| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_03830 |
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| Symbol | |
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| ID | 9296253 |
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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 | Croceibacter atlanticus HTCC2559 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014230 |
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| Strand | - |
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| Start bp | 874667 |
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| End bp | 878344 |
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| Gene Length | 3678 bp |
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| Protein Length | 1225 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | |
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| Product | hypothetical membrane protein |
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| Protein accession | YP_003715530 |
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| Protein GI | 298207351 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | ATGAATAACT TCTTTTTAAA GACATATAAT TTAATTGCAT CAAGAAAGCT ATTAAGCCTT
TTCTTATTTC TTGCTTTATT TTCTGCGCTA GCCTATACGG CACTGCAACT TAAGTTTGAA
GAAGATATAA CCAAACTAAT TCCTGCAGAT GAAGAAGGTA AAGAGCTTCA AAAGGTATTA
AACAACGTTA ATTTTACTGA TAAGATAATT GTAAACATTA GGCAATCTGA TAACGGAAGT
GCAGAAGATC TAACAAACAT GGCTTCAGCT TTTGTAGATA GTATCTCTGG TCTTAGGCCT
AATTATATCA AAGATGTTCA AGGCCAAATA GAAGACGCCG ATGTTTTACA TACCTTAGAT
TTTGTTTACA ACAACCTGCC TTTATTTTTA GATAGTACAG ATTACAAACA ACTGGCTCAT
AAGATTAAAG CAGACAGTAT TAGTGCTACT CTAGCATCTA ATTATAGAAC ATTAATTTCT
CCTAGTGGCA TAATTGCGAA AGAAACAATT TTAAAAGATC CTTTAGGGTT ATCCTTTATT
GGATTAAAAA AACTTGAAAC ACTAGGTATT GGTGATCAAT TTAAAATTAA GAATGGATTT
TTGCTAAGTA AGGATGAGCA AAATGTATTG CTTTTTCTCA CCCCAACTTA TGGCACCGGA
AAAACAGACG AGAATGCTGT GTTTGTAGAA ACTTTAAATT TAATTAAAGA CTCACTAAAT
ACAACGTTTA AAAATAAGGC TTCATTAGAA GTTTATGGTG GTGTTCTTGT TGCAGTAGCA
AATGCAAAGC AAATAAAATT AGATGTACAG TATACTGTTG GTATAGCAAT GGCTATTTTG
CTACTTATTT TTGCTTTCTT TTACAGAAAG GTGCAAATAC CTTTAGTACT GTTTGTTCCA
ACCCTTTTTG GAGGATTACT TTCAATTGCT TCTCTTTTTC TAATAAGAAC TCAAATTTCT
GCAATATCCT TAGGTATTGG CTCAGTATTA TTAGGTGTAA CTTTAGACTA TTCTCTACAT
ATTCTTACGC ATTTAAGAAA CAACGCAGAT GTAAAAGCGT TATACAAAGA TGTGACCAAG
CCGATTTTAA TGAGCAGTTT AACCACTGCA ATGGCTTTTT TATGTTTAAT TTTCATTAAG
TCACAAGCAC TACAAGATTT AGGGATTTTT GCTGCAATAA GTGTTCTTGG CGCTTCAGTT
TTTGCCTTAA TTTTTATACC GCAAGTGTAT CGTGTAAACT CAAAGATTCA AGAAAAATCT
AACATAATAG ATTCCTTTTC TAAATTTTCA TTTCACAGAA ACAAATGGGT AATTGGCACT
TTAATAGTTT TATTTATAGT TAGTGCCTTT ACTTATCAAA GCGCTTCATT TAATAATGAC
ATCTCTAAAC TTAATTATGA GCCAAAGTCT TTAATTGAAG CTAAACAACG CTTAGACAGG
CTCACAAATT TTTCAGCTAA ATCTATTTAC ATTACCGGTT ATAGTGACAC TCTACAAACT
GCTCTTCAGC AAAATGACAA CATATATAAA ACACTAAACG CGCTTGAGGA AAATAAGACA
GTTTTAAACT TTAGCAATGT TGGTGCACTT GTACAATCTA AAGCGTTACA ACAAGAAAAA
ATCTCAGCTT GGAACACCTT TTGGGATTCT ACAAAAACAG CTCGACTACA ACAAGAGATG
GTAACAGAAG GTTCAAAGTT TGGGTTTAAA CCTACTACAT TCAACACCTT TTATGGAGTC
TTAGAAAAAC CCTTTTCTCC TATTAATGTT GCAGACTATA ATTCTTTGGC GTCTATAAAT
CTTGCAGACT ATATTTCTAC TAAAAATGGC TTTACTACAG TAACTTCTTT AGTCAAGGTT
AAAGAGGCAA AGGTTACAGA AGTAAAAGAT GCATTTAAAA CTTTAGAAAA TACGATTGTT
ATAGATAGGC AGCAAATAAA TGAAACACTA CTTGGTAACC TTAAAACAGA TTTTAATAAG
CTTATTAGAT ATTCATTAAT TGTAGTGGTT GTTCTTTTAT TGCTTTTTTA TAAAAGCATA
ACTCTTACAC TAATTACCAG TATACCTATA CTATTAAGTT GGCTATTAAC TATTGGCCTT
ATGGGGTTAA TAGGTTTAGA GTTTAATATT TTTAACATCA TAATCTCTAC ATTTATTTTT
GGTCTAGGTG TAGATTATTG CATTTTTATG ACCAACGGCT TGTTAAAAGA GTACCGTTTT
GGGACACCAA CTCTATATAC TCACAAAACC TCAATCACAC TTTCTGTAAT AACAACCATA
TTGGGCATTG GTGTATTAAT CTTTACCAAG CATCCTGCAT TATACAGTAT AGCTTTGGTT
TGCATAATTG GGATATTCTC TGCAATGTTT TGTGCTTTTA CAATACAACC TTTATTATTT
CGAGTATTGG TTGGCTCTAA GCACCAATTG CCAGCCACAC TAAGACAACT AATACATTCT
GGTTTCTCAT TTTTATATTA TGGCTTAGGA GGATTACTTC TATCTCTGTT AAGTGTTACG
GTAATGAAGG TTTTACCAAT TAAAAAGAGC AGTAAAATGA TTGTTCTTCA TAAAACAATA
TCTGGTTTTA TGAAATCTGT GTTAAACACC AATCCGTTTG TAAAAAAAGA AGTTATTAAT
ACAACAAAAG AAACGTTTGA TAAACCAGCA ATACTTATAG CCAATCATAC CTCTTTTTTA
GATATCCTCG TGATAGGAAT GATGCATCCA AAACTTATTT TTTTGGTTAA CGACTGGGTT
TATAATTCCC CAATATTTGG TAAGGCTGTT CAATTAGCAG GATTTTATCC AGTTTCTGGA
GGTATTGAGA AAGGCGTGTC GCATTTAAAG AAAAAAGTAG ATGAAGGTTA CAGTTTAATG
GCATTTCCAG AAGGCACAAG ATCTAAAACT AACTACATAA GGCGTTTTCA TAAAGGTGCA
TTTTATTTAG CTGAAGAATT AAAATTAGAC ATAATTCCTA TTCTTATTCA CGGTAATAGT
GAAGTGCTTC CTAAAGGTAG TTTTGCTATT AAAGATGGTA AAATTACTGT TGAAGTTTTA
AAGCGTATTC CCTACAACAG TGAAGCTTAC GGCACTTCAT ACAAAGAAAA ATCTAAACTT
ATAAGCCAAT ACTTTAAATC TGAATTTAAT AACCTAAGAA ACAGGATTGA AACAGAAACC
TATTTTAAAG ATAGAATTTT AAACGAGTAC AAATACAAAG GACACAAACT GTTTGAAAAC
GTAAAATTAG ATCTAGAAAA AAATAAGACA ATCTATTTCC ATATTATTAA TTTTCTAGAC
AAAAAGGAAA CTATTGCACA CCTTGGCAAC CATAAAGGAC AGTTAGATAT CTTATTGGCG
TTACACGCAC CAAATCGTAA AATTTATAGT GCTATTAAGA ATACAAAAGA TTTGGATAGA
CTTAACAATA GCTACACTTC TCATTCAGAT TATAAATTAA ACTTTTACAA CAAGATAGAA
GACGTTTTAA ATACGCCTGC ATCTGTTTTA ATTTTAGATA ACTTTTCTGA AGATGAAATA
ACAATTAATT TCAGCAACTA TAAGAGTATC ATTATTATAA ATTCAAATGG TATATTAAAC
AGAGTTGGTA ATACAAACGC ATTTAAATTA ATAACTAAAG AAGACAATCT TAGTATCTTT
AAAAAAATTG AAGATTGA
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| Protein sequence | MNNFFLKTYN LIASRKLLSL FLFLALFSAL AYTALQLKFE EDITKLIPAD EEGKELQKVL
NNVNFTDKII VNIRQSDNGS AEDLTNMASA FVDSISGLRP NYIKDVQGQI EDADVLHTLD
FVYNNLPLFL DSTDYKQLAH KIKADSISAT LASNYRTLIS PSGIIAKETI LKDPLGLSFI
GLKKLETLGI GDQFKIKNGF LLSKDEQNVL LFLTPTYGTG KTDENAVFVE TLNLIKDSLN
TTFKNKASLE VYGGVLVAVA NAKQIKLDVQ YTVGIAMAIL LLIFAFFYRK VQIPLVLFVP
TLFGGLLSIA SLFLIRTQIS AISLGIGSVL LGVTLDYSLH ILTHLRNNAD VKALYKDVTK
PILMSSLTTA MAFLCLIFIK SQALQDLGIF AAISVLGASV FALIFIPQVY RVNSKIQEKS
NIIDSFSKFS FHRNKWVIGT LIVLFIVSAF TYQSASFNND ISKLNYEPKS LIEAKQRLDR
LTNFSAKSIY ITGYSDTLQT ALQQNDNIYK TLNALEENKT VLNFSNVGAL VQSKALQQEK
ISAWNTFWDS TKTARLQQEM VTEGSKFGFK PTTFNTFYGV LEKPFSPINV ADYNSLASIN
LADYISTKNG FTTVTSLVKV KEAKVTEVKD AFKTLENTIV IDRQQINETL LGNLKTDFNK
LIRYSLIVVV VLLLLFYKSI TLTLITSIPI LLSWLLTIGL MGLIGLEFNI FNIIISTFIF
GLGVDYCIFM TNGLLKEYRF GTPTLYTHKT SITLSVITTI LGIGVLIFTK HPALYSIALV
CIIGIFSAMF CAFTIQPLLF RVLVGSKHQL PATLRQLIHS GFSFLYYGLG GLLLSLLSVT
VMKVLPIKKS SKMIVLHKTI SGFMKSVLNT NPFVKKEVIN TTKETFDKPA ILIANHTSFL
DILVIGMMHP KLIFLVNDWV YNSPIFGKAV QLAGFYPVSG GIEKGVSHLK KKVDEGYSLM
AFPEGTRSKT NYIRRFHKGA FYLAEELKLD IIPILIHGNS EVLPKGSFAI KDGKITVEVL
KRIPYNSEAY GTSYKEKSKL ISQYFKSEFN NLRNRIETET YFKDRILNEY KYKGHKLFEN
VKLDLEKNKT IYFHIINFLD KKETIAHLGN HKGQLDILLA LHAPNRKIYS AIKNTKDLDR
LNNSYTSHSD YKLNFYNKIE DVLNTPASVL ILDNFSEDEI TINFSNYKSI IIINSNGILN
RVGNTNAFKL ITKEDNLSIF KKIED
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