| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_0576 |
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| Symbol | |
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| ID | 4438437 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Streptococcus thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | + |
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| Start bp | 519935 |
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| End bp | 522925 |
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| Gene Length | 2991 bp |
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| Protein Length | 996 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 639676285 |
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| Product | hypothetical protein |
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| Protein accession | YP_820042 |
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| Protein GI | 116627423 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01168] Gram-positive signal peptide, YSIRK family |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCGAGGGA AACAACAAGA TTTTCGAACA GAGAAGTACA TTCGTTACGG TATTCGTAAG
TTCAGCTTTG GAGCAGCATC AGTAGCAATT GCTGTTGGTT TAATGTTCTT AGGTAATGGC
GTAGTATCAG CGACGGAAGT ACAATCAGCT GAAACAGCTA TTACAACATC TGCTTCTAGT
CAAGGTGACA AGGAGACGGA AAAGGCTGAG CCTAAAGCAG AAACAGTAGA AACTGTGAAG
CCAGAAACTG TGAGTCCAGA GACTATAAAG CCAGAAACTG TGAATCCAGA GACTGTGAAG
CCAGAAACTG TGAATCCAGA GACTGTGAAT TCAGAGACTA TGAAGCCAGA AACTGTGAAT
CCAGAAACTG AAAAAGCTAC AGAAGTGAAA TCAGAAGTTG CAGCTACAAA GGCAGCAACT
AAAGCAACTC TAGCGAATAC AGATGCTAGT CAAGCCGATG TAGATGCACA AGCAGAAACT
GTATCAGCTT TGAGCACAGC TGTAACTGAA TCAAATACTG CTGAAAAGAA ATTAAGACCA
ACTGAAATTT ATACAACTAA TGGTACTCCA GGTACCGCCG GCACTGCAGT TAAGACAAAT
GCAAAGTATG CAAATTCTGT GGAAACAGTG GATAATAACA AGCGTGGTAA TAGAGAGAAT
ACAGATTCTA TTAACCAAAG ACGAAGAGTC AAAAGAAGTG CAATAGATAC AACTAATTTT
GCTCAAAACT ACGATAGAAA GGTATTGTCA GGTTCAGTTA CCTATCCGGG TTTCTCAGTT
AGTGATCCAG ATTATCCATC TGGAATGTGG ATTGATCCAG ATAAATCTCA TTACAGTTAT
GAATGGTTGC AAGCAAAAAT AAAGGGAAAA AATCATGGAA ACCAGATTGT TTTTTCAACT
AATCGAACGG GCGATGGAAT TGTTTATGTA ACGGAATTAT CGGAATCAAA TAAGGTTTTA
AAGCAATACA CTTTAAAGCA AAATACTAAG GTAAAATCTG CTGTATTTGA TAATACCACC
TATTATAATG ATGTTTATAT TGCAATGGTC CACTCTGATG GCTTTGATAA ATTTGGCAAC
AGTTTTGTTG CTAACAGTTT TGTTACTAAA TATAGAGCTA GTACATTTGA TAATTACTAC
TACAGTACAC TTGCTTATTT TGTACCAAAA TTGATCACAC AAACAACCTA TTTTGTTGAT
AAAGATGGCA AGCAAATCAC CGACAGTAAT GGTAATCCGG TTGTTCCTTA TACACAAAAA
GGGTTAGTTG GCCAAAAATA TACGACGAGT CCCATACTTA TAAATGGTTA CTATGCTATT
GCACCTGCTA ATTCAAATGG CGTTATGTCA CCATACGGAG AGATTGGTGC TAGTTATGTT
AAAGACTTTC ATGATGGAGT AGTTATTACT TACACTCAGA CTGGTTCAGA TGGAACAATG
TCTGCATCAA TTGCTCGATA TGGAATAGTT CTCAAAAAAT GGACAAATTT AAAGCCTTCA
GATCCTACGG AAACGTATAG TGATGATCGA TTTGTTGTTG GGTCATACGG AATTAAAAAT
CCATATATCC CACAAACCTC TGATATTAAG TATGTTTACA ACAAGCTCGG CAACTGGATT
GTCTCTAATC CTGATGGCTC GACAAAATCA ATTATTTATC CCAATGATCC TAGTGACCCT
ACTAAGATTG CTGATTCATC TGTGCCTGGT TACCCGGTTA TTGATTTTCT TCCTGGCTAT
ACACCTAAAG ACCATATGGG GACTCCTTTG GTGCCAGTTG ATCCCGATGA TCATACTAAG
GGCTATATTC CACCAACACC TGAAAACCCA ACAGAAGATA CTGTAATCAC TTATGAGAAA
GATTCTCAAA AAGCAACAGT AACTTATGTT GTAGAAGGAA CAGGAACAGT ACTTCACACA
GATAACCTAG AAGGTAAATC TGGAGAACCA ATTGATTACT CAACAGTAGC TAAGCTTGCT
GAACTTAAAG CTCTAGGGTA TGACCTCGTA ACTGATGGAT TCACAACAGC TACAGATAAG
AACTTCGATA AAGATACGAA AGTAGATCAA AGCTTTGTAG TAACGGTTAA ACCACACGTT
GAACCAATCA AACCAGTAGA TCCAGAAAAT CCAAATGATC CAAATAAACC AAAACCAGGT
GATCCAATCG ATCCTAACAA CCCTGATGGA CCAAAATGGA CAGAAGATCT CATTAAACAG
ATTGATACAA CTCGCCACGT GAACCGTACA ATCACATCCG TTAACGAAAA AGGTGAGGAA
GTAGCTCAGA AAGTAACAGA TAAAGTTACA TTCACTCGTG AAGGTAAGAT TAATTCTGTA
ACAGGTGAAA TCACTTACGG CAACTGGACA GCTAAAGATG GAGATACAAC ATTCGATAAA
GTTGAATCAC CAGTAGTTCA AGGCTACATC CTGAAAGATG CTAAACAAAA AGAAGTAGCA
GCTACAACAG GATTAACGGT AGACTCTAAA GATGAAAATA TCGAAGTTGT CTACACTAAA
CTTGGTTCAT GGGTACCAAA AGTACCAGAA GGATTCGAGG AACCAAAACT TGATAAACCT
CAATATCCAA ACGATCCAAC AGATCCAACA AAACCAGGAA CACCAACAAC AGTGATTCCT
CAAGTGCCAG GAACAACTCC AAAAGATTCA AATGGAAACC CACTGAAACC AGTAGATCCA
AACGATCCAA GTAAAGGATA TGTTCCACCA ACACCTGAAA ACCCAACAGA AGATACTGTA
ATCAACTATG TTCCAGTACC ACAACCTGTA AGACCTACAG ATAATGGAGA TAATAATGGA
ACACCAACAA CTGCAGCTCA ACCAGCATCA CCTTCTACAC CTCAATATAT GGATGGCAAA
CGTGAACTTC CAAATACAGG TACAGAAGAT AATGCTAGCC TAGCAGCACT TGGACTTCTC
GGAGTATTGA GTGGATTTGG TCTTGTAGCT CATAAGAAGA AAGAAGATTA A
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| Protein sequence | MRGKQQDFRT EKYIRYGIRK FSFGAASVAI AVGLMFLGNG VVSATEVQSA ETAITTSASS
QGDKETEKAE PKAETVETVK PETVSPETIK PETVNPETVK PETVNPETVN SETMKPETVN
PETEKATEVK SEVAATKAAT KATLANTDAS QADVDAQAET VSALSTAVTE SNTAEKKLRP
TEIYTTNGTP GTAGTAVKTN AKYANSVETV DNNKRGNREN TDSINQRRRV KRSAIDTTNF
AQNYDRKVLS GSVTYPGFSV SDPDYPSGMW IDPDKSHYSY EWLQAKIKGK NHGNQIVFST
NRTGDGIVYV TELSESNKVL KQYTLKQNTK VKSAVFDNTT YYNDVYIAMV HSDGFDKFGN
SFVANSFVTK YRASTFDNYY YSTLAYFVPK LITQTTYFVD KDGKQITDSN GNPVVPYTQK
GLVGQKYTTS PILINGYYAI APANSNGVMS PYGEIGASYV KDFHDGVVIT YTQTGSDGTM
SASIARYGIV LKKWTNLKPS DPTETYSDDR FVVGSYGIKN PYIPQTSDIK YVYNKLGNWI
VSNPDGSTKS IIYPNDPSDP TKIADSSVPG YPVIDFLPGY TPKDHMGTPL VPVDPDDHTK
GYIPPTPENP TEDTVITYEK DSQKATVTYV VEGTGTVLHT DNLEGKSGEP IDYSTVAKLA
ELKALGYDLV TDGFTTATDK NFDKDTKVDQ SFVVTVKPHV EPIKPVDPEN PNDPNKPKPG
DPIDPNNPDG PKWTEDLIKQ IDTTRHVNRT ITSVNEKGEE VAQKVTDKVT FTREGKINSV
TGEITYGNWT AKDGDTTFDK VESPVVQGYI LKDAKQKEVA ATTGLTVDSK DENIEVVYTK
LGSWVPKVPE GFEEPKLDKP QYPNDPTDPT KPGTPTTVIP QVPGTTPKDS NGNPLKPVDP
NDPSKGYVPP TPENPTEDTV INYVPVPQPV RPTDNGDNNG TPTTAAQPAS PSTPQYMDGK
RELPNTGTED NASLAALGLL GVLSGFGLVA HKKKED
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