| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ent638_4224 |
|---|
| Symbol | |
|---|
| ID | 5110385 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Enterobacter sp. 638 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009425 |
|---|
| Strand | + |
|---|
| Start bp | 34205 |
|---|
| End bp | 37189 |
|---|
| Gene Length | 2985 bp |
|---|
| Protein Length | 994 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 51% |
|---|
| IMG OID | 640480841 |
|---|
| Product | transposase Tn3 family protein |
|---|
| Protein accession | YP_001165503 |
|---|
| Protein GI | 146284550 |
|---|
| COG category | [L] Replication, recombination and repair |
|---|
| COG ID | [COG4644] Transposase and inactivated derivatives, TnpA family |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 17 |
|---|
| Plasmid unclonability p-value | 0.398551 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 20 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGCCACGGA GACAAATACT CAGCAGTGAA GAAAAAGAGC GCTTGCTGGT TGTACCGGAT
GATGACGTTC TTCTGACGCG CATGTGTTTT TTGAGTGAAC CTGACCTCGC TCTTATTAAT
AAACACCGCA GACCTGCCAA TCGCCTGGGC TTTGCTGTTT TACTCTGTTA TTTGCGAGGG
CCGGGGTTTC CTCCCGACAA GAATATGTCC CCTCACGACG GGGTTGTTTC CCGGCTTGCG
GCTCATTTGA AACTTCAGCC TGATTTGTGG GCCGAGTATG CATCAAGAGA GGTCACCCGC
TGGGAGCATC TGGCCGAACT ATACCGCTAT CTGGAATTAT CCCCTTTCAA CCGGGCGCTG
CAAAAAACCT GCATTCGCCA CCTTTATCCC CACGCCATGC GGACAGACAG AGGTTTTTTG
CTTGCGGAAG AAATGCTCTC CTGGCTTCAC AATAATAATG TCATTTTCCC CTCAGTTGAT
GTCATTGAGC GGACCCTGGC CGAAGCAGCA ACGCTTGCAG ACAGGGCGGT TTTTTCTGCG
CTTATCACGC AGCTTGAACC AGGGCACAAA GCGGCACTGG ACCGTCTGCT GGTATCTGAG
GGTGAGCAAC CCTCACGGCT GGCCTGGCTG CTCCAGCCTC CGGGAAAAAT TAATGGTAAA
AATGTCCTGC AACATATCGA CCGGTTAAAT GCGATTGAGG CGCTGGCACT GCCTGACGGT
ATTGCACTTT CCGTTCACCA GAACCGGCTC CTGAAATTGG CACGCGAAGG CAGGAAAATG
AGTAGCCGGG ACCTGGCAAA ATTCACGGAT GTTCGCCGTT ATGCCTCGCT GGTTTGTGTC
ATATCGGAAG CCAGGGCCAC CCTGACTGAC GAAGTTATTG ATCTGCACGA GCGTATTCTG
GGCAGTCTGT TCAGCAGGGC AAAACGCACG CAAGCCGAAC GGCTTCAACA AACGGGAAAG
CTGATTCAGA GCAAGCTGAA GCAATACGTT ACCATCGGGC AGGCATTGCT TAACGCCAGA
GAGTCTGGTG AAGATCCCTG GGCCGCAATA GAAGATGTCC TTCCCTGGCA GGAATTTATC
AACAGCGTGG AAGAGACGCG CTTCCTGTCA CGTAAGGACA ACTTTGACCC GTTGCATCTG
ATCACAGAAA AATACAGTAC GCTGCGTAAA TACGCCCCCC GGATGCTGTC CGCGTTGCAG
TTCAGGGCTG CACCCGCTGC ATTGCAACTC AGTGACGCGC TGGACACCGT CAGAGAGATG
TATCGAAAAC AACTCCGAAA AGTACCGCCT TCCGCGCCAA CCGGGTTCAT CCCGGAAAGC
TGGAGAAAGG CGGTGATCAC TCCCACCGGC ATTGACCGAA AATATTACGA ATTTTGCGTG
CTGAATGAGC TGAAGGGAGC CTTACGTTCT GGTGACATCT GGGTAAAGGG ATCACGCCGC
TACCGGAATT TCGATGATTA TCTGATCCCG TCTGACGACT TTGAAAAATC ACTCCGGGAT
AATCAGCTAT CCCTTGCCAT TCCGACTGAT TGCCATGAGT ACATCAAGAA CCGTATGACA
CTTCTGACAT CGCGCCTGGA GGAAGTTAAT GCGATGGCGC TGGCCGGTGA TTTACCGGAT
GTTGATATAT CGGATAAAGG CGTGAAAATA ACCCCGCTGG ATAATAGTGT CCCTTCAGCA
GTATCTCCTT TTGCCGATTT GGTTTATGGC ATGCTGCCTC ACCCTAAAAT TACTGAAATT
CTGGATGAAG TGGACGGCTG GACCGGTTTT ACCCGCTATT TCACGCATCT TAAAAATAAA
CACGTCAGAC CAAAAGACAG AAAGTTGTTA CTGACCACCA TCCTGGCCGA TGGCATCAAT
CTGGGGCTGA CAAAAATGGC CGAATCCTGC CCGGGAACGA CAAAATCGTC ACTGGAGGGC
ATTCAGGCCT GGTACATCAG GGATGAAACC TATTCAGCCG CGCTGGCTGA GCTGGTTAAT
GCTCAGAAAC AGCGGCATCT GGCTGCATTT TGGGGCGATG GTACAACGTC TTCGTCTGAC
GGGCAGAACT TTCGGGTGGG TAGTCACGGA CGTTATGCGG GTCAGGTCAA TCTGAAATAC
GGGCAGGAAC CAGGCGTGCA GATTTACACG CATATCTCGG ATCAATACAG TCCATTTTAC
ACCAAAGTGA TCAGTCGCGT GCGCGACTCC ACCCACGTAC TTGACGGTCT GCTATACCAC
GAAAGTGATC TGGAAATTAC AGAGCATTAC ACTGATACCG CTGGTTTTAC GGAGCATGTT
TTCGCGCTGA TGCATCTGCT CGGATTTGCT TTTTCCCCAA GGATCCGGGA TCTTCACGAC
AAGCGGATTT TTATTCAGGG AAAGGCTGAG CGTTATCCGG GACTTCAATC TGTTATATCC
ACAACACCAC TGAATCTTAA AGACATTGAG ACGCACTGGA ATGAGGTACT TCGCCTCGCA
AGCTCGATAA AACAGGGGAC TGTTACCGCA TCGCTCATGA TGAAAAAACT GGCCAGTTAT
CCTAAACAAA ATGGCCTTGC AAAGGCATTG AGGGTAATCG GACGCATCGA ACGGGCACTG
TTTATGCTGG ACTGGTTTCG CGATCCATCA CTGCGCCGAC GCGTACAGGC AGGGCTGAAT
AAAGGTGAGG CCCGCAATGC GCTTGCACGA GCGGTCTTTA TGCACCGGTT GGGTGAGATC
AGAGATCGGG GGCTGGAGAA TCAGAGCTAC CGGGCCAGTG GTCTGACGTT GCTGACTGCG
GCGATCTCCC TGTGGGATAC GGTATATATA GAAAGAGCTA TAGATTCCCT GAGACGAAAA
GGGATCCCGA TTAATGAGCA ACTGATTTCT CATTTGTCCC CGCTGGGATG GGAGCACATC
AATCTGAGTG GGGATTACGT CTGGCGGACA AACCTTAAGC TGGGACAGGG TAAATACCGT
TCATTACGCT CAGTGGATAG TGGTCTGTAC AAAAAACAAG CTTAG
|
|---|
| Protein sequence | MPRRQILSSE EKERLLVVPD DDVLLTRMCF LSEPDLALIN KHRRPANRLG FAVLLCYLRG
PGFPPDKNMS PHDGVVSRLA AHLKLQPDLW AEYASREVTR WEHLAELYRY LELSPFNRAL
QKTCIRHLYP HAMRTDRGFL LAEEMLSWLH NNNVIFPSVD VIERTLAEAA TLADRAVFSA
LITQLEPGHK AALDRLLVSE GEQPSRLAWL LQPPGKINGK NVLQHIDRLN AIEALALPDG
IALSVHQNRL LKLAREGRKM SSRDLAKFTD VRRYASLVCV ISEARATLTD EVIDLHERIL
GSLFSRAKRT QAERLQQTGK LIQSKLKQYV TIGQALLNAR ESGEDPWAAI EDVLPWQEFI
NSVEETRFLS RKDNFDPLHL ITEKYSTLRK YAPRMLSALQ FRAAPAALQL SDALDTVREM
YRKQLRKVPP SAPTGFIPES WRKAVITPTG IDRKYYEFCV LNELKGALRS GDIWVKGSRR
YRNFDDYLIP SDDFEKSLRD NQLSLAIPTD CHEYIKNRMT LLTSRLEEVN AMALAGDLPD
VDISDKGVKI TPLDNSVPSA VSPFADLVYG MLPHPKITEI LDEVDGWTGF TRYFTHLKNK
HVRPKDRKLL LTTILADGIN LGLTKMAESC PGTTKSSLEG IQAWYIRDET YSAALAELVN
AQKQRHLAAF WGDGTTSSSD GQNFRVGSHG RYAGQVNLKY GQEPGVQIYT HISDQYSPFY
TKVISRVRDS THVLDGLLYH ESDLEITEHY TDTAGFTEHV FALMHLLGFA FSPRIRDLHD
KRIFIQGKAE RYPGLQSVIS TTPLNLKDIE THWNEVLRLA SSIKQGTVTA SLMMKKLASY
PKQNGLAKAL RVIGRIERAL FMLDWFRDPS LRRRVQAGLN KGEARNALAR AVFMHRLGEI
RDRGLENQSY RASGLTLLTA AISLWDTVYI ERAIDSLRRK GIPINEQLIS HLSPLGWEHI
NLSGDYVWRT NLKLGQGKYR SLRSVDSGLY KKQA
|
|---|
| |