| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | JJD26997_1853 |
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| Symbol | |
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| ID | 5390308 |
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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 | Campylobacter jejuni subsp. doylei 269.97 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009707 |
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| Strand | - |
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| Start bp | 1630194 |
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| End bp | 1633163 |
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| Gene Length | 2970 bp |
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| Protein Length | 989 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 640862743 |
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| Product | type I restriction enzyme EcoR124II R protein |
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| Protein accession | YP_001398803 |
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| Protein GI | 153950959 |
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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 | 18 |
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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 | ATGAATGATT TAATGACGCA AAATGACAAC ACTACTATTA TTACAGAATA CAAATTCACA
CCAAAAGAGC CAAAAGCTTA TCAAAGCGAA GAAGATTTAG AAAGATTTCT TATTAAAGAA
CTTACGCTTC AAGGTTATGA GAGGTTGAAT TTAAACGATA TAGATGAGCT TGAAATTAAT
CTTAAACTTC AGCTTCAAAG GCTTAATAAT ATCACCTTTT CACCGACAGA ATGGGAAAGT
TTTTATAGGC AAAATATCAC TAATCCTAAG CTAACTTTTG AAGATAAAAC TAAAATGCTT
CAAAGTGATG GTTTTACACT TACACTTGAT AAAGATGATG GAAGCAAGAA AAATATCATT
TTGATAGACA GAGTTAATCC TATCAATAAT CACCTTCAAG TTATCTCGCA GTTAAAAAAT
GAAAATGGAG AATTTAAAAA TCGCTATGAT GTTAGTATTT TAGTAAATGG ACTACCTTTG
GTGCATATCG AGCTAAAAAG GCGTGGGGTG AATCTAAAAG AAGCTTTCAA TCAAATCAGG
CGTTATCAAA AAGAAAGCTT TTTAGAGGGC AATGCACTTT ATGAATTTGT GCAGATTTTT
ATCATATCAA ATGGCACGCT TACTAAGTAT TACAGCAATA CAAATCAACA CAAATCCAGA
AAATCACAAA ACGATAATTA TGCTTTTTGT ATGAGTTTTT CAGATGCTAA AAACAATATC
ATTGAAGATT TAGAAGACTT TGCAAAAACT TTTTTAGCTA AAAGAAATTT GCTTAATATC
CTTACAAAAT ATTGTGTTTT TAATACAGAT AATGAATTGC TTATCATGCG TCCTTATCAA
ATCGCAGCAA GTGAGAGGAT TATAGATAAA ATTAAAATCG CCCATAATCA CAAACATTAT
GGCAAAGTAG AAGCAGGGGG CTATATATGG CATAGCACAG GAAGCGGAAA GACTTTAACT
TCCTTTAAAA CAGCGATTTT AGCTACTAAA CTAAACTTTA TTAAAAAAGT GCTTTTTGTG
GTAGATAGGA AAGATTTAGA CTATCAAACG CAAAAAGAAT ATGATAAATT TGAAAAAGGT
GTAGCCAATG CCACTAAAAA TACCAATGAG CTAAAGCGTC GCATAGAAAG CACAAAAGAA
GATGAGAAAA TTATCATTAC CACAATTCAA AAGCTTTCAA AATTCGTGCA AAAATATGAA
AATTCTCGTA TTTTTGATTC TGAAATCGTC TTTATTTTTG ATGAATGTCA TAGAAGTCAA
TTTGGCTTAA TGCACGAACA AATCATCAAA AAATTTAAAA AATATTATAT TTTTGGTTTT
ACCGGCACAC CTATTTTTGA AGAAAATGCA GGTAAAAATT ATTTTGTTAA TAATGATAAA
AATTTAGAGC TTAAAACCAC TCAAAGCACT TTTGGTGTTT GTTTGCATCC CTATACGATT
TTAAATGCGA TAAAAGATAA AAATGTCTTA CCTTTTAAAG TAAGTTATCA TTCTACAATG
AAGCAAATTG AAAGTAATTC AGATAAGAAA ATTCTAACCA TTGATAGAGA ATCAAGCCTT
TTAAATGATG AAAGAATACA AAAAATCACA AGCTATATTT TAGAGAATTT TAATCGCCAC
ACCAAAAGAC AAAACGCTTA TACGCTTAAA AATCAAAGAG TGCAAGGTTT TAATGCTATT
TTTGCTACCG CTAGTGTGGA TTTTGCCAAA AAATATTATG AAGAATTTAG CAGACAATTG
AAACAAAACA AGCAAGATTT AAAAGTTGGC ATTATTTATT CTTATGAACC AAATGAAGAT
TTAGATGAGT TTGCAAGTGA TAGTCAAATT GCAAAAGAGT TTTTAAGCAA TGCGATAAAA
GATTATAATA GCTATTTTAA AAGTGATTTT AGCTTAGAAA AATTTGATAA TTATTATAAA
GATATATCAC AAAAGCTTAA AAATAAAGAG CTAGATTTGC TTATAGTAGT CAATATGTTT
CTAACAGGCT TTGATTCTAA AACGATTAAT ACTCTTTATG TGGATAAAAA TCTCAAATAT
CATGGACTTT TACAAGCCTT TTCACGCACC AATAGAATCT TAAATGAGCA GAAAAGTTGC
GGCAATGTCG TGTGTTTTAG AGATTTAGAA AATGCCACAA ATGAAAGTTT AAAAATGTTT
GGTGATGAGA GAGCATCAAG CATTGTTTTG CTAGAAAATT TTGCTTTTTA TTTTGAAAAA
TATAGTGTAT TAGTGGATGA ATTAAAACAA AAATTTGAAC TTTTAAATTT TCCATTAAAA
AGCGAAAAAG AGCAAAAAGA ATTCATTAAA ATTTTCAATG AAATTTTAAA ACTAGAAAAT
ATTTTAAATC TTTTTGATGA ATTTAAAAAC CCTTTAAACA TCAGAGATAA ACAAGACTAT
CAAAGCCATT ATTTAGAGCT TTATACTGCA ATCAAAAATG AAAAAAGAGT GGAAAAAGAA
AATATCAATG ATGATTTAAT CTTTGAAATC GAGCTGATTA AACAAAATGA GATTAATGTG
GATTTTATAT TGTTCTTGCT TGAAGAGTAT CACAAAACAA ATCAAGAAAA AACAAAAGAA
AGCATTTTAA AAACCATTAT TTCAAACCCA AGTTTAAGGG ATAAAAAAGA GCTAATCGAA
GAGTTTTTAA ATGAGATTGA TCATAATAAA AATAGCGATT ATAAAAGCCT TTTTGAGAGC
TTTATGCAAA GAAAAAAAGA GCAAGAATTA AATAAGCTTA TAAAAGATGA AAATTTAAAT
GAAAATTTGA CAAAAGAATA TTTAGATGAA GCTTTTGAGC TAAATTTCTT CCAAGATAAA
GGAGAACGCA TAGGAAGGCT TATGCCACTT ATCAATCCTT TTGCTCCAAA GAGTGAAGGA
AATGACGAAA AACGACAACA AATCATTGAT AAACTTAAAA GTTTTTTTGA TAAATTTATA
GTTTTTCTTA AAAAGGAAGA GAATGAATAA
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| Protein sequence | MNDLMTQNDN TTIITEYKFT PKEPKAYQSE EDLERFLIKE LTLQGYERLN LNDIDELEIN
LKLQLQRLNN ITFSPTEWES FYRQNITNPK LTFEDKTKML QSDGFTLTLD KDDGSKKNII
LIDRVNPINN HLQVISQLKN ENGEFKNRYD VSILVNGLPL VHIELKRRGV NLKEAFNQIR
RYQKESFLEG NALYEFVQIF IISNGTLTKY YSNTNQHKSR KSQNDNYAFC MSFSDAKNNI
IEDLEDFAKT FLAKRNLLNI LTKYCVFNTD NELLIMRPYQ IAASERIIDK IKIAHNHKHY
GKVEAGGYIW HSTGSGKTLT SFKTAILATK LNFIKKVLFV VDRKDLDYQT QKEYDKFEKG
VANATKNTNE LKRRIESTKE DEKIIITTIQ KLSKFVQKYE NSRIFDSEIV FIFDECHRSQ
FGLMHEQIIK KFKKYYIFGF TGTPIFEENA GKNYFVNNDK NLELKTTQST FGVCLHPYTI
LNAIKDKNVL PFKVSYHSTM KQIESNSDKK ILTIDRESSL LNDERIQKIT SYILENFNRH
TKRQNAYTLK NQRVQGFNAI FATASVDFAK KYYEEFSRQL KQNKQDLKVG IIYSYEPNED
LDEFASDSQI AKEFLSNAIK DYNSYFKSDF SLEKFDNYYK DISQKLKNKE LDLLIVVNMF
LTGFDSKTIN TLYVDKNLKY HGLLQAFSRT NRILNEQKSC GNVVCFRDLE NATNESLKMF
GDERASSIVL LENFAFYFEK YSVLVDELKQ KFELLNFPLK SEKEQKEFIK IFNEILKLEN
ILNLFDEFKN PLNIRDKQDY QSHYLELYTA IKNEKRVEKE NINDDLIFEI ELIKQNEINV
DFILFLLEEY HKTNQEKTKE SILKTIISNP SLRDKKELIE EFLNEIDHNK NSDYKSLFES
FMQRKKEQEL NKLIKDENLN ENLTKEYLDE AFELNFFQDK GERIGRLMPL INPFAPKSEG
NDEKRQQIID KLKSFFDKFI VFLKKEENE
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