| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_2120 |
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| Symbol | |
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| ID | 4623977 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | + |
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| Start bp | 2579841 |
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| End bp | 2582516 |
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| Gene Length | 2676 bp |
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| Protein Length | 891 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 639797262 |
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| Product | aconitate hydratase 1 |
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| Protein accession | YP_943464 |
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| Protein GI | 119945784 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1048] Aconitase A |
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| TIGRFAM ID | [TIGR01341] aconitate hydratase 1 |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.731402 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.0663463 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTGGAA ATAAAATTAA TATTGATGCT AAAAATACTT TCACGGTAAA TGGTCAAGTT
TATAGCTATT ATGCGATAAA TAAAGGCGAA TTAGCGGGTA ACGATTCGAT AACACGCTTG
CCCGTCTCAA TCAAAGTGTT GCTGGAAAAT TTATTACGCC ATCAACAGGA TAATGGCGGC
AGCAGAAAAG AAATTGAAGC GCTCGCCAGC AGTCAAGGAC GAGGCAGCAC GACCGAAATT
AACTATCAGC CTGCGCGCGT TTTAATGCAG GACTTTACCG GCGTACCGGC CGTTGTTGAT
CTTGCCGCGA TGCGTAATGC ATTAGTTAAA CAGGGACTTG ACCCGCAAAA AATAAATCCA
TTGGCTAAAG TTGATCTGGT GATCGACCAT TCGGTTAACG TCGACAAGTT TTCAAGCAAA
TCCGCTTTTG ATGAAAACGT GGCTATCGAA ATGGCGCGCA ATAAAGAACG TTATGAGTTT
TTAAAATGGG GGAAACAGGC CTTTGAAAAT TTCAGCGTAG TCCCTCCGGG TACTGGTATT
TGTCACCAGG TTAATCTTGA ATATCTGGCT AAAGTTGTCT GGAGTGAAAC CACTGAGAAT
GAGTCTCTGG TCTATCCTGA TACGCTGGTT GGTACCGACA GCCATACCAC TATGATTAAT
GCGCTGGGCG TTTTAGGTTG GGGCGTAGGC GGGATTGAAG CTGAGGCTGT GATGCTTGGA
CAACCCATTT CAATGCAGAT CCCGGATGTG GTCGGATTTG AACTGACAGG CAGATTGGCT
GAGGGGATCA CCGCGACGGA TCTGGTGCTG CAGGTTGTTC AAATGCTGAG GAAGCATGGT
GTGGTCGGAA AATTTGTGGA ATTTTATGGT GCCGGTCTTG CTCATTTACC CCTGGCCGAT
CGCGCGACTA TAGCCAATAT GGCACCGGAA TATGGTGCTA CCTGCGGATT TTTCCCGGTC
GATCAGCAAA CCCTGAATTA TTTACAATTG ACGGGTCGTG ACAAGCAAAC TATTGATTTG
GTTGAATCTT ATTCTAAACT ACAAGGGTTG TGGCGTGATG AGACGACCCC AAAGGCTGAT
TTTTCCGATA CTTTATTGCT TGATATGAGC GATATTGAAC CTAACCTTGC AGGACCAGAC
CGGCCGCAGG ACAGAGTCCC TATGCGCCAG TTAAAAACGG CGACCGATGA CTTTATTGAT
CTCAATGGAA AGGGTCAGCA AAAGACCACG GATTTTCCTA TCAATGACAG TGATCAATCA
CTCCATCATG GTTCACTGGT GATCGCTGCT ATTACCTCCT GCACTAATAC CTCTAATCCT
GCGGTTATGC TGGCAGCCGG ACTGCTGGCT AAAAAAGCGC TGGCAAAAGG ATTGGTTAAA
CAACCCTGGG TTAAAACCTC ACTTGCCCCC GGCTCACGGG TAGTGACCGA TTATCTGGTG
GAAACAGGAT TACAACAATC CTTAAATACA CTCGGCTTTA ATCTGGTGGG TTATGGCTGT
ACTACCTGCA TTGGCAATTC AGGCCCTTTA CCAAAGCCTG TTCAGGAATG TATTGAAGAA
AACGATCTTA TTGTGAGTGC TGTTTTGTCA GGCAACCGTA ATTTTGCAGG ACGAATTCAT
CCACAGGTTA AGGCTTCCTG GTTAGCATCC CCCCCTTTAG TGGTGGCCTA CTCACTGGCC
GGCACTACTC GAATAGATCT CAGTCAGGAT CCAATCGGCA CAGGCAGTGA CGGTGAAAAG
GTTTATTTAA AAGATATCTG GCCGAGTAAC GCGGAAATCA CCGAGTTGCT AAAAAGTGTC
AGTCATCAGA TGTTCGAAAA GCGCTATAGT GCAGTATTTG ACGGCGATAA AGAATGGCAG
GCAATTCAGT CCGGAGAAGA AGCCAATTAT CAGTTTTCCG ACGAGTCCAC CTATATTCAA
AAACCGCCTT TTTTCGAACC ACAATATCGC GATAATTTTA GTAATATTGT TGATGCGCCT
ATTCTGGTTA TGCTTGGAGA TTCGGTTACA ACGGATCATA TTTCACCCGC AGGTGCCATT
CCCAAAGACA GCCCCGCCGC TCAATTTTTA CGCAATCATG GGATTGATGA AAAAGATTTT
AACTCTTACG GCTCACGACG CGGCAATCAT GAAATCATGA TGCGGGGTAC CTTTGGTAAT
ATTCGTATCC GTAATGAGAT GACGCCGGAC AAGGAAGGTG GCTACACCCA TTTACAGGGT
CAGTCGCAAG CCATGTTCAT CTTTGATGCC GCCATGCGTT ACCAGCAGGA AAAAAGATCC
AGTGTGGTTA TTGCTGGTAA AGAATATGGT ATGGGATCGA GTCGAGACTG GGCTGCTAAA
GGAACTTTAC TGCTTGGTGC CAAAGCTGTT ATTGCCGAAA GTTTTGAGCG AATTCATCGT
GCTAATCTGG CTGGAATGGG CGTATTACCG TTGCAGTTTA TGGCCGGTGA GGATCGTAAA
TCATTGCAGT TAACTGGTGA TGAATCCTTC GATATTATGG GGTTAGAAGG TGAAATGAAC
GCCAATCAAA CACTTGATGC GGTTATTCAT TATCCATCCG GTAAACAGCG TAAAATTCAA
TTGTTGTCTC GTCTCGATAC AGCAATTGAG GTTGATTATT ACCGCGCGGG CGGTGTACTC
ACTTATGTGC TTAACCGCAT AGTTTCTAAA GGATAA
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| Protein sequence | MSGNKINIDA KNTFTVNGQV YSYYAINKGE LAGNDSITRL PVSIKVLLEN LLRHQQDNGG
SRKEIEALAS SQGRGSTTEI NYQPARVLMQ DFTGVPAVVD LAAMRNALVK QGLDPQKINP
LAKVDLVIDH SVNVDKFSSK SAFDENVAIE MARNKERYEF LKWGKQAFEN FSVVPPGTGI
CHQVNLEYLA KVVWSETTEN ESLVYPDTLV GTDSHTTMIN ALGVLGWGVG GIEAEAVMLG
QPISMQIPDV VGFELTGRLA EGITATDLVL QVVQMLRKHG VVGKFVEFYG AGLAHLPLAD
RATIANMAPE YGATCGFFPV DQQTLNYLQL TGRDKQTIDL VESYSKLQGL WRDETTPKAD
FSDTLLLDMS DIEPNLAGPD RPQDRVPMRQ LKTATDDFID LNGKGQQKTT DFPINDSDQS
LHHGSLVIAA ITSCTNTSNP AVMLAAGLLA KKALAKGLVK QPWVKTSLAP GSRVVTDYLV
ETGLQQSLNT LGFNLVGYGC TTCIGNSGPL PKPVQECIEE NDLIVSAVLS GNRNFAGRIH
PQVKASWLAS PPLVVAYSLA GTTRIDLSQD PIGTGSDGEK VYLKDIWPSN AEITELLKSV
SHQMFEKRYS AVFDGDKEWQ AIQSGEEANY QFSDESTYIQ KPPFFEPQYR DNFSNIVDAP
ILVMLGDSVT TDHISPAGAI PKDSPAAQFL RNHGIDEKDF NSYGSRRGNH EIMMRGTFGN
IRIRNEMTPD KEGGYTHLQG QSQAMFIFDA AMRYQQEKRS SVVIAGKEYG MGSSRDWAAK
GTLLLGAKAV IAESFERIHR ANLAGMGVLP LQFMAGEDRK SLQLTGDESF DIMGLEGEMN
ANQTLDAVIH YPSGKQRKIQ LLSRLDTAIE VDYYRAGGVL TYVLNRIVSK G
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