| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1529 |
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| Symbol | |
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| ID | 5091275 |
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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 | 1762616 |
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| End bp | 1768303 |
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| Gene Length | 5688 bp |
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| Protein Length | 1895 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644740936 |
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| Product | alpha-2-macroglobulin domain-containing protein |
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| Protein accession | YP_001193880 |
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| Protein GI | 146299289 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.753642 |
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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 | GTGAAAGCAA AAGGACTATC TCTCGTATTT TTTGTGTTTT TTATTTTTCA ATCCTGCGGA
CGCAAATCGG CTGCTGATTT CAACTCCGAT TTTTCGTTAT TCAAAGATTA CATTACCAGT
TTTACAGGCG GAATTGTTTC TTCGGATTCA GATATTCGTG TGGTTTTGGC TTTCGATAAA
AACGATTGGA AACCAAATCA GGAATTAGAC GATGATTTGT TTGACATTTC GCCAAGTGTG
AGTGGAAAAG TGGTAGCACT TTCTACTAAT ACATTAGCTT TTATTCCAGA GAAAAAACTA
AAAGCAGGGA CAGAATATCA AGTCACTTTA AACTTAGATA AGCTGACTGC TATTCCAAAA
GAGAAAGAAA AAGAATTGTC TAAATTCAAT TTTACAGTTA AAACGGTTAA ACAGGATTTT
ACCATAAATA CGGGCGATAT TCAATCGTAC AGCAAAGAAT ACCAATATTT AAACTGCGTT
TTAAAAACGG CAGATAATAT TGATTTAGAA ACAGCTCAAA AGCTGGTTGA AGCCAAACAT
AATGGCAATA ATCTTAAAAT TAAATTTGAG AAAACAAACG GGCCTGCAAA AGAATTTCGT
TTTATAATTG ACAGTATTCA GCGTCAGTCA GAAGCTTCAA ACTTAGAGAT TATTTATGAT
GGAAATGATT TTGATATTGA TCAGAAAGGA CAAATCGATT TCCCGATTAC AAGCATTAAA
GAATTTAAAG TTATAAAGGT TGAAGTTCCA GACGGAAACA ATCAGCAGGT TTTAATTAAT
TTCTCTGAAC CATTAGAAAA AGGTCAGGAT TTTGCTGGAT TGGTTTCGAT TCAAAACACC
AATAATTTGA AATTTTCTAC ACAAGGAAAT TTACTAAAAG TATATTTTAC CAATCAAAAT
GCGCCTAAAA AAGCTGAGCC AGTGACAGTT GTTGCAGAAG AGCCTGTTGC GGTTGCTGTA
GACTCGGCTT CCGTTGTGGT TGATTCAGCT GCAGTAGCAG TAGATTCAGC CGCCGCAGTT
GTAGAAGATG CCGTTGAATA TGTGCCAGAC GAAGAACCGG AGCAAGTTGT TACGGGTGAA
TTATTATTGG AAGTTTTTCA GGGAATAGAA AGCCAGTACG GCAAAAAACT GGAAAATAAT
TATACAGAGA AAATCTCTTT TGACCAGATA AAACCAAATG TTCGTTTTGT AAAAAACGGA
ACAATTCTGC CAAGTTCAAA CAATTTAAAA CTGAATTTTG AAGCCGTAAA TCTGAGCGCT
GTAGATGTAA AAGTATACAA GATTTACAAA AACAATATTC TGCAGTTTCT TCAATACAAC
GAATTAAACG GCGGACAAAA TCTCAAAAAA GTTGCTCAGC CTATAGCCAA AACAACGCTG
AATTTAAGGG AAAGCACGCT TGTAAATCTC TCGAAATGGA ATACGTATGC CTTAGATTTA
TCTAAAATCA TTAAACCAGA ACCGGGAGCG ATTTATAGAG TTGAATTTGT GTATAAAAAG
AAATACTCGC TTTACAAATG TGAAACATCA GAAGGTAATG ACGAAGAAGC CGAGGAAGAA
GAAGTTGATG AAAACGACGT AAACTACAGC GGAAACTCTT ACGACGATTA TTACTATTAT
GATGATTACG ACTGGAGAGA AAGCCAGGAT CCTTGTACAG GCTCTTACTA TTACAATGCG
AGAATTGCAA CCAATATTTT AGCTTCAGAT TTAGGAGTTA TTGCAAAAAG AGGTGAAAAC
AAATCGTACT TATTTGCTGT AAACAATATC GTTACAACTG AACCAGTTTC AAACGCAAGA
GTAGATTTAT ACAACTTCCA ACAGCAAAAA ATTGCAACAG AAGCAACAAG CAGTGAAGGA
ATTGCATCTT TCCAATTGGA TAAATTCACT TATTTTGCGA TTGTAACTTT AGGCGATCAA
TCGACTTACG TGAAATTAGA CGACGGACTT TCATTGTCAG TAAGTAATTT TGATGTTGCC
GGAGAGACTT TACAAAAAGG TCTAAAAGGA TTCATTTACG GAGAAAGAGG CGTTTGGCGC
CCTGGAGATA ATTTGTATTT ATCATTTATT TTGAATGATG CGGCGAATAA ACTTCCGAAA
TCACATCCAA TTAAATTCCG ATTAAACGAC CCGAATGGTA AGACGGTTTA TCAAACCGTT
CAAAAAACGA ACGATTTAAA TCATTATGCC TTTATAGTGC CAACAAATCA AGATGCGCCA
ACAGGAAACT GGGAAGCAAT GGTAAGCGTT GGTGGTGCTA AATTCTATAA GAGCGTCAAG
ATTGAAACCA TCAAACCAAA TCGTTTAAAA ATCAAGAATA CATTTAGCAG AAAAACACTT
TCGGCTTCGT ATCCAAATAC AGACAATCTT GAAGTAACAT GGCTTCACGG TGCAATTGCT
AAGAATTTGA ATGTAGAAAT GCAGGCTAAA TTCTCTCAGC AAAGCACAAC ATTTAAAGGC
TATGAAAAAT ATACTTTTGA TGATTTGGCA CGCCAATTCA GTACAGAAGA AATCAATATT
TTCTCTGGAA AATTAAACGA AAATGGAAAA GCATCTGTAA ACATTCAGCC AAGATTGCAA
GGTCAGGCAC CGGGAATGCT TCGCGCTTCA TTCATTACAA AAGTGTATGA AGAAGGAGGG
GATTTTAGTA CCGATGTGAT GTCAACGACC TATTCTCCGT ACAAAACTTA CGTTGGAGTT
AAAACGCCTG AACTGAATAA ATACAGCATG CTTGAAACGA GAACAAACAA TCGTTTTGAT
GTTGTAACGG TTGATGAAAA CGGAAGGCCA AAATCAGTTC GTAATCTCGA AGTAAGAGTT
TACAAAGTAG ACTGGAGATG GTGGTGGGAT TCATCAAGCG ATAATTTATC AAACTACAAC
TCATCGAATG CAACGACTTC ATACAAAACA TTTGTCATCA ATACCGATTC AAGCGGAAAA
GGAAGTTTCC AATTTGCTCT GACAGATGAA GAATGGGGAC GTTATTTAAT TCGTGTTGCC
GATCAGGAAG ATGGTCACGC AACTTCTTTA ACCGTAAATA TCGACTGGCC AATCTGGTCT
GGAAAAACAA GAAATAGAGA TGCGTCTACA GCTAATATGT TAGTTTTTTC TACCGATAAA
AAGAATTATG CAGTGGGAGA AAAAGCACAA ATTTCTTTCC CTTCAAGTGA AGGCGGACGC
GCTTTAATTT CAATAGAGAA CGGATCAAGA GTAGTGCAGA CTATTTGGGC TGAAACCAAA
AACGGAGAAA CAAAAGTTGA AGTTCCGATT ACTGGAGCAA TGGCACCAAA TGTATATTTT
AATATCACGT TATTACAGCC TCACGCTTCA ACCAAAAACG ATTCGCCAAT TCGTATGTAC
GGAATTGTGC CAATTGAAGT GGTAGATAAA AACACCATTT TGGCACCAAC TCTTAATATG
CCAGATGTTT TAAGGCCAGA ACAGCCTTTT ACAGTAAAAG TAGGTGAGAA ATCAGGCAAA
GAAATGACGT ATACAATCGC AGTTGTAGAT GAAGGACTTC TGGATTTAAC TCGTTTTAAA
ACACCAAATG CATGGGATAG TTTCTACGTT CGCGAAGCTT TGGGAGTAAA AACATGGGAT
GTTTATGATG ATGTAATTGG CGCGTATGGC GGAAAAATAA ATCAGATTTT CAGTATTGGT
GGTGACCAGG ATTTAGGAGG CGGAAAAGCG AAAAAAGCCA ACCGTTTTAA ACCTGTAGTA
TTGTATTACG GACCATTTAA ATTAGGAAAA GGAGAAACGA AATCGCACGA TTTAAAACTT
CCTAAATATA TTGGTTCTGT ACGAACGATG GTTGTAGCGG GAGATGCAAA TACAAGCGCT
TACGGAAGCG TTGAAAAAGC AACTCAGGTT AAGAGTCCGC TGATGGTATT GGCTTCATTA
CCAAGAAAAA TTTCGCCGTC AGAAAAAGTA ACATTGCCTG TAACGGTTTT TGCAACTGAA
AATAAAATTA AAAATGTTTC AATTCAGGTA AAAACCAGCA ACGGATTGAA AGTAATGGGA
AGCGCGGTTC AAAAACTAAG TTTTGCACAG CCAGATGAAA AAATGGCGTA TTTTAATTTA
GTTGTGGGTT CTGCAACTGG AATTGCAAAA GTTCAGGTAA TCGCAACATC GGGAAGTGAG
AAATCAACTT ATGATGTTGA GATTGACATG ACGAATCCAA ATCCAGTTAC GAGCACTTTT
ACAGATGTTG TTTTAACGCC AAACAGTACG AAGACAATTT CATGGAACAC TTTCGGAATT
GCCGGAAGCA ATAAAGCAAG GTTAGAAGTT TCATCTATGC CGTCAATGAA TTTGAACGGA
AGATTACAAT TCTTGATTCA GTACCCGCAT GGATGTGTAG AACAGACTAC TTCATCTGTT
TTCCCACAAT TGTATTTGGG AGATGTTGCA GATATAGATG CAAAACGCAA AGATTTAATT
CAAAAAAATA TTGCGGCTGG AATTCAGAGA TTGGGTAATT TCCAGTTATC AAATGGAGGA
ATGCCGTACT GGCAAGGAAA TGCAATTGCA GACGATTGGG GAACTTCGTA TGCAGGACAT
TTCTTGATTG AAGCAGAGAA AAAAGGATAT GTATTGCCAA TAAACTTCAA ATCAAAATGG
TTAGGTTATC AGCAAAAAGA AGCAAAACAA TGGCGTTTTG AACCTAAATA TGGAAATGAT
TTAGCTCAGG CTTATAGATT GTACACTTTA GCATTAGCTG GAAATGCCGA TTTATCATCA
ATGAACAGAT TGCGTGAAAC AAAAGGTATT TCGAATGAAA GTATGCTTCG TTTGGCGGCA
GCTTATGTTT TAGCAGGACA AAAATCGGCG GGACAAAGTT TGTTCTTGAA AACCAGCATT
GATGGAAGTT CAGATGAATA CAGTTATTAC TATTATGGTT CTAGCGAAAG AAACAGAGCA
ATGGCTCTTG AAACGATGCT TCTTTTAGAT CAGAAACAGA AAGCATTTGT AACAGCTTCT
AAATTAGCCA AAGAAATGTC GGCTAATCAA TGGATGAGTA CGCAGACAAC GGCTTATTGT
TTATATGCAA TGTCGAAATT TGCGGTGAGC AATGGACCAA AAGGAATCAA CATTCAGTTT
AGTAAAAACG GAAAAGGCGA GACCATAAAC ACAGGTAAAT CGGTTGCAGA TCGCAGTTTA
TCTGTTGCTT CTGGGGCAAA CAGTATTACG CTGAAAAACA ATAAAGCAAA TACAGTTTAT
GTTCGTGTAT TGAATACAGG AATATTGCCT ATCGGACAAG AAAATGCGGT TCAAAGTGAT
GTTACAGCTT CTATTATTTT CAAAAACAGA AAAGGAAGTG TAATTAATGT TTCAAGAATC
AATCAGGGAA CTGAATTTGT TGCTGAGGTT ACAATTAAAA ACCAAAGAGG AGAAAGTGTT
CAAAACGTAG CGTTATCGCA GATTCTGCCT TCAGGATTCG AAATTGTAAA TACCCGTTTC
ACAGATTACG GAGACGCAGT AAACAACATC GCCGATTATA TTGATATTCG TGACGACAGA
ACGAATTTCT ATTTTGGAAT GAAAGCCAGA GAAACCAAAG TTTTCCGAAT TCTGCTAAAT
GCATCGTATT TAGGAAACTA TTATTTGCCT GGATTACAAT GCGAAGCAAT GTACGATAAT
ACATTCTTAG CCCGAACAAA AGGATTCTGG GTTGAGGTTG TGAAGTAA
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| Protein sequence | MKAKGLSLVF FVFFIFQSCG RKSAADFNSD FSLFKDYITS FTGGIVSSDS DIRVVLAFDK
NDWKPNQELD DDLFDISPSV SGKVVALSTN TLAFIPEKKL KAGTEYQVTL NLDKLTAIPK
EKEKELSKFN FTVKTVKQDF TINTGDIQSY SKEYQYLNCV LKTADNIDLE TAQKLVEAKH
NGNNLKIKFE KTNGPAKEFR FIIDSIQRQS EASNLEIIYD GNDFDIDQKG QIDFPITSIK
EFKVIKVEVP DGNNQQVLIN FSEPLEKGQD FAGLVSIQNT NNLKFSTQGN LLKVYFTNQN
APKKAEPVTV VAEEPVAVAV DSASVVVDSA AVAVDSAAAV VEDAVEYVPD EEPEQVVTGE
LLLEVFQGIE SQYGKKLENN YTEKISFDQI KPNVRFVKNG TILPSSNNLK LNFEAVNLSA
VDVKVYKIYK NNILQFLQYN ELNGGQNLKK VAQPIAKTTL NLRESTLVNL SKWNTYALDL
SKIIKPEPGA IYRVEFVYKK KYSLYKCETS EGNDEEAEEE EVDENDVNYS GNSYDDYYYY
DDYDWRESQD PCTGSYYYNA RIATNILASD LGVIAKRGEN KSYLFAVNNI VTTEPVSNAR
VDLYNFQQQK IATEATSSEG IASFQLDKFT YFAIVTLGDQ STYVKLDDGL SLSVSNFDVA
GETLQKGLKG FIYGERGVWR PGDNLYLSFI LNDAANKLPK SHPIKFRLND PNGKTVYQTV
QKTNDLNHYA FIVPTNQDAP TGNWEAMVSV GGAKFYKSVK IETIKPNRLK IKNTFSRKTL
SASYPNTDNL EVTWLHGAIA KNLNVEMQAK FSQQSTTFKG YEKYTFDDLA RQFSTEEINI
FSGKLNENGK ASVNIQPRLQ GQAPGMLRAS FITKVYEEGG DFSTDVMSTT YSPYKTYVGV
KTPELNKYSM LETRTNNRFD VVTVDENGRP KSVRNLEVRV YKVDWRWWWD SSSDNLSNYN
SSNATTSYKT FVINTDSSGK GSFQFALTDE EWGRYLIRVA DQEDGHATSL TVNIDWPIWS
GKTRNRDAST ANMLVFSTDK KNYAVGEKAQ ISFPSSEGGR ALISIENGSR VVQTIWAETK
NGETKVEVPI TGAMAPNVYF NITLLQPHAS TKNDSPIRMY GIVPIEVVDK NTILAPTLNM
PDVLRPEQPF TVKVGEKSGK EMTYTIAVVD EGLLDLTRFK TPNAWDSFYV REALGVKTWD
VYDDVIGAYG GKINQIFSIG GDQDLGGGKA KKANRFKPVV LYYGPFKLGK GETKSHDLKL
PKYIGSVRTM VVAGDANTSA YGSVEKATQV KSPLMVLASL PRKISPSEKV TLPVTVFATE
NKIKNVSIQV KTSNGLKVMG SAVQKLSFAQ PDEKMAYFNL VVGSATGIAK VQVIATSGSE
KSTYDVEIDM TNPNPVTSTF TDVVLTPNST KTISWNTFGI AGSNKARLEV SSMPSMNLNG
RLQFLIQYPH GCVEQTTSSV FPQLYLGDVA DIDAKRKDLI QKNIAAGIQR LGNFQLSNGG
MPYWQGNAIA DDWGTSYAGH FLIEAEKKGY VLPINFKSKW LGYQQKEAKQ WRFEPKYGND
LAQAYRLYTL ALAGNADLSS MNRLRETKGI SNESMLRLAA AYVLAGQKSA GQSLFLKTSI
DGSSDEYSYY YYGSSERNRA MALETMLLLD QKQKAFVTAS KLAKEMSANQ WMSTQTTAYC
LYAMSKFAVS NGPKGINIQF SKNGKGETIN TGKSVADRSL SVASGANSIT LKNNKANTVY
VRVLNTGILP IGQENAVQSD VTASIIFKNR KGSVINVSRI NQGTEFVAEV TIKNQRGESV
QNVALSQILP SGFEIVNTRF TDYGDAVNNI ADYIDIRDDR TNFYFGMKAR ETKVFRILLN
ASYLGNYYLP GLQCEAMYDN TFLARTKGFW VEVVK
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