| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Achl_4173 |
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| Symbol | |
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| ID | 7280064 |
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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 | Arthrobacter chlorophenolicus A6 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011879 |
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| Strand | + |
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| Start bp | 178945 |
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| End bp | 182373 |
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| Gene Length | 3429 bp |
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| Protein Length | 1142 aa |
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| Translation table | 11 |
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| GC content | 66% |
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| IMG OID | 643580127 |
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| Product | Fibronectin type III domain protein |
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| Protein accession | YP_002477941 |
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| Protein GI | 219882777 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 100 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCAATGA AAAATCTGAT TGACCGGTAC AAGAAGCGCC GCCGCGACGC AGGCATGGGC
CTCGTTGAAG CGGTCGTGGG TATCGGTCTG GCCGCCATCA TCATTGGCGG GCCGATCCTG
TACTTCACCA CGGTGAACAA CACTGCTGCC GGAAACGCCT CCACGCAGTC CCAGAACACT
GCCATCTCTG AGGCGCTGGA CCGTGCGGTG GCCAACGTCC AGGCCTCCGA CACCATTGTC
TACGCCGGCC CCAACGAGCT GGTTACCCGC TCGACGGAAG TCGAGGAGGG CAAACCTGAC
GTTCCCGTGG TGACCCGCTG GGTCCTGAAC GGCACGACGC TGTACCGCCA GACCTGGAGT
GGCGCCGGCA CGGGCCCTAC GGAAGCTCCC GCCTACAACC GCACCACGGC GGTCACCAAC
ACCGCCGTGA CGGGCACGGT CATCCAGGAC CTGAAGCTGG ACAACGACCT TTTCTCCTAC
ACGGACAAGG ACGGAACCAA CATCGACGTC AAGGCACCGA AGGATGCCCT GACCGAGACT
GCCCGGACCA ACCCTGCAGA CGGAAAGCGG ACGTACGACA TCGCGCTGGT CAACCTGGCC
ATCAAGGCCG GCACGACCGC CAACGGAGGC AAGACCGGGG TAGTTGAGTC CAAGACCTCC
GCCGCGCCCC GCAGCGTCTC CGGCAAGGCG ACCGGAATGG ACGGAACCCT CCCGATCTGC
CCGGCCGTCA CCGTGAGCAC CAACGCCGCC GGCAAACCGG TCATCGCCTG GTCCACCCTC
TCCGGTTACA CCAGCTACCA GGTCACCCGT AACGGTACCG AGGTCGCGGT GGTCACCGCA
GCCGCCACGG ACACGCAGAA GTCCTGGACG GATGCTGCCG TTACTGCAGG GCCCGCCGAG
GTTGTCCAGT ACCGCGTCTA CGCCCGCAAC GCGGACGGCA CCACCGCGTC CATCTCCTGC
ATGCCCAAAG TGTGGTCCCC GCAGCTCACC GCGCCGGAAT TCCAGAACTC CGGCGTGTTC
CCCACCGCCG CCCAGGCCCA CGAATGGACC GACGGCGCCG ACGGGGCGCT TGCCTTGAAG
AAGCCCCGCA TCGTGCTCAA ATGGGGCGCT GTGGCCGGTG CGACCAGCTA CGAGCTGAAG
TACCGCGAAC TTGATCCGGT TACCGGCAGC CCGCTGACCC CGGGATTCAC CGCTGTTGCT
ACCGCCCTGC CCGCCACCAG CACCACTTTC ACCTGGGATG AAGGAGGATG GGCGTCCTCC
TACGAGTGGT TCATCAAGGC CAATGCCGGT GCAGGACAGG GCCAGTCGGC TGAGTCCGCC
CACATCAAGA CCCTGACACA CCCGCCTGCC CCGCAGAACG TGGATGTCAA CCCGCAGTAC
GGCACGGGCT CTGCCCGGCT GACCACCGGC ACCAACGTCA TCACCTGGAG CGCGTCGCCC
ACAGCGGTTT CCTACGACGT GTGGCGCTAC AACTCCGGCA GCTCCGGGGC TGTAACCCTG
TTGGGCAGCA TCAGCGGTAC TGCACCGCGC ACCTACTCGG ACAACGTGCC GTACGGCACG
ACGTACACCT ACTACATCGC CGCCATCAAC GACGGACCCC GCGGCAACAC CAGCGGCAAG
GCCTCCTCGG CGAGCCCGGA AGCAGGAGTC ACTTCGGCTA CCGGTCTGAT GCCGACCGCC
TCCTACCGGG AATCAGCCAC CGCGCCGGTC ATCACCACGG CCTCCTACAA GGGACTTCAG
CCGCTGTCCA TCGAACGGGC CGCGAACACC ACCCCTGTGA ACCCCGCCCC GACCCCTGTC
TCCCAGCTGC AGTTCCCTCC GATCCCGGAA GAGAACGCTT CCCGGGACTA CGACGGGTAC
AACCAGCTGC AGTGGAACCC GACGCTGTCG GCGACCGGCT ACCAGGTCGC TCGCTTCACC
CGGTCCGGCG CCAAGACCTG CCTGACCGCA GTCTGCGGGG ATGCCCCGAG TGGAGGCATC
ACCGCGACGT CCTACAAGGA CCCCGCCGCC AGGGGCACCC AGTTCGACTA CGCGGCCATC
GCGTACAACG CCACGGGCCT GAGTGTGGAG TTCTCCGCCA AGGAGACCCT CACACAGCGC
CCGCCCACCC CCGACCTGAC GCTTGTCCGC GCACCGGGGC TCACCGACCG GTCGGCCGAC
TTCAAGATCG TTCAGAACGC TGACGCCGGC AACGCCAGCA CGGATAAGTT CTGCACCTCA
ACCACGTGCT CCTACGAGCT GAAAAAGAGC ACCACCGTGG TCTCGACGAC CAAGCACAGC
CAGTCCGGTG CCCTGGTCGA ATGGGACGGG GCCGACAGCC CGGACGGAGC CACCACGACG
TTCACGGCCC GGTCCAAGAA CGCCGCGGTG ACCAACAACG GCTACAGCGA CGCGAACGCA
GAGACAGTCA ACACCTACCC GGGGAAGTTC TCGGCCCTTG CCAACATCGG TGACCGCAAC
GGAAAGCAGG CCGCGCGCTA CCGGCTGAGT GTGACGGCCA TGGACATGGG CAACGAGTCC
AACGGCGCGA CCAACGTCCG CTGGGGCAGC ATCCCCGGCG GCAGCACCCT CAAGGTCGTC
CGCAAGTCCC TGGGCGGCGA CACTATCAGC CCCAACGGCA CCACCTCCGG GCTGTCCCTC
TCGACGGCGC CCACCAACAC GTACACCACC GACGACCCTG GTGTGGACGA CGATGTCGCC
TCACCGGGCG CGGCCTTCCA GTACGAGCTG ACCGCCACAG CAGCCAACGG GCTGTCCCGG
ACCGTCAAGT CCCAGCCGAT CATCACCCCG GCCGACATCT CGCGTGCGGG CACCATGGTC
ATCACCTGCT CCGGCACTGA TACCCGCCAG TTCACACAGG CCCAGGTTGG TTACACCTCC
GACGGCTCGT TCTTCAAGGG CGCCTACTCC CAGCCGTACG CGTACCAGAA AATCGCCGGA
CAGATGGTCT GGTCGGACAG CGGACATCCG GAGTCCCTGG ACGGACGTCC GCGGTACGGC
GCCAGCAATG GCACCTCCTA CCTGGGTGTC GCCAGCTCCG GAACCAACGT GTTCAGCGGC
AACACCTTCT ACTACACCGG CTGGAACTAC GGCCTGAACG GTCAGTACTC GTCCGCCAGC
GGCGACTTCG CGTCCGGACC GGGCGTGGGC TACTACCAGG GAGTGACCGC TGGCTTCTAT
GCCGTCACCA GGGGTATGGA CCGTACGCTG ACTAACCCGG ACACCGGAAT GGCCCAGGTC
TACAACGGCC CGGACTCCTA CTACGTGAAC CCCAACATCA CGGTGCTCGC AACCTTCCAG
AATGGATGCG CGGCAGCCGG TGCCACCGGA ACGGCACTGG TTGAGCCCCG GGATGCCTGC
TACACGTTCA ACGGCTCTGC CTGCGACGAC GTGGCCTACT GGAACCGGCC GAAGTGGGTT
TCCCGCTAA
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| Protein sequence | MAMKNLIDRY KKRRRDAGMG LVEAVVGIGL AAIIIGGPIL YFTTVNNTAA GNASTQSQNT
AISEALDRAV ANVQASDTIV YAGPNELVTR STEVEEGKPD VPVVTRWVLN GTTLYRQTWS
GAGTGPTEAP AYNRTTAVTN TAVTGTVIQD LKLDNDLFSY TDKDGTNIDV KAPKDALTET
ARTNPADGKR TYDIALVNLA IKAGTTANGG KTGVVESKTS AAPRSVSGKA TGMDGTLPIC
PAVTVSTNAA GKPVIAWSTL SGYTSYQVTR NGTEVAVVTA AATDTQKSWT DAAVTAGPAE
VVQYRVYARN ADGTTASISC MPKVWSPQLT APEFQNSGVF PTAAQAHEWT DGADGALALK
KPRIVLKWGA VAGATSYELK YRELDPVTGS PLTPGFTAVA TALPATSTTF TWDEGGWASS
YEWFIKANAG AGQGQSAESA HIKTLTHPPA PQNVDVNPQY GTGSARLTTG TNVITWSASP
TAVSYDVWRY NSGSSGAVTL LGSISGTAPR TYSDNVPYGT TYTYYIAAIN DGPRGNTSGK
ASSASPEAGV TSATGLMPTA SYRESATAPV ITTASYKGLQ PLSIERAANT TPVNPAPTPV
SQLQFPPIPE ENASRDYDGY NQLQWNPTLS ATGYQVARFT RSGAKTCLTA VCGDAPSGGI
TATSYKDPAA RGTQFDYAAI AYNATGLSVE FSAKETLTQR PPTPDLTLVR APGLTDRSAD
FKIVQNADAG NASTDKFCTS TTCSYELKKS TTVVSTTKHS QSGALVEWDG ADSPDGATTT
FTARSKNAAV TNNGYSDANA ETVNTYPGKF SALANIGDRN GKQAARYRLS VTAMDMGNES
NGATNVRWGS IPGGSTLKVV RKSLGGDTIS PNGTTSGLSL STAPTNTYTT DDPGVDDDVA
SPGAAFQYEL TATAANGLSR TVKSQPIITP ADISRAGTMV ITCSGTDTRQ FTQAQVGYTS
DGSFFKGAYS QPYAYQKIAG QMVWSDSGHP ESLDGRPRYG ASNGTSYLGV ASSGTNVFSG
NTFYYTGWNY GLNGQYSSAS GDFASGPGVG YYQGVTAGFY AVTRGMDRTL TNPDTGMAQV
YNGPDSYYVN PNITVLATFQ NGCAAAGATG TALVEPRDAC YTFNGSACDD VAYWNRPKWV
SR
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