| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_1308 |
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| Symbol | |
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| ID | 5744914 |
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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 | 1636790 |
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| End bp | 1640047 |
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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 | 39% |
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| IMG OID | 641292413 |
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| Product | APHP domain-containing protein |
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| Protein accession | YP_001558424 |
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| Protein GI | 160879456 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.0025589 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAAGAAAA AAGTAAGTAA AATTCTAGCG ATGCTTCTTA CAATTATGTT AATAGTGCAA
ACAGCTACTA CATTTGTAAT GGCGAAAGAA ATTACATCCA ATGCAACAGT TTATATTAAA
AATGCTACCA CAGGTTCTTA TCTTTATGCT TCTGGTTCTA GTGTAAATGC TGGAGGTTTT
CAAGAGAAAA ACCCATATTA CATATGGAGT ATAACTAAGA AAACGGACGG TACTTTTTGG
ATTCAAAACA TGGGAACAAA CTCGTATTTA TGTTTAGAAC ATGCGAGCGG AAAAGCACTA
TTAGAGACTA CAATATACGA AGTATGGATG AGTAGTAAAT GGTACATCGA AGGTAATGCG
GATTCTTCTA CAATTGATAA TATGTGGAAG AGCACAAGAA GTAGTGGAAC TGGTGGTTAT
TTATATACAA ACAGTGGAAA TTCAGATGTA TTCTACGGAA CAACAGCGCA ACGATGGATT
TTTGAAGACT ACAGTTCAAC TTCCAATATT CCAGAGGATG GTGTTAAAGG TAAATTAACA
AATAAAGTTG CAGCAGATGC AATCGTAGTT CCTGCTCCAA ACAGCGATGT TTCAAGCATT
GGTGCCACGA TGCCATATGT ACGTTATGAT TCCGAATATG CAGTATTAGG TGGTGGCGCA
AGGCTTGCAA CCTCAACGAA TTGGGATTTA ACGAATATTG CTAGCCAGGC ATCCAATCAA
TCTTATGTCG TTCTTCCATC GAGCGGTTCT TATGCGGAAT GGAGAGTAAA TTCTTCTGGT
AATGGTGTTG TTATGAGATT TACCTTACCG GATACTCCGA ACGGAATGGG ACAAAATGGT
TCCTTAGACG TATATGTGAA TGGCTCCAAA GTAAAAACAG TTAATTTAAC CTCGTATTAT
ATGTGGCAAT ATTTAAATGG TGGTGCAAGT GATACCCCAG GTGGTGGCAC TGCATGTTTC
GCATTTGATG AAGCACATTT TCGGTTAGAT AGATCCTTAG TTCCGGGAGA TACAATCCGA
ATTCAAAGTT CAGGAGCTTA TGGTCTTACT TATGGAGTTG ATTTCTTAGA AATAGAGGAA
ACGGGAGGTC CAATACCTCA ACCAGCTGGT TCTTATTCCG TAGTAGATTT TGGCGCTGTA
CCAGACGATG GTATTGATGA TTATGCAGCA ATTACTGCTT GTGTTGCTGC AGCAAATGCG
AATGGCAAAG ATGTTTACTT CCCAGCAGGA ACCTATCACA TCAATCAAAT ATGGCGTTTA
ACGGCGTCTA ATATGATGAT TACTGGTGCT GGAATGTGGT ATACCAACAT TCAATTTACT
AATTCAGCAC AGCAGTCTGG TGGTATTTCT GGAAATGGTG ATGGTAACAC AAAGAATATT
GAATTCTGTA ATTTGTACAT CAACTCCAAT CTTCGTTCCC GTTATGGTGA AAATGCAATC
TATAAAGGGT TCATGGATGT ATTTGATGGT AAATCCTTGT TCCATGATTT GTGGGTAGAG
CATTTTGAAT GTGGATTCTG GATTGCAGAC TATAATGGTG TCTTAGATTA CTCAGATGGA
ATTAAAATTG CAAATTGCCG TATTCGAAAC AATCTTGCAG ATGGTGTGAA CTTCTGTCAA
GGAACAAGTA ATGCAACAGT GTATAATTGC TCTATCCGAA ACAATGGGGA TGACGGCCTT
GCGATGTGGA ATAACAATTT CATGTCAGCG AAGGACTTAA GTAATAATAT ATTCTGTTAT
AATACGATTG ATTTAAATTG GCGTGCTGGC GGCATAGCAA TTTATGGTGG AAACAATCAT
AAAATTTATA ACAATTATAT TAGAGACTGT TTTATGTCTT CTGGTATTCA TTTAAATACT
ACATTTCCTG GATATAAGTT TAATAACACA CAAAGTATCC AATTTGCTAA CAACACAATT
ATCCGAAGTG GTTGTAGTTA TGATACTTGG AGAAGTGAGT ATGGCGCAGT TGATTTAACC
GGTTCTGTGA AAAACGTAAC ATTTGATAAT ACTTATATTT ACGATGCACA ACATGACGGA
ATACGTCTTG GAGATAGTGT TAACAATGTT GTTTTCAACA ATCTTTATAT TTATGGTACT
GGTGTTGATG GTAACACCCC GTCCTACTCC TCCTTACCAC ATCTAGGGGC AGCAATCATG
TCCTTTGGAG GAAATCCTTC TGTCACTATT AACGGTATGC ATTTAAGAAA GATTGCCTAT
CTAGATGTTT ATTATCTTAA CCAGGCAAAT GTTGTTCGTA ATAATGTGAC TAACGAAGGG
AATGTGGCAT ATACGATACC GGCTTATCGT GCAGTTGGTT CCTTACAAAC GGATCATGGT
AACCATGGTC AGGTACCAAC AATTATACCA ACAGCTACGC CAACAGCAAC ACCAATACCA
ACAGCAAGTC CAAGTGTAAC ACCGACTCCA ACAGCTACAC CATCACCAAC AGTAACGCCA
ACACCTTCTG TTCCATATGG TAATCCAGAT ATGATTGTTA CAGATATTAC GTGGTCACCA
GCAAATCCAA CCAATGGCAA TCAAGTTACT TTTAGTGCAG TTATTAAAAA TATAGGAACT
GGGGTAGCGC CACTTGGATC AATTAATGGA GTTCAATTTC AAGTAAATGG TACTAGTGTT
TCTTGGTCAG ATAATGACAA AACTCAGATT CAACCAGGTC AATCCATTAC AGTAACAGCC
GTAAGTGGGC CTTCTGGCTC TGCAACATGG GCAGCGAAGA CAGGTACCTA TACCATTACT
GCATGGGTAA ACGATGTTAA TCGTTATCCT GAGTCTAATA CCAATAATAA TATGTTAACA
AAACCACTTA CTGTAACAGA AGGAGCGGTA CAACCAACGG TTACACCGAC ACCTACCCCA
ACGGGGCAAC CTTATGGTAA TCCAGATATG GTTGTAACGG ATATTACTTG GTCTCCAGCA
AGCCCAGTAA GCGGGAATAA GATCACATTT AGTGCAGTTA TTAAGAATCA AGGAACCGGA
GTAGCTCCAG TAGGGGCAAT CAACGGATTA CAATTCCAAG TGAATGGTAC CTGTGTTTCT
TGGTCCGATA ACAATACAAC TCAGATAATG CCAGGACAGT CAGTGACGGT AACAGCAAAT
AGTGGTCCAG CTGGCAGTCC AACCTATACT GCTACGGCAG GTACCTTTAA TGTTATGGCT
TGGGTCAATG ATATTAATCG GTATCCAGAA TCCAATACAG ATAATAACAC TTTGACGAAA
ACGATGACAG TACGTTAG
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| Protein sequence | MKKKVSKILA MLLTIMLIVQ TATTFVMAKE ITSNATVYIK NATTGSYLYA SGSSVNAGGF
QEKNPYYIWS ITKKTDGTFW IQNMGTNSYL CLEHASGKAL LETTIYEVWM SSKWYIEGNA
DSSTIDNMWK STRSSGTGGY LYTNSGNSDV FYGTTAQRWI FEDYSSTSNI PEDGVKGKLT
NKVAADAIVV PAPNSDVSSI GATMPYVRYD SEYAVLGGGA RLATSTNWDL TNIASQASNQ
SYVVLPSSGS YAEWRVNSSG NGVVMRFTLP DTPNGMGQNG SLDVYVNGSK VKTVNLTSYY
MWQYLNGGAS DTPGGGTACF AFDEAHFRLD RSLVPGDTIR IQSSGAYGLT YGVDFLEIEE
TGGPIPQPAG SYSVVDFGAV PDDGIDDYAA ITACVAAANA NGKDVYFPAG TYHINQIWRL
TASNMMITGA GMWYTNIQFT NSAQQSGGIS GNGDGNTKNI EFCNLYINSN LRSRYGENAI
YKGFMDVFDG KSLFHDLWVE HFECGFWIAD YNGVLDYSDG IKIANCRIRN NLADGVNFCQ
GTSNATVYNC SIRNNGDDGL AMWNNNFMSA KDLSNNIFCY NTIDLNWRAG GIAIYGGNNH
KIYNNYIRDC FMSSGIHLNT TFPGYKFNNT QSIQFANNTI IRSGCSYDTW RSEYGAVDLT
GSVKNVTFDN TYIYDAQHDG IRLGDSVNNV VFNNLYIYGT GVDGNTPSYS SLPHLGAAIM
SFGGNPSVTI NGMHLRKIAY LDVYYLNQAN VVRNNVTNEG NVAYTIPAYR AVGSLQTDHG
NHGQVPTIIP TATPTATPIP TASPSVTPTP TATPSPTVTP TPSVPYGNPD MIVTDITWSP
ANPTNGNQVT FSAVIKNIGT GVAPLGSING VQFQVNGTSV SWSDNDKTQI QPGQSITVTA
VSGPSGSATW AAKTGTYTIT AWVNDVNRYP ESNTNNNMLT KPLTVTEGAV QPTVTPTPTP
TGQPYGNPDM VVTDITWSPA SPVSGNKITF SAVIKNQGTG VAPVGAINGL QFQVNGTCVS
WSDNNTTQIM PGQSVTVTAN SGPAGSPTYT ATAGTFNVMA WVNDINRYPE SNTDNNTLTK
TMTVR
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