Gene Sterm_2023 details

Gene Information

• Locus tag: Sterm_2023
• ID: 8597489
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sebaldella termitidis ATCC 33386
• Kingdom: Bacteria
• Replicon accession: NC_013517
• Strand: +
• Start bp: 2154762
• End bp: 2156708
• Gene Length: 1947 bp
• Protein Length: 648 aa
• Translation table: 11
• GC content: 33%
• Product: fructose-16-bisphosphatase
• Protein accession: YP_003308809
• Protein GI: 269120632

Plasmid Coverage information

• Num covering plasmid clones: 4
• Plasmid unclonability p-value: 0.0000988685
• Plasmid hitchhiking: No
• Plasmid clonability: decreased coverage

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGCTTAATA ATTATTGTAA AATTTTATCA AAATATTATG ATAATATTGC AAAGGTGTCG 
AAGGAAATAA TTAATCTCGA AGCAATACTT AATCTTCCTA AATCAACAGA GCATTTTATA 
ACTGATATAC ACGGCGAATA TGAATCATTC AGCCATATAT TAAGAAATGC TTCCGGTTAT 
ATCAGAATGA AGATAGACGA AGAATTCAGC GACTTAATGC TTCAGGAGAA AAAAGATCTT 
GCGACTTTGG TTTATTATCC GAAAGAATGG CTTAAAGCTA AAGCGAAACA CAGAGATCAG 
AAAAACTGGT ATAAAGTAAC ACTTGAAAGA CTGGTTATAC TATGTAAGGT GGTTTCTTCA 
AAATACAGCC GTTCTAAGGT GAGAAAAGCC CTGCCTGAGA ATTATTCTTA TATCATTGAA 
GAGCTTCTGC ATGAAAATTC CTATAATAAT ATCGACCGCA AGCAGTATTA TAACGGTATA 
CTGGAGTCAA TAATAGAGCT CAACAGGGCT GATGACTTTA TTGTAGAATT ATCTAAAGTA 
ATAAGAAGGC TTGCAGTAGA TCATCTGCAT ATAGTAGGAG ATATTTATGA CAGGGGGCCG 
GCTCCGCATC TCGTAATGGA CGAGCTGATG AACCATCATT CCCTTGATAT ACAATGGGGA 
AATCATGACA TTCTGTGGGC CGGGGCAGCG GCAGGTTCTA CCGCATGTAT TTATAATGTA 
CTCAGAATCT GCATGAAGTA TAATAACCTT GAGAGTGTAG AGGACGGCTA CGGCATAAAT 
TTACTGCCTC TTGCAAGATT TGCAATGAAA ACATATAAAA ATACAAATTG TAAGATATTT 
GAACCAAAAA TAAATAATGA TGAAAATATA TCACTGGATG ATATAAAGCT GATTGCCCAG 
ATGCATAAAG CAGTTACCGT GATACAGCTG AAGCTGGAAG GAAAAATCAT TAAAGAAAGT 
CCTGAATATA ATATGGATGA CAGACTTTTT CTTGATAAAA TTGATTTTTC AAAGAAGACA 
GTGAGAATAG ACGGTAAGGA TTATCATATG CTTGATACTG ACTTTCCCAC ATTTGATACT 
GTTGATCCGT ATAAACTAAA TAAAGAAGAA GAGGAACTTA CAGAAAAACT TAAAAACAGT 
TTTCAAAAAA GTGAGAAACT GCAGAAACAT GTAAAATTTT TAATTTTAAA AGGCGGAATT 
TATTTGAAAT ATAATTCTAA TTTACTGTAT CATGCATGTA TTCCTATGGA AGAAAACAAA 
GAATTTAAGA AAATAGAGAT ATTTGGAAAA TTTTATTACG GGAAAAATTT TCTTGATAAA 
ATTGACATGC TGATAAGAGA GTATTATCTC ACAGAAAATA AACCGAAAAA GAAATTCGGG 
TCGGATTTTT TCTGGTATCT GTGGTGCCAT AAAGACTCGC CTTTGTTCGG AAAAGATAAA 
ATGGCGACAT TTGAAAGATA TTTTATTGCG GACAAGCTTA CCCATAAAGA AATAGAGAAC 
CCGTATTTTG TACATCGGGA TAAAGAAAAA GTATGTAATA TGATATTGGA AAATTTTGAT 
CTGGATATAA CAAAATCACA TATAATAAAC GGTCATATGC CTGTAATTGT AAGAAAAGGA 
GAAAGCCCCA TAAAAGCCAA CGGAAAGCTT CTGGTAATAG ACGGCGGACT TTCCAAAGCA 
TATCAGAAAA AAACCGGTAT AGCAGGATAT ACTCTGATTT ATAATTCATA CGGACTGCTT 
CTTACTACAC ACGGACCGTT TATATCTACA CAGGAAGCAA TAGAGTCCGG GCATGATATT 
CTTACAATAA GTGAAGTAGT CAGAAAAAGT GACAGAAAAT TTGTGAAAGA TACCGATATA 
GGTATGGAAA TATCGGAAGA AATATCAGAA TTAAAGTATT TGTTAACTTC ATATAAAGAA 
GGAATAATCA AAGAAAAAAA TATTTAA 

 

Protein sequence

MLNNYCKILS KYYDNIAKVS KEIINLEAIL NLPKSTEHFI TDIHGEYESF SHILRNASGY 
IRMKIDEEFS DLMLQEKKDL ATLVYYPKEW LKAKAKHRDQ KNWYKVTLER LVILCKVVSS 
KYSRSKVRKA LPENYSYIIE ELLHENSYNN IDRKQYYNGI LESIIELNRA DDFIVELSKV 
IRRLAVDHLH IVGDIYDRGP APHLVMDELM NHHSLDIQWG NHDILWAGAA AGSTACIYNV 
LRICMKYNNL ESVEDGYGIN LLPLARFAMK TYKNTNCKIF EPKINNDENI SLDDIKLIAQ 
MHKAVTVIQL KLEGKIIKES PEYNMDDRLF LDKIDFSKKT VRIDGKDYHM LDTDFPTFDT 
VDPYKLNKEE EELTEKLKNS FQKSEKLQKH VKFLILKGGI YLKYNSNLLY HACIPMEENK 
EFKKIEIFGK FYYGKNFLDK IDMLIREYYL TENKPKKKFG SDFFWYLWCH KDSPLFGKDK 
MATFERYFIA DKLTHKEIEN PYFVHRDKEK VCNMILENFD LDITKSHIIN GHMPVIVRKG 
ESPIKANGKL LVIDGGLSKA YQKKTGIAGY TLIYNSYGLL LTTHGPFIST QEAIESGHDI 
LTISEVVRKS DRKFVKDTDI GMEISEEISE LKYLLTSYKE GIIKEKNI