCTTT AGGATTAGGT GCTAATAGCA AAGAAAACAC ACTGATAAAG 
ATGGCAGATT ATCGTTTGAA AAATTGGGAG AGACCCGATA CCAAAACCTT TTTAAAAGAC 
TCCTATTATA GTATTAAGAA AGAATGGTCT AAAGAAAGAG AGAGAACATA TGGTACATAA 

 

Protein sequence

MKKYLSIVAL LTILFSSIYY LYYFDGSLYL PKGLLKENTR TNFVVKGDTV LHKPTNKPFV 
VKGVDVESSL AGYHHNDFPI TQKTYREWFH LISNMGANTV RVKVPMNVAF YDALYHHNKA 
SKRPLYLLQG IRIDSYRNNA SITAFNDNYR GYLKREAKGV VDILHGRKQV WNTDLGSRHY 
HYDLSPWVLG YVVGDDWNSG TVAYTNHQEK KTQYKGRYFK TSVAANPFEV MLAQVMDELT 
HYETAKYGWQ HLISFSNSPT TDPFHYRKPF EAQAPKYVQL NVENIQANSN VKAGMFAAYK 
AIDFHPRYKD YLLFDKENIS KEDRQKIKEL SLSQGYVKLL NAYHKIPVLV TGYGYSTARG 
IAQKEIDKRP LPINEKEQGQ RLLEDYESFI SSGSFGATIN AWQDDWNARA WNTSFATNKH 
SQFLWGDAQV FNQGYGLLGF KNAKHHYQVD GKRGKGEWKH PLMTSATGDD LYASSDESYL 
YLAIKTKPEK LKEKRLLPID ITPKSGSRKM NGSKVTFSKS SDFVLSIDPN GKSELFVQER 
YNALKANYLR QLNGKDFYAF PPKKNSSNFE QINMVLRNTK IVEDMEKVKA TERFLPTHPT 
GLLKTGTTDR HQKTFDSQTD ISFGKDFIEV RIPWQLLNFS DPSSQKIHDD YFKHYGVKEL 
EIESIALGLG ANSKENTLIK MADYRLKNWE RPDTKTFLKD SYYSIKKEWS KERERTYGT