| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_0747 |
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| Symbol | |
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| ID | 4438193 |
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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 | 677901 |
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| End bp | 680891 |
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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 | 45% |
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| IMG OID | 639676443 |
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| Product | type I restriction-modification system restriction subunit |
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| Protein accession | YP_820197 |
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| Protein GI | 116627578 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | [TIGR00348] type I site-specific deoxyribonuclease, HsdR family |
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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 | ATGCCAGCAG TTACTCCAGA ACTTGAGATA GAACGTCAAT TAATCGAGCA ATTAACCTCT
GGTGAGAGCC AGTGGACCTA TCGCCCAGAC TTAAAAAATG AAGGTCAATT ATGGGATAAC
TTTTTTGAGA AGTTAGCGCA AAATAACGTT GCCCTCCTTG CTGACCATCC CTTGACTGAG
CAGGAGAAGC ACCAAATCAA GAACCAGCTT AACTTCGTTA ACTATTATGA AGCTGCTAAG
TGGTTGGCTG GTGAAAATGG TATTGCCAAA GTCGAGGTAC AGCGTGAAGA TGCTAGCCTT
GGGACTATCC GACTTTCTAT CATCTGGCGT GACAATATCG CTGCTGGAAA ATCCAGTTAC
GAAGTGGTCA ATCAAGTTGA ACGTGACAAG GCTTATCCAC AAGATCAGGA CCGTCGTTTA
GATACGACGC TGATGATTAA CGGACTTCCT CTTATCCATA TCGAGCTCAA GAGTCCTCGT
GTCGCCTTTT TGGATGCCTT TCATCAAATC AAAAAGTATG ACCGTGAAGG AAAGTTACGT
GGCATCTATT CTGCCCTTCA GATGTTTGTT GTGACTAATA AGGTTGATAC ACGTTATATT
GCAGCTGCAC GAGAGGATAA GCTTAATAAA CAATTCTTAA CATCTTGGGT AGACAAAGAT
AATAAACCCA TGACCAGTCT CATGGACTTT GCCCACGAAG TCCTGTCTAT TCCACGTGCC
CATCAGATGG TGATGCAGTA CTCCGTTATT GATGATAGTA AAAAAGCCCT TATCCTCTTA
CGTCCTTATC AAATTCATGC CATCGAGTCT GTTCAAGATG CCTCTCGCCG TCAAGAATCT
GGCTATATCT GGCATACCAC GGGTTCTGGT AAGACCCTGA CCTCCTACAA GGTGGCTCGC
AACCTCTTGC AGATTCCAGC CATTCAAAAG ACAATTTTTG TCGTCGACCG TAGGGACCTT
GACCAGCAGA CGACCTCGTC CTTTCTCTCT TATGCGGCTA ATGATATCAT TGACATCGAC
GAAACGGACA ATACTCATGA CTTGGTCAAG CGTTTGGCAG GAAATGATAA GCGAGTGATT
GTGACGACTA TCCAGAAAAT CACAACCATG ATGCGCAAGT TTGGAGAGGG TAAATACCAA
AAGGATTCGG AAAAAATCAA AGACCTTCGT GTGGCTTTCG TTGTGGATGA ATGTCACCGT
GCGGTCACAC CTCAGACTCA AAAGGATATC AAAGGCTTTT TCCACAATTC GCTCTGGTAT
GGCTTTACTG GTACACCGAT TTTCAAGGAA AATAAACGCA AGCAATTAGG CGATTTGGCA
CAAACTACCC ACCAACAATA TGGCGAACGC CTACACGAGT ATACGGTCAA AGAAGCCATC
CATGACGGGG CAGTCCTGGG ATTCAAGGTA GACTATCGAA ATACTATTAT TTCGCCGATT
CCTGAAAAAG ATCTTCCTGA CTCTGTTTAT GAAGATAAAG AACACATGCT GGAAGTACTG
GATGCTATCC TAAACAAGAG TTATCAACAG TTGGGCTTTC CAAATGGTGT GGGCAAGACC
TACGAGGCTA TCTTAACGGT TAAGTCCATT CCACAAGCTC AGGCTTATTA CAATCTGCTC
AAGAGTATCA AGGCAGGACA GGAACGTGTC AAGGTGTCAG AGCGAGCTAA GCGCGTGCTA
CCCGACTTTC CAAAGGTGAC GGTCACCTAC TCTGTGTCGG AAAATGAAGA AGAGTCTATC
GCCTACCAAG ACCACATGAA ACAGGTCATG GACGACTACA ATCAGGAGTA TGGGACCCAT
TTTAATATGG CTGATTTGCG TGGTTTTAAC ACGGATATCA ATAATCGGTT AGCAAGAAAG
TTAGACAAAT ACATTCCTCG CAATGAGCAG TTGGATTTGG TCATCGTCGT TGACCGTCTT
TTGACCGGTT TTGATGCCCC ATGTCTATCC ACACTCTTTA TCGACCGTAA GCCCATGCGT
CCACAGGATT TGATTCAAGC TTTTAGTCGC ACTAACCGCA TCTTTGACAG TAAAAAGCGT
TATGGCCATA TCATCACCTT CCAAAGACCA GAGGCCTTTA AAGAGGCTGT GGATAATGCT
CTTAAGCTCT ACTCAAACGG TGGTGAAAAT GACGTCACTG CCCCAGATTG GGATGAAGAA
AAAGCCAACT TCATCCAAGC CTGGATAGAC TTTCAAGTAA AAGTGGAAGA TGTGGAGAAC
TATGTCATCA CGATTGAGCA GGCCACTAGC CCACAAATTC GTCGCATTGC CAAGGCTTAC
CAAGCCTTTG ACAAGTATCT GGCATCCATC CGTGTCTATA ACGAATACGA TGAAGCGGCT
ATCTATGCGG AGACAGGACT ATCAGATGAA AAGCTCGAAA CCTATCTAGG AATCTATCAA
AATATTCTAT CAGAGCTCAA AAGTCGAGCC GAAGACGATG GTGATGATAA TCTCTTTGAT
ATCCACTACG AACTGGAATC GGTCCAAGTC GACGAAATTA ACTATGCTTA CATCCTGACC
TTGATTCAAA GTATGATTCA GCAGGAGGAG GATAGTCCAC AGGCCCTCAG TGACAAGGAT
ATCGAAACGG TTGATAACTA TATCCAGAGT CTGGAACGTA CCAATCCTAA ACTAGCCGAA
ATTATCCGAA ACCTGTGGAA AGAAGTCCAA GCCAATCCTA AAGATTACCA AGGACAATCT
ATCACTGGTG TCTTGGACAC TATGATTGAA GCCATTATCG ACGACCATCT CAAACGCTTT
GCCAGAGAAT GGTATGTCGG ACTCGATGAA CTTCGTTACT ACGTCCAACA CTATCGTAAA
GGTGCCAAGA AGCAATCAGG CGAAAGCCAG CTCACCAAGA GTCAGCGCTA CAAAGACTAC
AAGGCAGAAG TAGCAGATGC CCTCAACCCA CTCAGCTACA AAAAACAAAT AAAAGAAGCC
TACACCAAAC TCATTGAAGA GGTTATTGAA CCATTGAGAG TGGGGAGGTA G
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| Protein sequence | MPAVTPELEI ERQLIEQLTS GESQWTYRPD LKNEGQLWDN FFEKLAQNNV ALLADHPLTE
QEKHQIKNQL NFVNYYEAAK WLAGENGIAK VEVQREDASL GTIRLSIIWR DNIAAGKSSY
EVVNQVERDK AYPQDQDRRL DTTLMINGLP LIHIELKSPR VAFLDAFHQI KKYDREGKLR
GIYSALQMFV VTNKVDTRYI AAAREDKLNK QFLTSWVDKD NKPMTSLMDF AHEVLSIPRA
HQMVMQYSVI DDSKKALILL RPYQIHAIES VQDASRRQES GYIWHTTGSG KTLTSYKVAR
NLLQIPAIQK TIFVVDRRDL DQQTTSSFLS YAANDIIDID ETDNTHDLVK RLAGNDKRVI
VTTIQKITTM MRKFGEGKYQ KDSEKIKDLR VAFVVDECHR AVTPQTQKDI KGFFHNSLWY
GFTGTPIFKE NKRKQLGDLA QTTHQQYGER LHEYTVKEAI HDGAVLGFKV DYRNTIISPI
PEKDLPDSVY EDKEHMLEVL DAILNKSYQQ LGFPNGVGKT YEAILTVKSI PQAQAYYNLL
KSIKAGQERV KVSERAKRVL PDFPKVTVTY SVSENEEESI AYQDHMKQVM DDYNQEYGTH
FNMADLRGFN TDINNRLARK LDKYIPRNEQ LDLVIVVDRL LTGFDAPCLS TLFIDRKPMR
PQDLIQAFSR TNRIFDSKKR YGHIITFQRP EAFKEAVDNA LKLYSNGGEN DVTAPDWDEE
KANFIQAWID FQVKVEDVEN YVITIEQATS PQIRRIAKAY QAFDKYLASI RVYNEYDEAA
IYAETGLSDE KLETYLGIYQ NILSELKSRA EDDGDDNLFD IHYELESVQV DEINYAYILT
LIQSMIQQEE DSPQALSDKD IETVDNYIQS LERTNPKLAE IIRNLWKEVQ ANPKDYQGQS
ITGVLDTMIE AIIDDHLKRF AREWYVGLDE LRYYVQHYRK GAKKQSGESQ LTKSQRYKDY
KAEVADALNP LSYKKQIKEA YTKLIEEVIE PLRVGR
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