| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gbro_2058 |
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| Symbol | |
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| ID | 8551417 |
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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 | Gordonia bronchialis DSM 43247 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013441 |
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| Strand | + |
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| Start bp | 2186293 |
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| End bp | 2189664 |
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| Gene Length | 3372 bp |
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| Protein Length | 1123 aa |
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| Translation table | 11 |
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| GC content | 69% |
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| IMG OID | |
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| Product | ribonuclease, Rne/Rng family |
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| Protein accession | YP_003273203 |
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| Protein GI | 262201995 |
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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 | 9 |
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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 | GTGACCGACA ACGGGTCGCC GGCTGACGCG AACGCAGCGT CAGGAGCGGC GGAAGAATTT
CCCAGCAGAC TTCGTGTGCA CGCCCTGGCC AGGATCCTGG GCATGACCAG CCGCGAGGTG
CTTGCGCATC TGGCTGAGTT GGGCGCGGAG ATCCGCAGCG CACAATCGAG CGTCGACCGT
GAACTCGCAC AGGCGGTGGC CGACCGCGTG CGCCACCACG TGGAGGTCGA CGACGCCTCC
CTGGCCGCCG TCGACGCGAC GTCCACCGAG ACACCGCCAA CGGCGCCTGA GACACCGACG
ACGGCGCCGG AAAGTGCACC GACGGCACCG GAAAGTGCAC CGACGGCACC GGAAGATGCG
CCGACGGCAC CGGAAGATGC GCCGACGGCA CCGGAAGATG CGCCGACAGC ACTGGAAGAT
GCGCCGACGG CACCGGACCC GACACCTGAG ACCGCAGTGA CGGCCGCCGA TCGCGGGCCC
GAGACACCGA GTCTCTTCTC AGCGGCGTCG GCGCAGTACG ACCATCCGAT CGCCGGCGAC
GTTCCGGCAC TGGCCGCGGG GCCTCTGTTC CTGCAGCCGC AGGCTCCTGA ACCGAGTGCC
GAGCGCACCC GCGACACCTC GGCTCGTGCC GGAAGCGCAA GCTCCGACAT TCAGGGCGGC
GACACCAAGG GCGGCGAGGA GCAGAACGCC GACGACAACG GCGCCGACGA CACCGATGGT
CACGACGACG CCGGCAAGGA TTCGGGCGAC GACACCGAGT CGAATCGCAA CCGCAGGCGT
CGTCGAGGCC GCCGCGGACG TGGCCGCGGT CGTGGTGAGC AGGGCGCCGA CGATCAGGGT
GCCGACGACG CCGACGAGCA GGCCGGCGGT GATCAGAATC GGGCCGACCA GAACAGGGCC
GACCAGAACG GGGCCGACAC CGTCGACTCC GGCGAGGACA CCGACGTCAC GAGCGATGGC
GGAAGCGACC CTGAGTCCGA GGATGAGAAG GACGCGGGAG AGTCGGGCGC CAGGAAGAAG
GCCGGCCGGC CGTCGGGCAA GAAGGGTAAA CGGTCCAAGA ACAAGAAGGT CGCCGAGGAG
GACGACGCCG GTACCGACGA CTCCGACGCC GAGGACACCG GAGAGTCGGA TGACGCCGAG
GACTCCGACG CCGAAGCGGA CGGGAACGGT GAGGGCTCGA CGCGTCGTCG CCGCCGTCGC
CGTCGTCGCA AGGGCGGTGC CGATGCCGAG GATGCGTCCC CCGACGATCC GCCGAACACA
GTCGTGCACG AGCGGGAACC GCGTAGTAAA CGAGTCCGTG ACGAGGTCCA GGGGATTTCC
GGATCCACCC GACTCGAGGC CAAACGCCAG CGTCGCCGGG ACGGGCGGGA TGCGGGGCGT
CGCCGACCGC CGATCCTGAC CGAATCCGAG TTCCTGGCCC GCCGCGAGGC CGTAGACCGC
GTGATGGTGG TGCGTGAACG CGGCGCCAAC AGCCGCATCG CACCCGGTAC CGGCGACGAC
GGTCATGAGC ACGCCACCCC GATCGAGGAC TACACGCAGG TCGCCGTGCT CGAGGACGGC
GTCCTCGTCG AACACTTCGT GACCACGGCG ACCTCGTCGT CGATGGTCGG CAACATCTAT
CTCGGGCGGG TGCAGAACGT CCTGCCCGGG ATGGAGGCCG CCTTCGTCGA CATCGGGCGC
GGACGCAACG GTGTGCTCTA TGCCGGCGAG GTGAACTGGG ATGCGGCCGG CCTCGACGGC
GGTTCACGCA AGATCGAGCA GGCCCTCAAA CCCGGCGACA ATGTGCTCGT CCAGGTCAGC
AAGGACCCGG TGGGCCACAA GGGTGCGCGT CTGACCACGC AGATCTCGCT GGCCGGCCGT
TATCTCGTGT ACGTGCCCGG CGGTTCGTCG ACCGGAATCA GCCGCAAGCT GCCCGACGTC
GAACGCAAAC GCCTCAAGCA GATCCTGGCC AAGCTCGTGC CGGCCGACGC CGGCGTCATC
ATCCGGACCG CGTCCGAGGG TGTCAGCGCT GAGGAACTCG GCGCCGACAT CGCGCGTCTG
GAAGCCAAGT GGCGTTCTAT CGACGAATCG GTCACCCAGG CCAAGAAGAA CTCCGGTTCG
GCCGGGCCAA AGGCGCTCTA CGAGGAACCA GACCTGCTGG TTCGGGTGGT GCGTGACCTG
TTCAACGAGG ACTTCAAGAA ACTCGTCGTC GAGGGTGCCA AGGCATGGAA CCTCGTCGAG
GGGTACGTCG GCTCCGTCGC GCCCGACCTG ATGGATCGCG TTGAGAAGTT CGAGAAACCG
CACGCCGATG CGCCGGATTC CTTTGTGGTG CACCGCATCG ACGAGCAATT GGCGAAGGCG
CTCGACCGCA AGGTGTGGCT GCCTTCGGGT GGCACGCTGA TCATCGAGCA CACCGAGGCG
ATGACGGTCG TCGACGTCAA CACGGGCAAG TTCACCGGTT CGGGTGGCAA CCTCGAGGAG
ACGGTGACCC GGAACAACCT CGAAGCGGCC GAGGAGATCG TGCGCCAGAT GCGGCTGCGC
GACATCGGCG GCATGATCAT CGTCGATTTC ATCGACATGG TCCTCGAGTC CAACCGCGAC
CTGGTGCTGC GACGGCTCAC CGAGGCGCTG GCCCGTGACC GGACTCGCCA TCAGGTCTCC
GAGGTGACTT CGCTGGGTCT GGTCCAGATG ACGCGCAAGC GACTGGGTAC GGGGCTGCTC
GAGGCGTTCT CGACGACATG CACCACTTGC GGTGGACGCG GTGTCATCGT GCACGCCAAC
CCGGTGGAGG TGCGCTCCGA GGAGGCCGGA CGCGTCGAAG GCGGTTCCAA GCGGTCGCGT
CGCGGCAAAC GGAAGCCCGA GGCCGCGCCC GAACACAAAC CGGCACACCA TCCCGCCGAG
CACCCGATGT TCCGGGCGAT GGCCGCGCAC TCCCACGACG ACCCCGAACA CGTCGCACAC
GACTCCGACG CGGCACCGGA TTCCGCGGCG GAGGCATCGG ATTCCGCGGC GGAGGCATCG
GATTCCGCGG CGGAGGCATC GGATTCCGCG GCGGCGGCAT CGGATTCGAC GGCGGCGGCA
CCGGAATCCA CGCCGAAGAC ACCCGAATCC ACGCCGACGA CACCGCCGTC GACGAGTGGA
CCCGCGGCCG AGGGCGACGG ATCACCGCGG CGCCGTCGTC GTGTGGTCCG CCGGGCGGCA
TCGCCCACTG CGGCACCGGA ACCGATGGTG CTCACCGCTG CGCCGGACGG ACAGGGCGAC
GCCGCCCCGA CCCCGGTCAC GACATTCGGT CCGGTGTCAC CGACCAGCGC CGAGTCGGCC
GTGGCGGTCC GCAGACGGCC ACGGCGCCGC TCCGCGGGAC GACCGGCCGG TCCGCCGCCC
GGCGAGCAGT GA
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| Protein sequence | MTDNGSPADA NAASGAAEEF PSRLRVHALA RILGMTSREV LAHLAELGAE IRSAQSSVDR
ELAQAVADRV RHHVEVDDAS LAAVDATSTE TPPTAPETPT TAPESAPTAP ESAPTAPEDA
PTAPEDAPTA PEDAPTALED APTAPDPTPE TAVTAADRGP ETPSLFSAAS AQYDHPIAGD
VPALAAGPLF LQPQAPEPSA ERTRDTSARA GSASSDIQGG DTKGGEEQNA DDNGADDTDG
HDDAGKDSGD DTESNRNRRR RRGRRGRGRG RGEQGADDQG ADDADEQAGG DQNRADQNRA
DQNGADTVDS GEDTDVTSDG GSDPESEDEK DAGESGARKK AGRPSGKKGK RSKNKKVAEE
DDAGTDDSDA EDTGESDDAE DSDAEADGNG EGSTRRRRRR RRRKGGADAE DASPDDPPNT
VVHEREPRSK RVRDEVQGIS GSTRLEAKRQ RRRDGRDAGR RRPPILTESE FLARREAVDR
VMVVRERGAN SRIAPGTGDD GHEHATPIED YTQVAVLEDG VLVEHFVTTA TSSSMVGNIY
LGRVQNVLPG MEAAFVDIGR GRNGVLYAGE VNWDAAGLDG GSRKIEQALK PGDNVLVQVS
KDPVGHKGAR LTTQISLAGR YLVYVPGGSS TGISRKLPDV ERKRLKQILA KLVPADAGVI
IRTASEGVSA EELGADIARL EAKWRSIDES VTQAKKNSGS AGPKALYEEP DLLVRVVRDL
FNEDFKKLVV EGAKAWNLVE GYVGSVAPDL MDRVEKFEKP HADAPDSFVV HRIDEQLAKA
LDRKVWLPSG GTLIIEHTEA MTVVDVNTGK FTGSGGNLEE TVTRNNLEAA EEIVRQMRLR
DIGGMIIVDF IDMVLESNRD LVLRRLTEAL ARDRTRHQVS EVTSLGLVQM TRKRLGTGLL
EAFSTTCTTC GGRGVIVHAN PVEVRSEEAG RVEGGSKRSR RGKRKPEAAP EHKPAHHPAE
HPMFRAMAAH SHDDPEHVAH DSDAAPDSAA EASDSAAEAS DSAAEASDSA AAASDSTAAA
PESTPKTPES TPTTPPSTSG PAAEGDGSPR RRRRVVRRAA SPTAAPEPMV LTAAPDGQGD
AAPTPVTTFG PVSPTSAESA VAVRRRPRRR SAGRPAGPPP GEQ
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