| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bind_0329 |
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| Symbol | |
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| ID | 6199034 |
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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 | Beijerinckia indica subsp. indica ATCC 9039 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010581 |
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| Strand | - |
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| Start bp | 372248 |
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| End bp | 375550 |
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| Gene Length | 3303 bp |
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| Protein Length | 1100 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 641704321 |
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| Product | TPR repeat-containing protein |
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| Protein accession | YP_001831472 |
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| Protein GI | 182677326 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.365465 |
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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 | 21 |
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| Fosmid unclonability p-value | 0.448425 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCTCAGG ATACTGACCA GCGGATCCTC ACGGTCTTAG AACAAGCTCT CAATCCGCAA
ATCGATTTCT TGCGGGAACG GCTTAGAGTT GGCTACGCAA AAGAGGCAGA AAATGGCCTG
CGAAAGATGC TCGCCACGCT TCCAGGCGAA GCATCGCCCT ATGTCATCTT CCGGATAAAG
GCGAATATCG GCAATTGCCT TGCACAGCTC GGCGATATCT CCGGTGCTTT GGGATGGTTT
GATGAAGCCG TGGAGACTGC ACCACGTGAA CCAAAGGCCA TTGCGACACG GGCTTTTGCC
CTAATCCTTC GTAAAGAACT CAAAGAAGCC ATCACATTCG CACAAACTGA ACTCGCGCTT
GACCCGAACA ATGAGGAATT GGCCGCTCGT CTTATCGATG CCTGTATCAG CCTGGATGAC
GGCACCGACC CGGAGCAAAT GATCCCGGCA GGTCTAAAAC ATCGCGAGCA GGTTTTATTG
GCAAGATGTC TTCACGCACT GCAACGCGAC CAGCAAGAAC GATGGTGGTC GCTCGCACGT
CTTGGAGCTC AGACCTATCC AGAAAGTCAC TTCTTTAAGG TGCTTGCAAC GGAAGCGGAT
GTTGACGAAA TCGCGCGCGC TACCCGGCAC GAAAAATATC GTGCGCTTAC CGATGTTGAG
CGTGGAAAGA TTCAATCCTC GGCAGATGTC CTCGAGGGTA TCTGGCTTCG GATTAAAGGA
TCTGAGGTTC CAAATCGCGA AGATGGCCTA TCAGCGCTCA CCACCTGTAG TGTTGCCTAT
CGCCTGCTTG AAGACGGCCC CAAGGCCATC GAACTCGCGG GAGAGCTTGT TGATCGTTCC
GACTATGAGC CGGCTCTTAT CCTAGCCGTT CAAATCGCCC TGATTTTCAA TGATAATGAA
CTCGTCTCGC GCGGATTGGC GAAGCTGCCT TCCCAAGGTG CGGCAGGTTT TTTCAAAGGC
GTGTTCGAAT TCAATAAGGG CAATTGGTCC GAAGCGGCTC AGATCCTGCG CGAGGCTGAA
ATCCCCGATA TTGAAAAGCC GTTTGTTGCA CATATCCTTA CCTTGGCGAG CCTGGGCATC
AGTCAGGACC AGGGTGATGA GATTGTGCTC GATAAGGCCC GACAAGAAGC TGTAACAGAG
CCTAGAGCCC TCATAGTCAT CGCGAAGCTT GCACACCGGC ACGGTTTTGG GGAAGTGGCA
AGCCGCGCTT ATTCTGATGC CGTCTCACTG CTTGGTCCGA AAACCTCGCA TCCGGCTCGA
ATCACCATCG CGTCTTATGC CCATTCCCTT GGGGATTACG GCATCGTAAT TAGTGCTTTG
GATGGCCATC TCGATCTGGG TGCCATCACA CCAGAGCTGC TGCAGCTTTC GGACGCGCAT
GCGTTAGAAA GGCCGACCCG TCAGCGCAAT ATGAAATTTT ATGAACGTTT GACGCCAGCG
GTCCGCAGTC ATTTGAGAAT TGTACGAGGC TACGCCAGCA TTTTAACTGA CCGACGGCGC
TATAGCGAAG CTGAAGCTGT CTTGAAGAAG GCGATCGAGG CGTTTCCAAA AGATGCCTAT
CTCCTTCTAA AACTTATCGA GATCTATAGA CGCACTGATC GTGACGAAGA AATCCGGAAA
TTTATCATCG AACGCGATGA AACGACCTTC GTGGGGCCAC CGCTTTACGC CATGCAGTGG
TCCCACCAGC TCCGGGACGC TGGCGAGTTC TCAAGAGCGC TTTCGCTGGC TTATCAGACG
CTTCAAGCTC ATCCTGACGA TCCGCAACTG GCACTTGGCT ATGTTGGACT GATCCTTGGT
GATAACAGCC AAATGATCAT TCCAAATCAA ACAAACGTCG GCCAAGACTG CTGGGTCATG
ATTAAGGATG ATCTGGGCCG GACCGATAGC TTTATCATTG GCCATGGCCC AGCAATTCTC
GGGATAGAGG TCGTTTCAAT CCATCAAGAG AGAGCTAAGC GTCTTGTCGG CAAAAAGGTC
AATGACTCGT TCGAGACAAG CGACCTGGGT GGCCAGCAAC GAGCTTGGAC AATCAAAGAG
ATCAAAAGCA AATATTTGCA CGTTTTGCAC ACGGTGATGC AGTCGTTTCA AACTCGATTT
CCGAGCACCC CCGGCCTTTG GGGCTTCACG ACTGTCGAGG GCGACATTCA ACCCATCCTT
GATATGGTCA AGGCGCATGC AGACAGCCAA CGAAAAGTGG TCGAGGAGCT TTACCTCAAA
GGTCTTCCGC TTGCGATTAT GGCGCGCTCC ATAGGTATGG ATGTAACTCG CTTTGCCTAT
TTCATTCGTT CTTTGGGACT GGATATTGTC ACGGCCAATG GAACGAGTGC TGAATTTGAT
AAGGGTATAT CCACCGCAAA AGACTATCGG AACGCAGGCG CCGTTCTTGA CGAATACACT
GCGATCGTCG CGGCGGAAGT TAGCTCGCTG CCGCTTCTGA AGTCTTGGTT CGGAACTCTG
AGCGTCCCAG CTTCCGTGAT CGATGAATTG GATGCTGGAA TTACACGCGC AAAGGCCGAT
CTCGGACGTA CCCAGCTGTC CCTTGGTTTT GTCCGCGGCG AATTCGTCAG ACATGACATT
AATGACGAAT TCCTAGAGCA GCAAATCAAT GCTTTGAAGA GTGTCAAACA GAAGATCGAA
GATCACTGCG TCATCGAGCC CGTCACCTTC CCTGACACCA TACCGGAAGA AATTGCCGAC
CTTTATCGAA TGACCGGTCA GCGCGTTTTG GAACCGATGT ACCTGGCAGC CTCTCGTGGT
GACGTGCTGC TCAGTGATGA TCTTCATTAT CGGCAAATCG CGGCCGTTTT GACTAGAGTG
GATGGAACTT GGCTCCAGGC CGTCGTCCTT GCTGCGCAGT CGCAAGGGCT CGTGACCCCA
AAAGACCAAA CGAACATAAC CGTCGGGTTG GCCGTTCGAC GGCATGGAAA CATTTGGCTC
AACCCGCAAT CTCTTGCCAT GTATTTCGAC GAAAGCACCG CCGAGGGATT CGCCGCGTTA
TGTCATTTTA TCGGAAACAT CGGCGCTGAT ATGCCCGGCC ATACCGTCGT CACAGCGCGC
TTCCTCAAGA TTTTGTGGCT GACGAGAAAA GCTACTCTTG AGCGAGATGC CCGCACCTCT
TGTATTCTCT CAGCGCTTCT CCGTCACCGC GCGGACGATT GGGCCTATTG GATTGCGTAC
ATCTGGATCC ACGGCGATTA CTATCTGAAA AAATACATCC TCGCATGGCT CAGAGGTCAC
TTCTTGCCCA CTCAACCCTT TGAAGACGCG TTGAATTATT GGTTGGTTAA GGTACTCTCT
TGA
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| Protein sequence | MPQDTDQRIL TVLEQALNPQ IDFLRERLRV GYAKEAENGL RKMLATLPGE ASPYVIFRIK
ANIGNCLAQL GDISGALGWF DEAVETAPRE PKAIATRAFA LILRKELKEA ITFAQTELAL
DPNNEELAAR LIDACISLDD GTDPEQMIPA GLKHREQVLL ARCLHALQRD QQERWWSLAR
LGAQTYPESH FFKVLATEAD VDEIARATRH EKYRALTDVE RGKIQSSADV LEGIWLRIKG
SEVPNREDGL SALTTCSVAY RLLEDGPKAI ELAGELVDRS DYEPALILAV QIALIFNDNE
LVSRGLAKLP SQGAAGFFKG VFEFNKGNWS EAAQILREAE IPDIEKPFVA HILTLASLGI
SQDQGDEIVL DKARQEAVTE PRALIVIAKL AHRHGFGEVA SRAYSDAVSL LGPKTSHPAR
ITIASYAHSL GDYGIVISAL DGHLDLGAIT PELLQLSDAH ALERPTRQRN MKFYERLTPA
VRSHLRIVRG YASILTDRRR YSEAEAVLKK AIEAFPKDAY LLLKLIEIYR RTDRDEEIRK
FIIERDETTF VGPPLYAMQW SHQLRDAGEF SRALSLAYQT LQAHPDDPQL ALGYVGLILG
DNSQMIIPNQ TNVGQDCWVM IKDDLGRTDS FIIGHGPAIL GIEVVSIHQE RAKRLVGKKV
NDSFETSDLG GQQRAWTIKE IKSKYLHVLH TVMQSFQTRF PSTPGLWGFT TVEGDIQPIL
DMVKAHADSQ RKVVEELYLK GLPLAIMARS IGMDVTRFAY FIRSLGLDIV TANGTSAEFD
KGISTAKDYR NAGAVLDEYT AIVAAEVSSL PLLKSWFGTL SVPASVIDEL DAGITRAKAD
LGRTQLSLGF VRGEFVRHDI NDEFLEQQIN ALKSVKQKIE DHCVIEPVTF PDTIPEEIAD
LYRMTGQRVL EPMYLAASRG DVLLSDDLHY RQIAAVLTRV DGTWLQAVVL AAQSQGLVTP
KDQTNITVGL AVRRHGNIWL NPQSLAMYFD ESTAEGFAAL CHFIGNIGAD MPGHTVVTAR
FLKILWLTRK ATLERDARTS CILSALLRHR ADDWAYWIAY IWIHGDYYLK KYILAWLRGH
FLPTQPFEDA LNYWLVKVLS
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