| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4102 |
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| Symbol | |
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| ID | 5090828 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | - |
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| Start bp | 4925283 |
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| End bp | 4928609 |
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| Gene Length | 3327 bp |
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| Protein Length | 1108 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644743521 |
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| Product | Beta-galactosidase |
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| Protein accession | YP_001196429 |
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| Protein GI | 146301838 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3250] Beta-galactosidase/beta-glucuronidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.283499 |
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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 | ATGTTTCAGT CAATTCAAAA TAATAACTTT TCAAGGTTTC GATTTTCGAT ACCAACATCG
GTATTCACAT TTTTCATCTT ACTTCTAACA ACTTACACTC ACGCCCAATC CGTAACAGGA
GAACCAGCAG GAGTCCCAGA ATTGCATAAA AAATACGAAT TTGCTCCTTG GGAAGACCCA
ACAATTACGA GCATCAATAG ACAACCTTCA AGAGCAACTG CTTATTCTTA TTCTTCTGTT
GAAGATGCTT TAAAAGGCGA CAGAACCAAA AGTCGAATCC AAATGCTAAA CGGCGATTGG
GATTTTAAAT ATGCTGTAAA TCTAAAAGAA GCTTCAAAAG ATTTCTATAA AAATACCGTT
TCAGGGTGGG ATAAAATCGA AGTGCCTTCA AACTGGGAAA TGAAAGGATA CGATAACCCA
ATTTATAAAA GTGCCGTTTA TCCGTTTAGA CCTATAAATC CGCCTTACAT TCCTAAAGAT
TATAACGGAG TTGGTTCTTA CCAGAGAAGT TTTACTGTTC CTGAAAACTG GAAAGACATG
ACTATTACGC TTCATTTCGG AGCCGTAAGT TCAGGTTTTG AGGTTTGGTT AAATGGAGAA
TTTTTAGGTT ATGGCGAAGA TAGTTTTCTG CCGTCAGAAT TTGATATTAC ACCCTATTTA
AAAGCGGGAG AAAATGTAGT TTCTGTTCGT GTAATCCGTT GGACAGATGG TTCTTATTTA
GAAGATCAGG ATCACTGGCG AATGAGCGGA ATCCAGCGTG AAGTTTTCAT TATGGCAGAG
CCGAAACTAC GTATTCAGGA TTTCTTTGTT CAAACCAAAT TAGACAAACA ATATACAGAT
GCTATTTTTA AACTGCGTCC GAAAGTGGAG AATTTGACTG GAGCAAAAAT TAAAGATTAT
ACGATGAATG TTCAATTGTA CGATGCTAAT AATACAGCAA TGTTCAAAGA ACCGCTTCAA
CGACCTGTGA TAGATTTGAT TAATGAAAGT TATCCTCGTT TGGACAATGT TCGTTTCGGA
TTCTTTCAGG AAACCATCAA AAATCCAAAA AAATGGAGTT CAGAAGAACC GAATTTATAT
ACAATGGTTA TTTCGATAAA AGATAAAAAC GGAAATGTTA CTGAAGCAAA AAGCTGTAAA
GTTGGTTTCC GTTCGATTGA ATTTTCGAGA GAGAACGGGA AAATGCTCAT TAACGGAAAA
GAAACCTATG TGTATGGTGT AAACCGTCAC GATCATCATC CAACAAGAGG AAAAGCCGTG
ACGAGAGAAG ATATCAAGCA AGATATCACC ACGATTAAAA AGTTCAATTT CAACTTTATA
CGTACTAGCC ATTATCCAAA CGATCCTTAT TTCTACGAAT TATGCGATCA ATACGGAATC
ATGGTAATGG ATGAAGCCAA TCAGGAAACT CACGGAATTG GCGGAAAATT AAGCAACGAC
CCGCTTTGGA CAAATGCTTA TATGGAAAGA ATGATTCGAA TGGTTGAAAG AGATAAAAAT
CATCCGTCGG TTGTAATGTG GAGTTTAGGT AACGAAGGCG GAAAAGGGCC AAATCATGCA
GCAATGTCGG GCTGGGTTCA CGATTTTGAT ATTACACGTC CCGTACATTA CGAACCAGCA
CAAGGAAATG CAAAATTAGA CGGTTATATT GATCCGCTTG ATCCAGGATA TCCAAAAACG
ATCGATCACG CTTATCGATT CGAAAATCCG CAGGATGATT CATATGTCGA TATGGTAAGC
CGTTTTTATC CGGGCGTTTT CACACCAAAA TTTTTAGTAG ATCAAAAGAA AGATACACGT
CCGATTATTT TCGTCGAATA CTCTCATGCG ATGGGAAATT CAGTTGGAAA TTTAAAAGAA
TTATGGGATG AATTCCGTTC GCTTCCAAGA GTTATCGGTG GCTGTATTTG GGAATTTAAA
GATCAGGGAA TCTTGAAATT TGATTCGAGA TCAGGGCAGA ATTATTTTGC TCACGGAGGA
GATTTTGGCG AAAAATATCA TGACGGAAAC TTCAATACAA AAGGAATTGT AGATTCTAAC
GGAAAACCAA AAGGTTCTAT TTTTGAGAAT AAATGGGTGT ATCAGCCAGC GATTTCAACT
TTAAACGGAA ATCAATTAGA AATTAAAAAT CGTCAAGCTG TTAAATCTTT AGAACAATAT
ATTCCAGTTT TAAAAGTGTT GGAAAACGGA AACGTAATCA AAACTCAGAT TTTAAAACCA
TTCAAAGTAG AAGCAGGACA ATCAACAACT TTAGATATCA GTTCTTATCT TCCAAAAATG
AAAGTCGATG CCGAATATAT TTTAAATATA GAATTCCAGC TTTCAAAAGA TGAATTATGG
GCTTCAAAAG GTTATGCTGT CGCGGAAGAT CAGTTTATAT TGAAAAAGAA AGAAACCGTT
TCTCTAGAAT CTAAAAAAGA AACTTTAAAC GTTTCTGAAT CCGATTCAGA TTTCAAAATC
AAAGGAAAAA CTTTTGATAT TACAATTGGG AAAACAAATG GAGCTTTAAG TTCTTATATT
TTTAACGGAG AAGAACAAGT TTTTGCACCT CTATTGCCAA ACTTCGTGAG GCCACTTACA
GACAACGATA AACGTGGATG GAAATCGCAA AAACTATTGA AACAATGGTA TAAAGCAAAA
ACAAAATTGG TCAACATTTC AATTGATAAA TCAGCTTCAG AAATCAAAAT TACAAGCGAT
TATGAATTTA TAAAAGACAG TGCGAACGTA AAAGTAGTTT ACAACATTTT ACCAAACGGA
TTGATCAAAG TAGATTACAG CTTAAAAGCT TCAAACAAAT TGCCAAACAT TCCAAAAATC
GGAATGCAGA TGGGAGTTCA AAGAAAATTT GATCAGATTT CATGGTACGG TAAAGGAGAG
CTGGAAAATT ACAGCGACAG AAGTTTTGGT TCGTTTGTTG GGAAATATTC GCTTCCAATA
AATGATTTTA TCGAACATTA TCCAAAACCG CAAGAAAACG GAAACCGATG TGATGTAAGA
TGGATGGCAT TAAGCACTCC GCAGAAAAAC AATGGGTTTT TAGTAGTAAA CGATAATAAA
GTTTTAAGTA TGAGCGCGTG GCCGTATACG CAGGAAAACT TAAGTTCATC TGGTCATACA
TACGATTTAA AAGATCCAGG ATTTTTAACG GTAAATATCG ATTTAATCCA GATGGGAGTA
GGAGGAAACG ACAGCTGGAC ATTGGTTGCA CAGCCTTTAG AACAATATCA GATTAAATCT
GGAAATTATG AGTATAGTTT TTATTTGACG CCTTTCAGCG GTTCAAAAAA TGAATTGGAA
AATAGTTTGA AGAAGTTTAA GTATTGA
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| Protein sequence | MFQSIQNNNF SRFRFSIPTS VFTFFILLLT TYTHAQSVTG EPAGVPELHK KYEFAPWEDP
TITSINRQPS RATAYSYSSV EDALKGDRTK SRIQMLNGDW DFKYAVNLKE ASKDFYKNTV
SGWDKIEVPS NWEMKGYDNP IYKSAVYPFR PINPPYIPKD YNGVGSYQRS FTVPENWKDM
TITLHFGAVS SGFEVWLNGE FLGYGEDSFL PSEFDITPYL KAGENVVSVR VIRWTDGSYL
EDQDHWRMSG IQREVFIMAE PKLRIQDFFV QTKLDKQYTD AIFKLRPKVE NLTGAKIKDY
TMNVQLYDAN NTAMFKEPLQ RPVIDLINES YPRLDNVRFG FFQETIKNPK KWSSEEPNLY
TMVISIKDKN GNVTEAKSCK VGFRSIEFSR ENGKMLINGK ETYVYGVNRH DHHPTRGKAV
TREDIKQDIT TIKKFNFNFI RTSHYPNDPY FYELCDQYGI MVMDEANQET HGIGGKLSND
PLWTNAYMER MIRMVERDKN HPSVVMWSLG NEGGKGPNHA AMSGWVHDFD ITRPVHYEPA
QGNAKLDGYI DPLDPGYPKT IDHAYRFENP QDDSYVDMVS RFYPGVFTPK FLVDQKKDTR
PIIFVEYSHA MGNSVGNLKE LWDEFRSLPR VIGGCIWEFK DQGILKFDSR SGQNYFAHGG
DFGEKYHDGN FNTKGIVDSN GKPKGSIFEN KWVYQPAIST LNGNQLEIKN RQAVKSLEQY
IPVLKVLENG NVIKTQILKP FKVEAGQSTT LDISSYLPKM KVDAEYILNI EFQLSKDELW
ASKGYAVAED QFILKKKETV SLESKKETLN VSESDSDFKI KGKTFDITIG KTNGALSSYI
FNGEEQVFAP LLPNFVRPLT DNDKRGWKSQ KLLKQWYKAK TKLVNISIDK SASEIKITSD
YEFIKDSANV KVVYNILPNG LIKVDYSLKA SNKLPNIPKI GMQMGVQRKF DQISWYGKGE
LENYSDRSFG SFVGKYSLPI NDFIEHYPKP QENGNRCDVR WMALSTPQKN NGFLVVNDNK
VLSMSAWPYT QENLSSSGHT YDLKDPGFLT VNIDLIQMGV GGNDSWTLVA QPLEQYQIKS
GNYEYSFYLT PFSGSKNELE NSLKKFKY
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