| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1411 |
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| Symbol | |
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| ID | 4479008 |
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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 | Shewanella sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | + |
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| Start bp | 1632245 |
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| End bp | 1635316 |
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| Gene Length | 3072 bp |
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| Protein Length | 1023 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639725966 |
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| Product | hypothetical protein |
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| Protein accession | YP_869051 |
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| Protein GI | 117919859 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0744] Membrane carboxypeptidase (penicillin-binding protein) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 26 |
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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 | TTGCCTAATT CTACGCAAGA AATGCAATTC GAAAATTATC GTCCTCGTCC GCCACAACCC
GAACCTAAGG CTAAGCGTCA GCGCAAGCCG AGATCTAAGG GGCGTGTCTG GTTCCTGTTT
TTTATTCTGA TTATCTGTGT GGCGATTTTA ATTGGCCAAG AGGTTAAAAC CTCTTATTTC
CAGTCTAAGT ATGTTCATCA ATATGCGCAG ACCTTGACCT ATGAGCTGAA AAATCAGCCC
ACTCAGTCAA TTATCTATCC AAGTTACGGA CCCTTCGATG AACGTCACGG CTACAGTAAG
TTGCCCCAGT ACATCGATAG ATTGCTTCAG CGTAATTTCC AAGTGACGCA GCAAGTGGAG
TTTTCCCCTG CGCTACAGGA ATACGCCCAA ATGGGCTTTT TCCCGCCTTA CCATGAGAAG
GCGCAATCGG GGTTAGCGCT GCTGGATTGT CGCAATACCG ATCTCTATGA GTTTGCTTAT
CCTAAACGTG TGTACCAAGA TGACGATAAA ATCCCCAATG AAATCGTCAA TACCTTGTTA
TTTATTGAAA ACCGCGAGCT GTGGACGACT GAGCCTAAAC TTAATCCGGT GATCGACTGG
CCACGCTTTA TTGTGGCGGG GATGAGTCAA ATCGCTGAAA TGGTGGGGAT GAATGTTTCT
ACCGCCGGTG GCAGTACACT GGCGACGCAA ATTGAGAAGT TTCGCCATTC CTCCCAAGGG
TTAACCTTAA GCATTAAGGA TAAGCTGCTG CAAATTGGCT CGGCCACAGT GCGGGTTTAT
CAGCAGGGGG AAATTACTGA GCCTGCCCGT AAGCGGATTA TTCAAGATTA TTTAAATACT
GTGCCTTTAT CCTCAGCGCC TAACCACGGT GAAGTACATG GCATAGGCGA TGGCCTGTGG
GCGTGGTTTG GTACCGATTT CGATACCGCC AATAAACTGC TTGCTTCGCC GCAAATCAAA
GCCAATGCCG CTAAGCGTGG CCAAGTGTTC CGTCAAGTGG TGGCCTTGAT GATTGCCCAG
CGCCGTCCTT CCTATTATTT GTTACAGGGA CATGAGGATT TAGAAAATCT GGTCGACAGC
CATATTCGTT TACTCGGCCA ATACTATTTG ATTGACCGCC AACTTAGAGA CGCAGCGCTT
GCTCAAAAAC TGCAGTTTAA GGTGGCTAAA GCCCAACGTA ATACCCAGTC GGGAGCGGAT
AAGGGCGTTA ATACGATACG CATTCGTACT GCGGGCATGT TAAATGTCGG CCTGTATGAT
TTGGACCGCC TCGATTTGAC CGTCAACAGC AGCTTGCACA GCGACTTACA ACAACAGGTG
AGTCATTACT TACGCAGTCT TGGGCAGGCC GCTACGGCCG AGAAGGTAGG CCTCTTAGGT
GAGCGATTAC TCGAACCCAG CCAACTGCAA AACGTGCTCT ACAGTTTTAC CCTCTATGAA
AAAACCGAGA CGGCGAACCG TGTGCGGGTG CAAACCGACA GTACTGACCA ACCCTTCGAT
ATTAACGAGG GCAGTAAGTT AGAGCTGGGC TCGACGGCCA AACTCAGGGT GCTCGCAACT
TACCTTGAGA TCATTGCCGA GATCCACGAC AAATACTCGA AGAAACACGG CATTGAGTTG
GAGTCGATTG AGATTGAACC CCGCGACCAT CTCACGCGCT GGGCGATTGA TTACTTGATT
GTGAATCCGG ATAGACGCCT CGACCGCATG CTGGATGCGG CGTTGCAACG GGAATACTCA
GCCTCACCGA ATGAGCAATT CTTCACGGGT GGCGGTTTAC ATGTGTTTAA TAACTTTAAA
AAATCAGAAG ATTTTAAAGT GCCGACCATG TACGAGGCGT TGCAAAACTC CATCAACTTA
CCCTTCGTTC GTTTGATGCG TGACATAGTC AACTACAGCA GTAGTATGCA AAACGAAGGC
AATATGGCGC GTCTGCTGCG CAACGATAAG GATCCACGCC GTGAGGAGTA TTTGCGGGTG
TTTGCGGACC GCGAAGGCAA TACCTTCGTC AATAAGTTCT ACCGTAAATA TAAGAAAGTG
GCGCCCAATG AGCGTTTAGA GCTGTTCTTC GATGGCCAAA CCCAAGCGGA GCAGCAGCTC
ACTGCGGCTT ACCGTTATTT GCAGCCTAAT GAGTCTGTGG CCTCGTTTAA GGCCTTCTTG
CAGCAGCGTT TGCCGCAAAA CAATTACACA GATAAGCGCA TCAAAGAGCT GTATAACAAG
TACGGCCCTG AAAAATATAA TCTGCCTGAC CAAGGTTATA TTGCGCGGGT GCATCCACTC
GAGCTATGGG TGCTCGATTA CTTGAATCAA CACCCTGAGG CTAATCTCAA CGATGTGAAG
GAGGCCAGTA AATATGAGCG CCAAGAGGTT TATCGTTGGT TGTTCAGAAC GCGCCATAAA
AACGCGCGGG ATGTGCGGGT ACAGGTAATG CTGGAGGTGG AAGCCTTCCT CGACATTCAT
CAACGTTGGG CGCGTTTAGG CTATCCATTT GAATCTATGG TGCCTTCTTT AGGCTCGGCA
CTTGGCAGTT CGGGTGACAG ACCCGCGGCG CTGGCGGAAT TGATGGGGAT TATTCAAAAC
GATGGTTATC GTTTACCGAC GGTGCGGATT AATCAACTGC ACTTTGCCGA GGAAACCCCC
TATGAAGTTC GGCTCGAAAA CCAAAATACT CAAGGTGAAC GAGTGATGCG CCATGAAGTC
GCCCAAGCCT TAAAGGCGGC GCTGGCAAAC GTCGTTCAAA ACGGTACTGC ACGACGTCTT
AAGGGCATCT TTACCGACGA CAACGGTGAG ATGCTGGCAA TTGGTGGTAA AACGGGGACG
GGTGATAACC GTATCGTGAC TCAGATGCAG CAGGGCCGCA AAGTGGCTAC CACTGCGATG
AACCGTACCG CGACTTTTGT GTTCTACTTA GGCGATAACT ACTTCGGCAC CTTAACAGCG
TTTGTGCCGG GCAGTAAGTC GGACGATTTT AGTTTTACTT CGGCTCTGCC ATTACAAGTG
ATGAAAGGCA TGATGCCAAT TCTCGCGCCT TATGTGAAAT CTTCGAAGGG CATGTGTGTG
CGGGATGAGT AA
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| Protein sequence | MPNSTQEMQF ENYRPRPPQP EPKAKRQRKP RSKGRVWFLF FILIICVAIL IGQEVKTSYF
QSKYVHQYAQ TLTYELKNQP TQSIIYPSYG PFDERHGYSK LPQYIDRLLQ RNFQVTQQVE
FSPALQEYAQ MGFFPPYHEK AQSGLALLDC RNTDLYEFAY PKRVYQDDDK IPNEIVNTLL
FIENRELWTT EPKLNPVIDW PRFIVAGMSQ IAEMVGMNVS TAGGSTLATQ IEKFRHSSQG
LTLSIKDKLL QIGSATVRVY QQGEITEPAR KRIIQDYLNT VPLSSAPNHG EVHGIGDGLW
AWFGTDFDTA NKLLASPQIK ANAAKRGQVF RQVVALMIAQ RRPSYYLLQG HEDLENLVDS
HIRLLGQYYL IDRQLRDAAL AQKLQFKVAK AQRNTQSGAD KGVNTIRIRT AGMLNVGLYD
LDRLDLTVNS SLHSDLQQQV SHYLRSLGQA ATAEKVGLLG ERLLEPSQLQ NVLYSFTLYE
KTETANRVRV QTDSTDQPFD INEGSKLELG STAKLRVLAT YLEIIAEIHD KYSKKHGIEL
ESIEIEPRDH LTRWAIDYLI VNPDRRLDRM LDAALQREYS ASPNEQFFTG GGLHVFNNFK
KSEDFKVPTM YEALQNSINL PFVRLMRDIV NYSSSMQNEG NMARLLRNDK DPRREEYLRV
FADREGNTFV NKFYRKYKKV APNERLELFF DGQTQAEQQL TAAYRYLQPN ESVASFKAFL
QQRLPQNNYT DKRIKELYNK YGPEKYNLPD QGYIARVHPL ELWVLDYLNQ HPEANLNDVK
EASKYERQEV YRWLFRTRHK NARDVRVQVM LEVEAFLDIH QRWARLGYPF ESMVPSLGSA
LGSSGDRPAA LAELMGIIQN DGYRLPTVRI NQLHFAEETP YEVRLENQNT QGERVMRHEV
AQALKAALAN VVQNGTARRL KGIFTDDNGE MLAIGGKTGT GDNRIVTQMQ QGRKVATTAM
NRTATFVFYL GDNYFGTLTA FVPGSKSDDF SFTSALPLQV MKGMMPILAP YVKSSKGMCV
RDE
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