| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_1477 |
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| Symbol | |
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| ID | 5451508 |
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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 | Fervidobacterium nodosum Rt17-B1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009718 |
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| Strand | - |
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| Start bp | 1600917 |
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| End bp | 1603550 |
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| Gene Length | 2634 bp |
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| Protein Length | 877 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 640875250 |
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| Product | glycosyl transferase family protein |
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| Protein accession | YP_001410977 |
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| Protein GI | 154250152 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0463] Glycosyltransferases involved in cell wall biogenesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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| Plasmid unclonability p-value | 1 |
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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 | GTGTCAAAGC AACCTGAAAA TAAATGCTTA CTAAGTGTTG CAATGATAAT GAAAAATGAA
GAGCACAACT TGGACAGGGC ATTGGGCAGT ATAAAACCGT ATGTTGATGA AATAATTGTT
GTTGACACAG GCTCAACGGA TAATAGTGTT GAAATTGCGA AGAAATATAC TGATAAAGTT
TATTTTCACG AATGGCGGGA TGATTTTTCA GAAGCCAGAA ACTATTCATT GCAATTTCCA
ACGTGTGAAT GGGTATTGAT ATACGATGCC GATGAAGAAG TTAAGGAAGA TTTTGGTAAA
ATAAGAGAGT TTTTAGCAAG TTTACCAAAA GATGTAAATA CTGTTTATCT TCCTACAATA
AGTTATCTCG ACTGGGATTT AAAAAGAACC GAAGTTGCAT CAACCGCGAG AATTTTCAGA
AATGGAACGG TAAGATATGA AAATATAGTC CATAACCAAC CAATTTACAA AGGTAAAGTT
GTTGAAGCTC CGTTTATAAT ATACCACTAC GGATATATTT GGACAAGAAA ATTAAAGCAA
AAAAAGTACG AAAGAACAAG AAATCTTTTA GTTAAGCTTC TTAATGAAAA AAAAGATATG
TCCAATATAG AAAGAATATA TTATTTATGT CAACTTTACA AAACCGAGTC TATGTATGAA
TCCAGATATA ACAAATATCC AATAGTTGAA GAAATATTCT CTCTTGTAGA AAAGGAGCAA
AGAATAAATT CTATAGGTTT TGAAGTATTT TTCTTACATG GTTTGGACCT CATGTCAAAA
GGTTTATACG ATTTGGCAGA GCGAATGTTT AAATTAGTTC TTTCCCTAAA TTCAAATAAT
CCTGATCCAT ATTACGGACT TCTTGGAATC GATGAGGCTA GAAAAGAATT TGATAAGCTT
ATACCACACG GCGAAAAATT CTTTGAACAA ATAAAAGATG TTGAAGAGCA CCCAGAAAAA
TATGGATGGA CAATAATTAC GATAAAATAC AAAGCTTCAG CACGAACACT TCTCTGTATT
GGTTATTTAA AAGCTAAAAG ACTAAAAGAA TTTAAGGAGA ATTACTATTT AATATTTGAA
GAAGCAAAAA AGACTGGCGA AGACCTCCCA AAGCTTTTGA AGTCGTTAGC TAAATACATT
ATTGAACTTG ATAACGAAGA TTACGCTTCG TTATCTGAAG AAATCGACAA GTTATTATTA
GAAGCTTCTC AGTTAGGTGT TAGGCTTAAC ATACTTGACT TTATAGAAAA AGATTTAGAA
AGTGGTAGAA CATACAATGT GGAACTTTAT CGTCCACACG TGAAAAGTAA ATTTGAAGAT
TATGTTTTAA AAAGGCTAGA GAGTGGTAAT GATTATCTTT TAGATTACAT CCTTGGTGAA
GACAAAATCG AAGGAATTAA AAAATATGGA TTAGGCAGTT TGATATTTTA TTTTGAAAAT
TTCAAAGGTG AAACAACGGA AAAATTGAAA TTATTGAATG AAATACGTAA ATCGGAAGAT
GAAACCTTAA AAGGAGTTTC ACTTGCCTTA ATAGGCGATA CTTATTTGAA AATGGGGAAT
TTTAAACTTG CTCTTGATTA CTACAAACGT TCAATTGATA CTTTACCAGA ACTCGGGAAA
TTTATAAAAC CGGTTTTGGA GGATTTAAAA ACAAAGTTGG ACACAGAGAT CGACGGTGCT
TTTGAAGAGA TAAAAGAGTA TTATACAAAA GCTAAGGAAT TCTTTACTGA CCTTTCAAAA
GAATTCAATG TCGAAGAACT CAAAAAGATT TACTTAATCT CAGATAGCGA TTTTGCTAAA
TACGTAAGTT CGGTTTATCT TTACGATTCA AATATTGACA AAGCAAAGCA ATTTTTGGAA
AAAATCGAAA ATAAAGATAA GTTCTATTTT TACAACTTTA GGCTTGCAAA GATATTCGAA
AAATCTGAAA ACCAAGAAGA TTTAAGAAAA GCCTACGAAT TGCATGTTGA AGCATGCAAA
AAGAATTTCA ATTTAGCTGA CTTAGGTATT GGAATATATA AATTTGATGG GTTTTATCCT
TCTGAAAAAA TCGGTTCACC CAATGATGAA ATTGTGTGGG TTGGAAATAT ATCAGAAAAG
CACTCTGGAT TAGGGGTAAT TTCACCAATA CGTGCATGGA AAAAGGCGAA CAACTATTAC
TATGCTTATC CATTCCCCAA GAGTGAAGTT TTGAAAGTTT ACAAGGAAAG ATTAAAAAGT
TACAAATTGC CAAAATTCTC CGTTGGAATG GAAGACTTAC TAAAAAGCTT GAACGAATTG
AATGTGAACG AAATTTCTCT GCTTGAAGAT GATGAAGAAT TGAAAAAAAC TATTACAAGC
GCTGTGAAAG AGATTGGGAT AGAATATAAA GAAAATTCAG AAAGTATAGT TAGTTTTGAA
CTTTTGAATA CAGAAATAGA AATCAGCAAA ATTTTGAGTA AATACAAGAG TGGACTATTG
TTCTATTTCG TTCCGAACTT TGAAAACAAA AGTGATATCG CTTGGTATTA TCCATTGTTT
AGAGTTTTCC GAAATAGAAA GGCTATAAAC GATGAATTGG AAAAATTGAG TATTAAAAGA
ATTAAACATA TTATTCTCAC AGGTCACTTG AGAGCGGTTA TATTTGAAAA ATAA
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| Protein sequence | MSKQPENKCL LSVAMIMKNE EHNLDRALGS IKPYVDEIIV VDTGSTDNSV EIAKKYTDKV
YFHEWRDDFS EARNYSLQFP TCEWVLIYDA DEEVKEDFGK IREFLASLPK DVNTVYLPTI
SYLDWDLKRT EVASTARIFR NGTVRYENIV HNQPIYKGKV VEAPFIIYHY GYIWTRKLKQ
KKYERTRNLL VKLLNEKKDM SNIERIYYLC QLYKTESMYE SRYNKYPIVE EIFSLVEKEQ
RINSIGFEVF FLHGLDLMSK GLYDLAERMF KLVLSLNSNN PDPYYGLLGI DEARKEFDKL
IPHGEKFFEQ IKDVEEHPEK YGWTIITIKY KASARTLLCI GYLKAKRLKE FKENYYLIFE
EAKKTGEDLP KLLKSLAKYI IELDNEDYAS LSEEIDKLLL EASQLGVRLN ILDFIEKDLE
SGRTYNVELY RPHVKSKFED YVLKRLESGN DYLLDYILGE DKIEGIKKYG LGSLIFYFEN
FKGETTEKLK LLNEIRKSED ETLKGVSLAL IGDTYLKMGN FKLALDYYKR SIDTLPELGK
FIKPVLEDLK TKLDTEIDGA FEEIKEYYTK AKEFFTDLSK EFNVEELKKI YLISDSDFAK
YVSSVYLYDS NIDKAKQFLE KIENKDKFYF YNFRLAKIFE KSENQEDLRK AYELHVEACK
KNFNLADLGI GIYKFDGFYP SEKIGSPNDE IVWVGNISEK HSGLGVISPI RAWKKANNYY
YAYPFPKSEV LKVYKERLKS YKLPKFSVGM EDLLKSLNEL NVNEISLLED DEELKKTITS
AVKEIGIEYK ENSESIVSFE LLNTEIEISK ILSKYKSGLL FYFVPNFENK SDIAWYYPLF
RVFRNRKAIN DELEKLSIKR IKHIILTGHL RAVIFEK
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