| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bind_0441 |
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| Symbol | |
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| ID | 6199101 |
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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 | 495190 |
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| End bp | 498447 |
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| Gene Length | 3258 bp |
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| Protein Length | 1085 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 641704433 |
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| Product | TPR repeat-containing protein |
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| Protein accession | YP_001831583 |
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| Protein GI | 182677437 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG3914] Predicted O-linked N-acetylglucosamine transferase, SPINDLY family |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 19 |
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| Fosmid unclonability p-value | 0.239248 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATACGA TGCTCCGCAA AGACAATGTT GCGCGGGAGA ATGCTTCTTC CTGCGGCAAG
CCGGAGAAAG ATGTTCCCCC CGGTCCCCAC GCCCCGGTGG AGTCACGCCC GTCGAGCGAC
CGCACACTCT CCCAGAAATT TCTGATGACC GCGCTCGACT ATCATCGCGC CGGCCGGCTC
GATCAGGCGG CAGACCTTTA TCAACGCATC CTTTTGGCCG AGCCGGATCA CTTTCTCTGC
CTGCATCATC TCGGCCTCAT CGCCCATCAA AAAGGCGATC TCGACACGGC GATCGCCTGG
ATCGAAAAAG CCATTCGCGT CAAGCCCGAT TACGCCGAAG CCCTCGCCAA TCTTGCAGCC
CTCTATCGGG CCAAGGGACT TTTAACCCAG GCCGTCGAAA CCGGCCGAAC TGCTGTGCTG
CATGGCCAAG ATCATGTCCC GGCCCATTGT AATCTGGGCG GCGCATTGGA AGATCAAGGC
GAATGGGAGG CGGCGCTCGC CTGCTACAGA CGGGCGGTCG CCATCAATCC CGCTTTCATC
GAAGGCGCCA TGAATGCCGC CAATGTGTTG CGGCGGCTTC ATCGCCACGA AGAAGCCTTG
CAGACCTGCG AGGCGCTGAT CGCTTGTCGG CCAGATGCAG CCGAGCCGCA TATGGTGCTC
GGCAATATTT TGCGAGATCT CGGGCAATTC GACGCTGCGC TCGCGGCTTA TGAACAAGCA
CTGGCTCTAC GCCCCGATTT TGCTCCCGTC TATAATAGTC TCGGTAATCT GCTTCAGCGT
CGCGGCCAGT ATCAGGAGGC TCATGACGCC TATGCCACAG CCATTCAGCT CCAGCCCAAT
CTCGCCCAGG CCCATGCTGG CCTTGGTGTG ACACTCGACA GTCTCGGCCA TCCGGATCAG
GCCATCGAAG CCTTTCGCAT GGCGCTCGTC TATGATCCAA AGCGGATCGA TCTGCGTCTC
TGGCTACATC ACCGGCGCCG CGCCATCTGC GACTGGACCG GTATCATGGA GGAAGAGGCT
GAGCTTCTCC GCCTTTTCAA AACAGAGCCT CATGTCGGCG CGCCCTTCCC GCTGATCAGC
ATGGACACCA GCGCCGCAGA GCAATATCGC CTCTGCCGTG CCTTCGGCCA ATCCTATGAC
AATAAGCGAC AGGCCTATAC CCATTCACCG CGCCCACGTG GCTCTCGCAA GGTGAGGATT
GGCTATCTTT CTAACGATTT TTATCGTCAC GCGACCGCCT TGCTGATGGT CGAATTATTC
GAGCGGCACG ATCGCGATCA GTTCGAAATC ATCGCTTATT CGCACGGCCC CGACGATTCC
AGCGAACTCG CCTTGCGGAC CCGGGAAGCC TTTGACCGTT TCGTCGATAT CCGGGCCCTT
TCCGATACCG AGGCGGCAGC CCTGATCCAT CGGGAAGAGA TCGATATTCT GGTCGACCTC
AAGGGCTACA CCAATGATGC GAGAACCGCC ATTCTGGGTC TGCGCCCGGC CCCGATCCAA
GTGAATTTCA TCGGCTTTCC CGGTACGATG GGCGTCGATT TCATCGATTA TATCATCGCC
GACGCCTTCG TCCTGCCGAT GGATCAGCAG CCGTTCTTCT CCGAGAAGAT CGTGCATATG
CCGTTTTCCT ATCAGCCGAA CGATACCCGC CGGATGATCG CCGATCTGAC ACCGACACGC
GCTGATTGCG GCTTGCCGGA GGACGGATTC GTTTTCTGCT GTTTCAATAA TTCCTACAAG
CTCACGCCCG TTTTCTTCGA TCTCTGGATG CGCCTGTTGC AAGCCGTTCC GGGCAGCGTA
TTCTGGCTGC TCGAGTCAGG CCCCCTCGTC CGCGAAAATC TCCAACATGA GGCAGAAAAG
CGCGGCATTG ATCCGAACCG GCTCGTCTTC GCGCCCAGGA TCGCGATCCC CGATCATCTG
GCGCGTCACC GCCTGGCTGA TCTGTTTCTC GATTGCCTGC CCTATAATGC CCATACGACG
ACGAGCGATG CCCTTTGGGC CGGGCTGCCG GTTCTGACCT GTGCCGGCGA AACCTTCGCC
GGACGTGTCG CGGGCAGCCT CCTCCAGGCT GTCGGGCTGC CGGAACTGAT CACGACATCC
CTCGCCGACT ACGAGGCGCG AGCGCTCCAT CTCGCACGCA ATCCAGAGGA TCTACGGATC
CTGCGGCAGA CATTGCTCCG GCAGAGAAAG AGCGCGCCTT TGTTCGACAT CGCGCTTTAT
ACCCGTCATC TCGAATCCGC TTACCGACAG ATGTGGACCC GGTTCGAGGA TGGTCTCGCA
CCAGAAGCCT TCGCCGTCGC CCCAGCGGCC CCTGAAAAGG ACACAGCCAG CGACGCATAC
AAGGAGGCGC ATATCGCCAA AACCGCGACG GTCGCCCGCA TCACTTTTGA GACCTGTCCT
CTTTGCCAAG GATCCCACCA TGAGCCTCTT TTGGTCGCGG ACGTAACCCG CGATCCTCTC
TATCGCTCCA TCCTTCCGGA CAAGGTCGAA TGGCGGCGAT GCCAAGATTG CGGCCATGTT
TTCGCGGAAG GCCATTTCTC CCCGATCGTG CAATCGACGC ATTTCGCGAG GACGTTGCCG
GCAGAGGCCG TCGGGCATGA CATGGAAAAA CGACGGCTCC AATCCGGTGC CATTGTTGAA
CGCATGGACC ATTGGCTCCC GGCCGCCAAA GGGGCTTGGC TCGATGTCGG CTTTGGCGAC
GCTTCCCTTC TATTTGCCGC GGAGGAATGG GGTTTTGATC CCGTCGGTCT CGAACACCGT
AAAGCCCATG CCGACATTCT GGCAGGGCTC GGCTACGAGG CGCATCAAGG CGAGATCATT
GATCATGACT GGCCTGAGCG TTTCAGCGTC ATCAGCCTGA GCCGCAGTTT GGAACGCATG
GCCGATCCGC GCCTTGGTCT GCGCACGGCC CGGCGATTCC TGCGGCGCGA CGGCGCTTTG
TTTCTGTCCA TGCGTAATCG TGGCACCATG GTTTGGCGCT TGCTGGAGAT CAATCAGGAC
AATCCCTATT GGGGCGATTT GCGCGCTGTC CATCTGTTCG ATCGCGAACG AATCTCAGCC
GTGCTGATCG AAGAAAACTT CCGCCCCCTC TCTTTCATGA TCGATGAACG ATACCCACTG
GGAATGGGTA TTATCGCCGT GCGCGACGAT TTCCCCCTCC ATGCCGACCA GACGATGAAC
ACGCCTGCTT CACGCGGCTC CGCACCTGAT TTTGCCTTGA TGGACACAGA AAGGGACACA
GACGAGCGGC CACATTGA
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| Protein sequence | MNTMLRKDNV ARENASSCGK PEKDVPPGPH APVESRPSSD RTLSQKFLMT ALDYHRAGRL
DQAADLYQRI LLAEPDHFLC LHHLGLIAHQ KGDLDTAIAW IEKAIRVKPD YAEALANLAA
LYRAKGLLTQ AVETGRTAVL HGQDHVPAHC NLGGALEDQG EWEAALACYR RAVAINPAFI
EGAMNAANVL RRLHRHEEAL QTCEALIACR PDAAEPHMVL GNILRDLGQF DAALAAYEQA
LALRPDFAPV YNSLGNLLQR RGQYQEAHDA YATAIQLQPN LAQAHAGLGV TLDSLGHPDQ
AIEAFRMALV YDPKRIDLRL WLHHRRRAIC DWTGIMEEEA ELLRLFKTEP HVGAPFPLIS
MDTSAAEQYR LCRAFGQSYD NKRQAYTHSP RPRGSRKVRI GYLSNDFYRH ATALLMVELF
ERHDRDQFEI IAYSHGPDDS SELALRTREA FDRFVDIRAL SDTEAAALIH REEIDILVDL
KGYTNDARTA ILGLRPAPIQ VNFIGFPGTM GVDFIDYIIA DAFVLPMDQQ PFFSEKIVHM
PFSYQPNDTR RMIADLTPTR ADCGLPEDGF VFCCFNNSYK LTPVFFDLWM RLLQAVPGSV
FWLLESGPLV RENLQHEAEK RGIDPNRLVF APRIAIPDHL ARHRLADLFL DCLPYNAHTT
TSDALWAGLP VLTCAGETFA GRVAGSLLQA VGLPELITTS LADYEARALH LARNPEDLRI
LRQTLLRQRK SAPLFDIALY TRHLESAYRQ MWTRFEDGLA PEAFAVAPAA PEKDTASDAY
KEAHIAKTAT VARITFETCP LCQGSHHEPL LVADVTRDPL YRSILPDKVE WRRCQDCGHV
FAEGHFSPIV QSTHFARTLP AEAVGHDMEK RRLQSGAIVE RMDHWLPAAK GAWLDVGFGD
ASLLFAAEEW GFDPVGLEHR KAHADILAGL GYEAHQGEII DHDWPERFSV ISLSRSLERM
ADPRLGLRTA RRFLRRDGAL FLSMRNRGTM VWRLLEINQD NPYWGDLRAV HLFDRERISA
VLIEENFRPL SFMIDERYPL GMGIIAVRDD FPLHADQTMN TPASRGSAPD FALMDTERDT
DERPH
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