| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LACR_1146 |
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| Symbol | |
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| ID | 4432691 |
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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 | Lactococcus lactis subsp. cremoris SK11 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008527 |
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| Strand | + |
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| Start bp | 1059916 |
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| End bp | 1062540 |
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| Gene Length | 2625 bp |
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| Protein Length | 874 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 639666892 |
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| Product | minor tail protein gp26-like protein |
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| Protein accession | YP_809102 |
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| Protein GI | 116511886 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5412] Phage-related protein |
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| TIGRFAM ID | [TIGR02675] tape measure domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.668706 |
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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 | ATGGAATCTT ATAGTGTAGA AGCGGTTCTG AGTGCTGTTG ATAAAAATTT CACATCAACC
ATGAATAAAG CAGATAGTTC AATGGGAACA TTGGACAAGA ACTCACAAAA TACAAATACT
TCTATCCTAG GTATTGCTAA GGGTGTTGGG GTTTTTAAAC TTGTTGATTC TGCGGTAGGT
TTGGTTAGAA ATTCATTAGA TGGCGCTATA GATCGATTTG ATACTTTGAA TAAGTATCCT
GTTGTAATGC AGGCGCTTGG TTATTCTGCT TCTGATGTTG ATAAATCAAT GGCAAAACTG
AATAAAGGAA TTGATGGCTT ACCTACTTCT CTTGATGAAA TTGTATCCAG TACTCAACAA
CTCGCTATAT CTACAGGAAG CTTAACAAAA GGAACTGATA CAGCTATTGC GTTAAACAAT
GCTTTTCTAG CTTCTGGTGC TTCAACTGCA GATGCAAGCC GAGGAATGCA ACAATATGTT
CAAATGTTAT CTAAGGGAAC TGTTGATATG CAATCGTGGC GGACACTTCA AGAAACAATG
CCCATTGCAA TGGATAAAGT TGCTAAGTCT TTTAAAGACC AAGGTGTAAA TTCGGTTAGT
GATCTATATG ATGCTTTACA AAGTGGGAAA ATTACATTCG ATGACTTTAA TAGTCGATTG
ATTAAATTGA ATGGCGGTGT TGGAGGATTT GCGGAACTTG CTAAGAAAAA TTCAGCAGGG
ATAAAAACCT CGTTCAAAAA TGTAAAAACA GCAGTATTGA AAGGTTTGGA GCATGTTTTA
TCTGCAATTA ATAACGGAAT GAAGAGCGCT GGTCTTGGTT CAATCGCTCA GAATTTTGAC
AAGTTAAAAA CTGTAGTTAA TCAAGTTTTT AGTGCAATTA CAAAAGCTAT TCCTCCAGTT
ATTAGTGTAA TTGCAAGAAT AATCGATACA TTTAAAACTC TGTTTGAGTT CGTTAATCAA
AATAAAGACT GGATAGGCCC ATTAGTAGCT GGAATAACAG CTGGTGTGGC AGCATATAAA
CTATGGAAAG GCGCGATTAC AGCTTGGAAC ACTGTCACTA AGATAGCTAC TGCAGTTCAA
GTGGCCTTTA ATGCAGTTAT GGATGCAAAT CCAATCATGT TGATAGTTAT TGCAATTGCG
GCTATTGTAG CAGGGTTAGT CTATTTCTTT ACGCAAACAA AAACAGGTCA GAAAATATGG
TCAAATTTTG TAAAATTTCT AGGTTCTGCT TGGCAATCTT TAGTTAAAAT TTCCAAAGAT
GTTTGGGATA ATATTACTAA AGCTTGGGAC AGCGCAGTCA AATGGTTCAG TGATACCTGG
AACAACATCA AAAATGGAGC TAAGGGACTT TGGAATGGAA CAATCCAAGG TGCTAAAGAT
GCCGTTGATA GTGTGAAAAA TGCTTGGAAT GGCATTAAAG AGTGGTTCGC TAATCTTTGG
AAAGGTACAA CAAGCGGCTT AGCTAGTGCT TGGGATAGCG TTACAACAAC CTTAGCTCCA
TTCGTTGAGA CAATCAAAAC AATCTTTCAA CCAATGCTTG ATTTCTTTAG CGGATTATGG
GGGCAAGTCA AAACTATCTT TGGTTCCGCT TGGGAGATTA TTAAGACGGT TGTTATGGGG
CCTGTTTTAC TACTCATTGA TTTAATCACT GGGGACTTTA ACCAATTCAA AAAAGATTTT
GCGATGCTCT GGCAAACATT ATTTACTAAT ATACAAACAT TAGTAACTAC TTATGTTCAA
ATTGTAGTTG GTTTCTTTAC CGCTTGGGGT CAAACTGTTT CTAATATCTG GACGACAGTT
GTAAATACGA TTCAAAGTCT TTGGGGAGCT TTCACAACAT GGGTCATTAA TATGGCCAAG
TCTATTGTTG ACGGAATTGT TAATGGTTGG AATTCATTTA AGCAAGGTAC CGTTGATTTA
TGGAACGCTA CTATTCAATG GGTTAAGGAT ACATGGGCAT CGTTTAAACA GTGGGTCGTT
GATTCTGCCA ATGCTATTGT GAATGGAGTC AAACAAGGTT GGGAAAACCT CAAACAAGGT
ACAATTGACT TGTGGAACGG AATGATTAAC GGTCTCAAAG GAATTTGGGA CGGTTTGAAA
CAAAGCGTTA GCGATCTGAT TGATAATGTA AAAACGACAT TTAACAATCT AAAAAATATA
AACTTGCTAG ATATTGGTAA AGCCATCATT GATGGACTTG TAAAAGGTCT GAAGAAAAAG
TGGGAAGATG GGATGAAGTT CATTAGCGGG ATTGGCGATT GGATTCGTAA GCATAAAGGA
CCAATCCGTA AGGATAGAAA ACTTTTAACT CCCGCTGGTA ATGCCATTAT GACTGGTTTA
AATTCTGGTT TAACTGGAGG CTTCCGTAAC GTTCAATCTA ACGTTTCAGG AATGGGGGAT
ATGATTGCTA ATGCAATTAA TTCTGACTAT TCTGTGGATA TTGGAGCAAA TGTTGCGGCA
GCTAACCGCT CAATCAGTAG TCAAGTTTCT CATGATGTGA ATCTTAACCA AGGAAAACAG
CCGGCTTCAT TCACGGTGAA GCTTGGGAAT CAAATCTTTA AAGCCTTTGT GGATGATATC
TCAAATGCAC AGGGTCAAGC AATTAACTTA AATATGGGAT TTTAG
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| Protein sequence | MESYSVEAVL SAVDKNFTST MNKADSSMGT LDKNSQNTNT SILGIAKGVG VFKLVDSAVG
LVRNSLDGAI DRFDTLNKYP VVMQALGYSA SDVDKSMAKL NKGIDGLPTS LDEIVSSTQQ
LAISTGSLTK GTDTAIALNN AFLASGASTA DASRGMQQYV QMLSKGTVDM QSWRTLQETM
PIAMDKVAKS FKDQGVNSVS DLYDALQSGK ITFDDFNSRL IKLNGGVGGF AELAKKNSAG
IKTSFKNVKT AVLKGLEHVL SAINNGMKSA GLGSIAQNFD KLKTVVNQVF SAITKAIPPV
ISVIARIIDT FKTLFEFVNQ NKDWIGPLVA GITAGVAAYK LWKGAITAWN TVTKIATAVQ
VAFNAVMDAN PIMLIVIAIA AIVAGLVYFF TQTKTGQKIW SNFVKFLGSA WQSLVKISKD
VWDNITKAWD SAVKWFSDTW NNIKNGAKGL WNGTIQGAKD AVDSVKNAWN GIKEWFANLW
KGTTSGLASA WDSVTTTLAP FVETIKTIFQ PMLDFFSGLW GQVKTIFGSA WEIIKTVVMG
PVLLLIDLIT GDFNQFKKDF AMLWQTLFTN IQTLVTTYVQ IVVGFFTAWG QTVSNIWTTV
VNTIQSLWGA FTTWVINMAK SIVDGIVNGW NSFKQGTVDL WNATIQWVKD TWASFKQWVV
DSANAIVNGV KQGWENLKQG TIDLWNGMIN GLKGIWDGLK QSVSDLIDNV KTTFNNLKNI
NLLDIGKAII DGLVKGLKKK WEDGMKFISG IGDWIRKHKG PIRKDRKLLT PAGNAIMTGL
NSGLTGGFRN VQSNVSGMGD MIANAINSDY SVDIGANVAA ANRSISSQVS HDVNLNQGKQ
PASFTVKLGN QIFKAFVDDI SNAQGQAINL NMGF
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