| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_0297 |
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| Symbol | |
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| ID | 5744220 |
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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 | Clostridium phytofermentans ISDg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010001 |
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| Strand | + |
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| Start bp | 371897 |
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| End bp | 374809 |
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| Gene Length | 2913 bp |
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| Protein Length | 970 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641291387 |
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| Product | CDP-glycerol:poly(glycerophosphate) glycerophosphotransferase |
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| Protein accession | YP_001557423 |
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| Protein GI | 160878455 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1887] Putative glycosyl/glycerophosphate transferases involved in teichoic acid biosynthesis TagF/TagB/EpsJ/RodC |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | ATGCCGGTTT ATAACGTAAG TCGTTATTTA CGCAACTGTT TGGACAGTAT TGTTGCTCAA
ACCATGGAGG ACATTGAACT TATCGTGGTG AATGACGGAA GTACGGATGA TAGTTTAAGT
ATTTTAAAGG AATATGAAGT ACAATATCCA GAATGGATGC ATGTATATAC CACAGAGAAT
CGTGGTGTTA GCCATGCAAG AAATTATGGT ATTGAACGTG CATCTGGGGA ATATCTTTTG
TTTGTAGATA GTGATGATTT CGTGGAACCA GAAATTTGTG AGAAGTTATA TGAAAAGGCA
GCACAGGATA ATAATGATGT TGTTATCTGC CGTTATAACG ATGTTTATGA AAATGCAGAT
AGTGATATGC TAACTGTAAA ACAGGGAAAA GCATTCGAAA TTGTGATTGG TAGAAATTTC
AATATTCATG AAACAAAATT TGAATTGACA CATATTTCTC CATTCCCATG GGACAAGCTT
TATCGAAGAA CATTATTTGA GACTATTCGT TTTCCTGAAA AGTTACGTTT TGAAGATCTT
GCGATTATGT ACTGCCTAAT GACAAAGGCA ACGAGTATAG GAGTCATCGA AGACAGACTT
TATAACTATC GTAGAGCTAG TGAAGGAAGT TTTCTAAGTA ATTTTAGTGA AGGAACCTTA
GATATTGTCA CTTCGTTAAG ACTTTTCTTG AAGCAGATGA AGGAGCAGGG CAATTATGAA
GAATTTAAAG AAGAAATCGA GTACATCTGT ACAAGACATC TTTTAGTTCG TTATGATGCC
ATTTTTGATA CTGCGACAAA GGGGAAATTG GACATAAAGA AGGAAATGAT TCATAACTGC
GTGGACTTCT TTCATGAATT CTTTCCAAAA TGGAGAGAGA ATCGTTATTT ACTATATACT
GCATCTGGAG CATCAAGAAA AAAGATGAGA AAGTATACGA GCAGAGGAAA GATGATTCGA
TCAGCAACTA TGTGCGAGTA TACTCCAGTG TTTGTTACGA AAACCCTTCG TAAGATGAAG
AAGATACAAG ATAAAATAAA GAAAAAGTGG AAGAAGTTCT CGAAAGCAAA GAATAAGTTT
CGCTTTATCT ATAACCATAT CCCTGGAATC AAGTTACTTC ATCTTCCAAA CGATGTTCAA
TATACCATGT TCTATGAAAA ACTTGGTGTG AATGAAAATG ATGTGCTATT TGAATCAAAG
CATGGCGATG ATATTGCAGG TAATATCTTT ATGATGTTAC AAGCTATGGG GGATGATAAG
TATCGTGATT TTCACATTAT GGTTACCCTA AAGGAAGAGA ATATCAGCGC ATACAGTGCT
TTACTTGCAC GCTATGGGAT TGATTATGTA GATATCATTA CCACGGATAG CAAGGAATAT
CTAAAAGTTC TTGCAACTGC AAAATATCTG ATTACGGATA CTAGTTTTCC ACCTTATTAT
ATCAAACGTC CTGAGCAGGT ATACTTAAAT ACTTGGCATG GAACTCCTTT AAAGGCGATG
GGACGTATTG TACCAAAGAG AGAGTATGCG CTTGGTAATG TTCAGCGTAA CTTTTATTTG
GCAGATTATC TTTTATATCA AAATAAATTC TCCAGAGACA TTTTCGTGGA GGATTATATG
CTTGCGCCTA TATTTAATGG GAAAGTTATG CTATCTGGTT ATCCAAGAAA CTCCGCTTTC
TTTAATACAG AGCGTTATGA TGCAATTCGT AGTGAGCTTG GTGTAGAGGA TATGCAGGTC
ATGGGTTATA TGCCAACATG GCGTGGTTTA TTAAATAAAA AGGAAAATAA AAAACAAGTC
TCTGAATTAA TAAATTATTT TTATGAACTG GACATGTTAC TTCGTGATGA CCAGGTACTT
TATGTTAAGC TACATCCATT TGTAAAATCG GAAGTAAATT ATGACGACTT TACACACATT
GTGCCGTTTC CAGAAGAATA TGAAACTTAT GATTTCTTAA ATGCTACGGA CTTATTAATA
ACAGACTACT CCAGTATTAT GTTTGACTAT GCCGTATCGA AAAAGAAGAT TATTTTATTT
ACTTATGATC GTGAGGAATA CCTTAACGAT CGAGGTATGT ACTTGGATTT AAATGATTTG
GAGTTTCCAA TTGCGGATAC CGTAGAACAG TTAGTGAAAG AAATTAAAAA AGATTCCTCA
TATCCAAAAT TCCATGAAGA GTTTTGTAGT TTAGACTCTG CGGATACTGC GGAAGAAGTA
TGTGAGACCT TATTCCTTAA GAAAGAGCCA AGTTTCTCGT TAGAACCAAT ACAAAGAGAG
AACAAGAAAA AGGTATTAAT TCTTATCAGT GGACTTAGAA ATAATGCAAC TTCAGAGCAA
TTAATGGAGC GTATTAACGA ACTAGATACC GATCGTTATG ACGTATTCCT TTGTGCAAAA
GCATCCACGA TTCGTAAGGC TACTTCTGTG TTGTCTAAAT TAAGAGATGA AATTAATTAC
ATTCCGCTAA TGTTTGATGT AAACTATACG ATCAAAGACC GTATAGCTTG TCTTAAGTCC
TTTAAATTTG GATATAGTTC TAAGAGAACA GAAGGTTTAA TCCGCAGGTT AGCAGAGCGT
GAGAGAGTAA AATATTTTGG AGCTATTAAT TTTGATATTG TAATTAACCT ATCTTCTTTG
GATCAGATTT TGTTCCATAT GTGCAAATCC TTTGATGGAG TGAAGATATT CAATATGAAA
TCATTTGAAT ATAAAAAATA TACACAGAAC AAAGACTATC GTAAGTTTAT GGATTACTTC
CTAAATCGTT TGGACGGTTA TGATTATGTT ACGGGTACTA AGCAGATTCT CAAGTTAAAT
CAGGCAGTAT TTGAACAAAA TCAGGTAAAA CATCTTATTG GCCATGAGTC AAAGCTTGAA
TTACCAGAGT TATTAAAGGA GGTTGACAGA TAA
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| Protein sequence | MPVYNVSRYL RNCLDSIVAQ TMEDIELIVV NDGSTDDSLS ILKEYEVQYP EWMHVYTTEN
RGVSHARNYG IERASGEYLL FVDSDDFVEP EICEKLYEKA AQDNNDVVIC RYNDVYENAD
SDMLTVKQGK AFEIVIGRNF NIHETKFELT HISPFPWDKL YRRTLFETIR FPEKLRFEDL
AIMYCLMTKA TSIGVIEDRL YNYRRASEGS FLSNFSEGTL DIVTSLRLFL KQMKEQGNYE
EFKEEIEYIC TRHLLVRYDA IFDTATKGKL DIKKEMIHNC VDFFHEFFPK WRENRYLLYT
ASGASRKKMR KYTSRGKMIR SATMCEYTPV FVTKTLRKMK KIQDKIKKKW KKFSKAKNKF
RFIYNHIPGI KLLHLPNDVQ YTMFYEKLGV NENDVLFESK HGDDIAGNIF MMLQAMGDDK
YRDFHIMVTL KEENISAYSA LLARYGIDYV DIITTDSKEY LKVLATAKYL ITDTSFPPYY
IKRPEQVYLN TWHGTPLKAM GRIVPKREYA LGNVQRNFYL ADYLLYQNKF SRDIFVEDYM
LAPIFNGKVM LSGYPRNSAF FNTERYDAIR SELGVEDMQV MGYMPTWRGL LNKKENKKQV
SELINYFYEL DMLLRDDQVL YVKLHPFVKS EVNYDDFTHI VPFPEEYETY DFLNATDLLI
TDYSSIMFDY AVSKKKIILF TYDREEYLND RGMYLDLNDL EFPIADTVEQ LVKEIKKDSS
YPKFHEEFCS LDSADTAEEV CETLFLKKEP SFSLEPIQRE NKKKVLILIS GLRNNATSEQ
LMERINELDT DRYDVFLCAK ASTIRKATSV LSKLRDEINY IPLMFDVNYT IKDRIACLKS
FKFGYSSKRT EGLIRRLAER ERVKYFGAIN FDIVINLSSL DQILFHMCKS FDGVKIFNMK
SFEYKKYTQN KDYRKFMDYF LNRLDGYDYV TGTKQILKLN QAVFEQNQVK HLIGHESKLE
LPELLKEVDR
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