| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_2536 |
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| Symbol | |
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| ID | 4569726 |
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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 | Chlorobium phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | - |
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| Start bp | 2908009 |
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| End bp | 2911305 |
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| Gene Length | 3297 bp |
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| Protein Length | 1098 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 639767101 |
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| Product | trehalose synthase |
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| Protein accession | YP_912948 |
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| Protein GI | 119358304 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0366] Glycosidases
[COG3281] Uncharacterized protein, probably involved in trehalose biosynthesis |
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| TIGRFAM ID | [TIGR02456] trehalose synthase
[TIGR02457] trehalose synthase-fused probable maltokinase |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.605311 |
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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 | ATGTATCAAC CTGAAGCACT CTGGTACAAA GACGCAATTA TTTACGAAGC GCATGTCAAA
ACTTTTTACG ACAGCAATAA TGATGGCATA GGCGATTTTC AGGGGCTGCG CCAGAAACTC
GGTTATCTGG AAAGCCTTGG CATTACCGCT ATCTGGCTGT TGCCGTTCTA TCCCTCTCCG
TTGCGCGATG ATGGTTATGA TATTGCCGAT TATATGAAGG TTAATCCCGA CTATGGCACG
CTTGATGATT TCAGGGAGTT TCTTGAAGAG GCGCACAGCC GGGGTCTCAA GGTTATTACC
GAGCTTGTGG TCAATCACAC TTCCGACCAG CATGCATGGT TTCAGCGTGC GCGCAGAGCG
CCGGTCGGTT CGCCTGAACG CAACTTTTAT GTCTGGAGCG ACGATCCGAA CAAGTATTCC
GAAACCCGCA TTATTTTTCA GGACTTCGAA GCGAGCAACT GGACGTATGA TCCGGTTGCC
GGCCAGTATT TCTGGCACCG CTTTTACCAC CATCAGCCGG ATCTGAATTT TGAGAACCCC
GAGGTGCACC AGGCGTTGTT TGATGTACTG GATTTCTGGC TTGGTATGGG CGTTGACGGT
TTGCGACTTG ATGCTGTGCC ATATCTTTAT GAGGCCGAGG GCACCAATTG CGAAAATCTT
CCGCAGACAT ACGAGTACCT GAAATCGTTG CGTTCCTATG TGGATGAGCA CTATCCCAAC
AGGATGCTGC TTGCCGAAGC CAATCAGTGG CCGGAGGATG CTGCGGCATA TTTCGGCAAT
GGGGATCAGT GTCATATGAA TTTCCACTTT CCTCTTATGC CGAGGATGTA TATGGCTCTG
GCAACCGAAG ACCGCTTTCC TCTTCTTGAC ATTCTCGACC AGACACCTGA TATTCCGGAA
AATTGCCAGT GGGCCTCCTT TCTTCGCAAT CATGACGAGC TGACTCTTGA AATGGTGACG
GACGAAGAGC GGGACTATAT GCGCAGGGTC TATGCCAATG ATTCCAAGGC TCGCATTAAT
CTTGGTATCC GCCGAAGGCT GGCGCCGCTT ATGACCAATG ATCGCCGGAA GATCGAGCTG
ATGAACATCA TGCTTCTGTC GCTGCCGGGA ACGCCGGTGC TTTATTATGG CGATGAGATT
GGTATGGGCG ATAACTATTA TCTCGGCGAT CGGGATGGAG TACGTACCCC CATGCAGTGG
AACGCCGATC GCAATGCAGG GTTTTCGCGC GCCAATCCCC AGAAACTTCT GCTTCCGGTG
ATTATCGATC CCGAGTACCA TTATGAAGCA ATCAATGTTG AGGTACAGGA GGGCAATACC
AACTCGCTGC TCTGGTGGAT GCGCCATACT ATTGCGACGG CAAGAAAATA CAAGGCGCTT
AGTCGCGGAA CTATCGAGTT TCTTCAGGTC AGCAATCCCA AGGTGCTGAT TTTTACCCGC
ACGTTTGAGG ATGAAACGGT TCTGACCGTG ATCAATCTTT CACGAAACGC GCAGGCGGTC
ATGATCGATC TGGCTGCTTA TGCCGATTGT ATCCCGGAAG AGGTGTTCAG TCTTAACCGG
TTTCCGAAAA TCAGGAAAAC TCCCTATATG GTGGCGCTCG GGGCGTATGG TTATTTCTGG
CTTAAACTGG TCAAAGAGAG CGATGAGTCG GAAGGAAGGC CTTTTCTTGA AGAGCCGTAT
GCGTCGGTTA CGCGCTGGAC AAACCTGTTT GCTTCAAAAA ATCGCGAAAA GCTCGAGATC
GATATTCTTC CGAAATATTT TATGAGCAGT CGCTGGTTCG GCGGCAAGGC TCGCACGATT
ATACGGGTAG TGATTGCTGA TACGATTCCG GTGGAGGGGA TGGAGAATGC GAAAATGCTT
CTTGCCGAGG TTCGTTATTC GAGCGGCGAA AATGAGCTTT ATCAGTTGCC GGTCTGCTTC
GTTCCCGACG CAATGATCAG TCGGCATGAT GATAATTTTT ACAAGCGTGC CATTGCTCGG
GCTGTGCTTG GCGACGAAAA GGGCTTTTTG TGCGATGCTA CTTATGAAAC GGCTTTTCTC
AATCAGCTTT TTCGTCTTGT TATGGGTCAG CATCCATGGC ACGGCAAGTC GGGTCAGATT
TCAGGTTGCA AGGGCGAAAA AGCTGATGTT CTTTGCAGCG AGGAGTGTCA CTCTTCTCCT
GAACCGGCAC TTCTTGGCAA CGAACAGAGC AATACCTCAA TTCGGTATCG CGACAGGCTT
TGTTTGAAAC TCTATCGCAG AATTGAAATC GGGGTTTCTC CGGAAATCGA TATGTGCAGG
GCGCTGACAG AAAAAACCGG GTTCAGTAAT CTTCCCGAAT ATCTCGGATC GCTTGATTAT
GCTCAGAATC GGGCGAGCCA CTATTCTCTG GGTATTCTTC AGAGTTATGT GCAGAATGAA
GGCAATGCCT GGAATATATC GCTTGATTAT GCTCAGCGGT ATTATGAGGA TGTTCTTTCT
AAAATCCAGA GCGTTTCCGA GTTGCCTGCG TTGCCGGCAT TAGGCGGGAA TCCCGTGCCG
CTTCCTTCTA TTATGCTCGA ACTGATCGGA GGGCCCTATC TCGGACTGGT CGAAAAGCTT
GGCGAAAGAA CTGCCGAGAT GCACATCGCT CTGGCTTCGA TTAACGATGA TCCTCAGTTT
GCCCCTGAAC CGTTTACCTC ACTGTATCAG CGTTCCATCT ATCAGGCGAT GTGCGAACAG
GTCAAACGCA GTATGATGCT GCTTCGACTG ATCAAGGGGA ATATTCCTGA AGAGCAGCAG
GAGTTGGTTT CAAGGCTGCT GATGAGCGAG GAGGATATTC TTCTCCAGTT CGATCCTATC
CGTCGTGAAA AGATTGATGC TGTTAAAATA AGGATTCATG GCGACTATCA TCTTGGTCAG
GTGCTCTATA CCGGGCGGGA TGTGGTCGTT ATCGATTTTG AAGGGGAGCC TGCCAGGCCG
GTTTCGGAAA GAAAAATCAA GCGCTCCGCT TTTCGCGATG TTGCCGGTAT GATGCGCTCA
TTCGACTATG CCGCATTTAA TGCGCTTCTT CTTAACCCGG TGATCAGGCC TGAAGATCGG
CATCGTCTTG AACCGTGGGC TGATCTTTGG AGTTTTTATG TGTCGCAGCA CTTTATCGAT
GCTTATTTCA ATGCGGTGAA AGGTCACGAT ATTATTCCTG AAGAACCCGA TCAGCGGGAG
CACCTGCTGC GCGGTTATCT GATGAACAAG GCGATCTACG AGCTTAATTA TGAACTGAAT
AATCGTCCCG AATGGGCGAT GATTCCGCTC AGAGGGATTT TGAGGATGCT TGAGTGA
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| Protein sequence | MYQPEALWYK DAIIYEAHVK TFYDSNNDGI GDFQGLRQKL GYLESLGITA IWLLPFYPSP
LRDDGYDIAD YMKVNPDYGT LDDFREFLEE AHSRGLKVIT ELVVNHTSDQ HAWFQRARRA
PVGSPERNFY VWSDDPNKYS ETRIIFQDFE ASNWTYDPVA GQYFWHRFYH HQPDLNFENP
EVHQALFDVL DFWLGMGVDG LRLDAVPYLY EAEGTNCENL PQTYEYLKSL RSYVDEHYPN
RMLLAEANQW PEDAAAYFGN GDQCHMNFHF PLMPRMYMAL ATEDRFPLLD ILDQTPDIPE
NCQWASFLRN HDELTLEMVT DEERDYMRRV YANDSKARIN LGIRRRLAPL MTNDRRKIEL
MNIMLLSLPG TPVLYYGDEI GMGDNYYLGD RDGVRTPMQW NADRNAGFSR ANPQKLLLPV
IIDPEYHYEA INVEVQEGNT NSLLWWMRHT IATARKYKAL SRGTIEFLQV SNPKVLIFTR
TFEDETVLTV INLSRNAQAV MIDLAAYADC IPEEVFSLNR FPKIRKTPYM VALGAYGYFW
LKLVKESDES EGRPFLEEPY ASVTRWTNLF ASKNREKLEI DILPKYFMSS RWFGGKARTI
IRVVIADTIP VEGMENAKML LAEVRYSSGE NELYQLPVCF VPDAMISRHD DNFYKRAIAR
AVLGDEKGFL CDATYETAFL NQLFRLVMGQ HPWHGKSGQI SGCKGEKADV LCSEECHSSP
EPALLGNEQS NTSIRYRDRL CLKLYRRIEI GVSPEIDMCR ALTEKTGFSN LPEYLGSLDY
AQNRASHYSL GILQSYVQNE GNAWNISLDY AQRYYEDVLS KIQSVSELPA LPALGGNPVP
LPSIMLELIG GPYLGLVEKL GERTAEMHIA LASINDDPQF APEPFTSLYQ RSIYQAMCEQ
VKRSMMLLRL IKGNIPEEQQ ELVSRLLMSE EDILLQFDPI RREKIDAVKI RIHGDYHLGQ
VLYTGRDVVV IDFEGEPARP VSERKIKRSA FRDVAGMMRS FDYAAFNALL LNPVIRPEDR
HRLEPWADLW SFYVSQHFID AYFNAVKGHD IIPEEPDQRE HLLRGYLMNK AIYELNYELN
NRPEWAMIPL RGILRMLE
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