| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_11093 |
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| Symbol | |
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| ID | 9297706 |
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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 | 2410673 |
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| End bp | 2413822 |
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| Gene Length | 3150 bp |
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| Protein Length | 1049 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003716960 |
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| Protein GI | 298208781 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGCTGTTTT CTGCATACGT TTGCCAATCT CAAATAACTG ACAAAGAGCT CCTTAAAAGC
ATTAAAACTC AACGTGATAG TATAGCAAAA CGACGAGACA GTATTTTTAA TGCAAAATAT
GGCTCTAAAA ATACTACAGC TAAAGCCGTT AAAGTACGTA GCGCATCTAA TAATGACAGC
CTTACCATAA AAAATGACAG CTTAAAATTT TCTGAATTAA GAAAACTAAA CGATTCTATT
ACTGCTAACT CTAACAAAAA GCGACTTGAC AGTTTAAAAA TCTCTTCAGA AAAACTAGAT
GTCTTGAAAG ATACAGTAGA TAGTCTTTCC CCTAGATTGA CTGATTCTAT TAAACCTAAG
ACGCAATCTC AATCTACAGG AGATTCATTA AAAGATGCCA CAAACAAAAA CGGATCTAAT
AAAATTGGAG AGAAAGTTAA TACTCCTGAG ATTATTGAGC AACCAGAAGT TATTTTAACC
GAGCCAACAC CTACAAATGA AGATGATACG TTAACCAGAT CACCTTCTAC AGAACCAATA
CAACTTGAAA ATAACTCCAA CAGGCAACTT ACTATTGATG GTGATAGTAT TTCTAGACCA
TTAGGACAAT TACCATTAAC AGAAAATGAT TCAACAGCTA ATGATAGTAC CAAAACTGTA
GGATTACTAA CAGATTTGGT TACCTATAAG GCTAAAGATT ACATGCGTTT ATCTCAACGT
GAAAACAAAA TGTATTTGTA TGATGAAGCA GAAGTGTTTT ATGGAGATAT GCAAATTACA
GCAGGTCTTA TAGTTATAGA CAATGAAAAA AATGAGGTGT ATGCATATGG TATAAAAGAT
AGTGTTGGTG AGTATTCTCA AAAACCTGTT TTTACTCAAG GTCAAAATGT AGTTGAGCCA
GATTCAATTC GATTTAATAC TAAAACTGAA AAAGCATTAG TTTATAATTC TAGAACAGAA
GAAGGAAGCT TTAAAGTTAA AGGAGAAGTT ACTAAGCGAG AAAATGACTC TGTATACTAT
ATTAAAAACG TAAGGTTCAC CACTTCTGAA GATATAGATA ACCCAGATTA CTATTTTTAT
GCAAGACGTA TAAAATTTGT ACCAGAAAAG AAAATTGTTA CAGGTCTTGT AAATATGGTT
ATTGTAGATG TTCCTACACC ATTAGGCTTA CCTTTTGGGT ATTTTCCTTT AACAGAAGAC
AGAACCTCTG GTTTTATAAT TCCGTCTTAT GGAGAAGATA ACCAACGTGG GTTTTCTCTT
CAAAATGGAG GTTATTACTT TGCAATTAAT GATTATATAG ACTTAACCAC TACTGGTAGT
TATTTCACCA ACGGTAGTTA TACTTTACAA TTTCAGTCTA CCTATAATGT GCGTTACAAG
TACAGAGGAA ACTTTAGTTA TAGGTCTGAA AAGCTCTTAA ATAGTGAACG TGGTTTTCCA
GATTTTTCTG AAGCCAATAA TTACAATATA CAATGGAGCC ATAACCAAGA TGCTAAGGCA
AATCCATCAT CACAGTTTAG AGCATCTGTA AACTTGGGTA GTAGCAGGTT CTTTCAGCAA
TCTATAAATC AACAAAATAT TGGTAGTAAC TTAGTAAATA ACTTAAGTTC TTCTGTTTCT
TATTCAAAAG TATTTACTGG AGATCCAGAA GTTAATGTTA CAGTTGCAGC AACACACAAT
CAAAACACAG GTACACAAGA AGTAAATATG ACACTACCTA CCTTGCAAGC TGGTGTCTCA
CGTATTTACC CATTTAAACC TAAAGATGGC TCTAGTAAAG GTGCTATCGA AAATATTAAC
TTTAGCTATA ACTTAAGAGG AGAAAATAGG TACACTACTA CCGAAGATGA TTTTTTTACA
AGTGAGATGT TTAAAAATGG GGTGTATGGA GCACAACATA CTATACCAGT TACCACTAAC
TTTAAGCTTC TTAATTACCT TAGTGTTTCT GCAGGATCAA ACTTTCAAGA AAATTGGGTG
TTCAGAACAT TTGATCGATC ATACGATAAT GAAAATAGAG AAGTTGTTGT AGATACTATT
AATGGTTTCG ATTCTTATAG AACGTATAAT TTTAATACCA GTATAGGTAC ATCTGTGTAT
GGAACTTTTA ATTTTGGTAA AGACAAAAAG GTACAAGCCA TACGCCACGT TATAAGACCT
TCTATAAGCT ATAACATTAA CCCTGGTTTT TCACAGTACT TCGATGAATA TGTAATTGAA
GGTTTAGATG AAGAAGATGA AGATGAAACA GTAAGGTATA CACGCTTTCA GGGTTCATTA
TTTGGCGCAC CTACAGAAAA CTTTTCTAGC TCAATTGGCT TAAGTCTTAA CAATGTATTA
GAGGCCAAAG TAAGAAATCC CGATTCTACT AAAACTGAAG CTAAAAAAGT TACACTCTTA
AACAACCTAA ATTTTAGAAC ATCTTATAAT TTATCGGCAG ATAGTTTAAG GCTTGCTCCT
ATTAGTGTTA CTGGTAGTAT TCCTTTAATG GACAATAAGC TTACAATTAA TTTTAATGGA
GCTTTAGATC CTTACGCCTT AGATAATAAC AACAGAAGAG TTGATACTTG GAATATCGAA
AACGGCGGAA GTCTTTTTAG GTTAACAAAT GGTAATGTTA GTTTTAACTA TAGTTTTTCT
AGCGATCAAT TTAGTGGAGA TGGCAGAGAT ACAGACCGGC AAGACAACCA AACCCTAAGA
AATGGTGGTA GACCAGATGA CCTGTTTGGA AAACCTATAT CTGATAATGG CGATATTTAT
GACGAAGATG ACGAGGAAGA CACTGTAAAA GAAAACACCA CTGAAAAATT TAATTATAAA
ATACCTTGGA ATCTTAGGCT TGCCTATACC CTAACCTATG CAAACTCTGC TAGGCAAAAT
GAAATTAGTA GTCAATCTAT TTCTATATCA AGTGATTTAG AGTTATCTCC AAAATGGAAA
GTTGGTGGCT CTACCTCATT TAATGTACAA GACCAGACTT TTGTGGCCAC AAGTTTTAGA
TTTCAAAGGG ATTTAGGTAG TTTTAGAATG TCTTTTAACT GGCAACCATT TAGAGCAAAT
GCACCTTGGA ATTTCTTTAT TGGTATTAAA TCTAACATAC TACAGGATTT AAAATACGAG
CAACGTAGAC GTCCTGACCA AAACTTATAA
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| Protein sequence | MLFSAYVCQS QITDKELLKS IKTQRDSIAK RRDSIFNAKY GSKNTTAKAV KVRSASNNDS
LTIKNDSLKF SELRKLNDSI TANSNKKRLD SLKISSEKLD VLKDTVDSLS PRLTDSIKPK
TQSQSTGDSL KDATNKNGSN KIGEKVNTPE IIEQPEVILT EPTPTNEDDT LTRSPSTEPI
QLENNSNRQL TIDGDSISRP LGQLPLTEND STANDSTKTV GLLTDLVTYK AKDYMRLSQR
ENKMYLYDEA EVFYGDMQIT AGLIVIDNEK NEVYAYGIKD SVGEYSQKPV FTQGQNVVEP
DSIRFNTKTE KALVYNSRTE EGSFKVKGEV TKRENDSVYY IKNVRFTTSE DIDNPDYYFY
ARRIKFVPEK KIVTGLVNMV IVDVPTPLGL PFGYFPLTED RTSGFIIPSY GEDNQRGFSL
QNGGYYFAIN DYIDLTTTGS YFTNGSYTLQ FQSTYNVRYK YRGNFSYRSE KLLNSERGFP
DFSEANNYNI QWSHNQDAKA NPSSQFRASV NLGSSRFFQQ SINQQNIGSN LVNNLSSSVS
YSKVFTGDPE VNVTVAATHN QNTGTQEVNM TLPTLQAGVS RIYPFKPKDG SSKGAIENIN
FSYNLRGENR YTTTEDDFFT SEMFKNGVYG AQHTIPVTTN FKLLNYLSVS AGSNFQENWV
FRTFDRSYDN ENREVVVDTI NGFDSYRTYN FNTSIGTSVY GTFNFGKDKK VQAIRHVIRP
SISYNINPGF SQYFDEYVIE GLDEEDEDET VRYTRFQGSL FGAPTENFSS SIGLSLNNVL
EAKVRNPDST KTEAKKVTLL NNLNFRTSYN LSADSLRLAP ISVTGSIPLM DNKLTINFNG
ALDPYALDNN NRRVDTWNIE NGGSLFRLTN GNVSFNYSFS SDQFSGDGRD TDRQDNQTLR
NGGRPDDLFG KPISDNGDIY DEDDEEDTVK ENTTEKFNYK IPWNLRLAYT LTYANSARQN
EISSQSISIS SDLELSPKWK VGGSTSFNVQ DQTFVATSFR FQRDLGSFRM SFNWQPFRAN
APWNFFIGIK SNILQDLKYE QRRRPDQNL
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