| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1002 |
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| Symbol | |
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| ID | 7111589 |
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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 | Cyanothece sp. PCC 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | - |
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| Start bp | 1106276 |
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| End bp | 1109251 |
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| Gene Length | 2976 bp |
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| Protein Length | 991 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 643479271 |
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| Product | delta-1-pyrroline-5-carboxylate dehydrogenase |
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| Protein accession | YP_002376324 |
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| Protein GI | 218437995 |
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| COG category | [C] Energy production and conversion
[E] Amino acid transport and metabolism |
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| COG ID | [COG0506] Proline dehydrogenase
[COG1012] NAD-dependent aldehyde dehydrogenases |
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| TIGRFAM ID | [TIGR01237] delta-1-pyrroline-5-carboxylate dehydrogenase, group 2, putative
[TIGR01238] delta-1-pyrroline-5-carboxylate dehydrogenase (PutA C-terminal domain) |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 39 |
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| Fosmid unclonability p-value | 0.0261182 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGGTAGTAC AAATTAACCC GCAACAAGAT TATGAAGCAA AAACTCAGGC AATAGCAAAA
GACCTTTTAG CCCAAACGCG AGAGAAAAAA GGACTATTGG CACAGCTACA GGATCAAATG
CGCCTTGATG ATAAACTTTT GGGATGGGCG ATGAGTAACC CTAACCTACG AGTACAGTTA
TTTCGCTTTA TTGACTGTTT ACCAGCGTTA CAAAGTAATG CAGAAATAGC CAACCATTTA
CAACAATATA TGGGGGAAGA GTCGGTAGAA CTGCCGAGCG CCCTCAAAGG AATTTTAAAT
TTTACTGATT CCCATTCTGC CCCTGCCCAA CTGGCCGCCG GAACCATTAG TAAAGCAGTA
GAAACCTTAG CTCGAAAATA TATCGCCGGG GAAGATTTAC AGCAGGTCAC CAAGACGGTA
GAACGTCTGA GAAAAGAAAA AATGGGCTTT ACCATTGATT TATTAGGGGA AGCCGTTATT
ACCGAAGTCG AAGCGAAAGC CTATTTACAA AGTTATTTAG AGTTAATGGA ACATCTGGTT
AAAGAGTCTC AAAAGTGGTC AAAAGTGCCA GAAATAGACG AAGCAGATGG AGAACCTTTA
CCCAAAGTTC AAGTATCAGT CAAGTTAACG GCGTTTTATT CCCAATTCGA TCCTTTTGAT
CCTCAAGGCA GTCAGGAAAA AGTTTGCGAT CGCATTCGGA TTTTATTGAG ACGGGCAAAA
GAGTTAGGGG TCGGGATTCA TTTTGACATG GAACAGTATG TCTATAAAGA TATCACCCTG
GGAATTCTCA AAGAGTTATT ACTCGAAGAC GAGTTTAAAA CTCGCACCGA TATTGGAGTG
ACTATTCAAG CTTATTTAAG AGACTCCGAA AAAGATTTAA AAGACTTAAT AGAGTGGGCA
AAAAAACGGG GTTATCCCAT TACCGTTCGG TTGGTAAAAG GGGCTTATTG GGATCAAGAG
ACGATTAAGT CCCTGCAAAA TCATTGGACT CAACCGGTCT ATAACCAAAA AGCCGCCAGC
GATCTTAATT TTGAACGATT AACCCGATTA TTACTGGAAA ATTATCAATA TATTTATAGT
GCTATCGGGA GTCATAACGT CCGTTCACAA GGTCATGCGA TCGCTATAGC CGAAAGTTTA
AACGTTCCCC GACGTTGTTT CGAGATGCAA GTGTTATATG GGATGGGGGA TCAACTGGCT
AAAGCATTAG TTAAACGGGG TTATCGAGTC AGGGTCTATG CTCCCTACGG AAATTTATTA
CCCGGAATGG CTTATTTAAT CCGACGCTTG TTAGAAAATA CGGCTAATAG TTCCTTCTTA
AGACAAAACT TAGAAGAACG TCCCGTAGAC GAATTAGTTG CCCCTCCTGT AGTCATAGAA
GAAAGCCAAC CCCGAACGGA TAACGGTAAA TTCCCCAACG TACCGGATAC AGACTACGCG
GATGAGGAGT TAAGACAGAA AGCAAAACAG GCATTAGTCC AAGTTCGTAA CTCCCTAGGC
AAAACCTATT TACCCTTAAT TAACGGGGAA TATGTCCCAA CCGAAACCAT AATAGACTCG
GTTAACCCCT CTAACCCTCA AGAAATTGTC GGGAAAATAG GCTTAATTTC CGTTCAACAA
GCTCAACAAG CGTTACAAGC AGCTAAAGCG GCATTTCCGA CTTGGAAAAA AACCCCCGTC
AGAGAAAGGG CAGGGATATT ACGCAAAGCA GCAGAAATTA TGGAAAGGCG GCGACATGAA
TTATCTGCCT GGATCTGTCT AGAAGTGGGG AAAGTGCTTA AACAAGCAGA TGCAGAAGTA
TCGGAGGCGA TCGATTTTTG TCGCTATTAT GCGGATGAAA TGGAACGCTT GGATCAGGGA
TATGACTATG ATGTAGCCGG AGAAACTAAC CGCTATCTCT ATCAACCGCG AGGACTGGCG
GTAGTGATTT CCCCTTGGAA TTTCCCCCTA GCTATTGCCG TAGGAATGAC AGTGGCGGCA
TTAGTAACGG GTAACTGTAC CCTCTTAAAA CCGGCGGAAA CCTCTTCGGT TATTGCTGCC
AAGATCGCCG AAGTCTTAGT AGAAGCCGGT ATTCCTCAAG GCGTGTTTCA ATATGTACCC
GGTAAGGGTT CTCAAGTGGG CGCTTATATG GTAGAACATC CTGATGTTCA TTTAATTGCC
TTTACTGGAT CGAGAGAAGT GGGATGTCGG ATCTATAGGG ATGCTTCCAT CGTTCAACCC
GGACAAAAAC ACCTCAAACG GGTGATCGCG GAGATGGGGG GTAAAAATGC GATTATTGTG
GATGAAAGTG CCGATCTCGA TCAGGCAGTG GCCGGGGTGG TGTATTCTGC TTTTGGATAT
AGTGGGCAAA AATGTTCCGC CTGTTCACGG GTAATTGTCT TAGAAACGGT GTATGACCAT
TTTATCGAAA GATTCGTCGA AGCCACCCGA TCGCTCAATA TTGGGGCGGC AGATGAACCG
GGGACAGAAG TCGGCCCGGT GATTGATGCA ACTGCCCAAA AACGCATTCT GGAGTATATC
GAAACAGGAA AACAAGAGGC AGAATTAGCC CTGATCCGGG AAGCACCGGC AACAGGGTAT
TTTGTGCCCC CGACGATCTT TAAAAATGTG TCTCCGGATG CCGCCATTGC CCAAGAAGAA
ATTTTTGGCC CGGTGGTAGC GGTGACGAAG GTAAAAACCT TTGATGAGGC GTTAACGGTA
GCCAATGGGA CAGACTACGC CTTAACCGGT GGGTTATATT CCCGCACTCC AGACCATATT
AAACGGGCTT ACGCAGAATT TGAAGTCGGC AATTTATATA TTAACCGAGG CATCACCGGG
GCGATCGTTT CCCGTCAACC CTTTGGTGGG TTTAAGATGT CTGGAGTCGG TTCTAAAGCC
GGAGGGCCTG ACTATCTGCT ACAATTCCTC GAACCCCGTC ACGTTTCGGA AAATATTCAA
CGTCAAGGGT TCGCGCCAAT AGAAGGGGCA CAATAG
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| Protein sequence | MVVQINPQQD YEAKTQAIAK DLLAQTREKK GLLAQLQDQM RLDDKLLGWA MSNPNLRVQL
FRFIDCLPAL QSNAEIANHL QQYMGEESVE LPSALKGILN FTDSHSAPAQ LAAGTISKAV
ETLARKYIAG EDLQQVTKTV ERLRKEKMGF TIDLLGEAVI TEVEAKAYLQ SYLELMEHLV
KESQKWSKVP EIDEADGEPL PKVQVSVKLT AFYSQFDPFD PQGSQEKVCD RIRILLRRAK
ELGVGIHFDM EQYVYKDITL GILKELLLED EFKTRTDIGV TIQAYLRDSE KDLKDLIEWA
KKRGYPITVR LVKGAYWDQE TIKSLQNHWT QPVYNQKAAS DLNFERLTRL LLENYQYIYS
AIGSHNVRSQ GHAIAIAESL NVPRRCFEMQ VLYGMGDQLA KALVKRGYRV RVYAPYGNLL
PGMAYLIRRL LENTANSSFL RQNLEERPVD ELVAPPVVIE ESQPRTDNGK FPNVPDTDYA
DEELRQKAKQ ALVQVRNSLG KTYLPLINGE YVPTETIIDS VNPSNPQEIV GKIGLISVQQ
AQQALQAAKA AFPTWKKTPV RERAGILRKA AEIMERRRHE LSAWICLEVG KVLKQADAEV
SEAIDFCRYY ADEMERLDQG YDYDVAGETN RYLYQPRGLA VVISPWNFPL AIAVGMTVAA
LVTGNCTLLK PAETSSVIAA KIAEVLVEAG IPQGVFQYVP GKGSQVGAYM VEHPDVHLIA
FTGSREVGCR IYRDASIVQP GQKHLKRVIA EMGGKNAIIV DESADLDQAV AGVVYSAFGY
SGQKCSACSR VIVLETVYDH FIERFVEATR SLNIGAADEP GTEVGPVIDA TAQKRILEYI
ETGKQEAELA LIREAPATGY FVPPTIFKNV SPDAAIAQEE IFGPVVAVTK VKTFDEALTV
ANGTDYALTG GLYSRTPDHI KRAYAEFEVG NLYINRGITG AIVSRQPFGG FKMSGVGSKA
GGPDYLLQFL EPRHVSENIQ RQGFAPIEGA Q
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