| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_2772 |
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| Symbol | |
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| ID | 8358933 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | + |
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| Start bp | 3399157 |
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| End bp | 3403539 |
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| Gene Length | 4383 bp |
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| Protein Length | 1460 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 644964952 |
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| Product | hypothetical protein |
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| Protein accession | YP_003122452 |
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| Protein GI | 256421799 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.00073265 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | 9 |
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| Fosmid unclonability p-value | 0.0000304367 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGGCAGTGT TTTGTTTATT ACTGTTCTTA TTAAAGCCTG TCGTTAGTAC TGCAGCAGAT
GCGAAAACTT CTTTCCCCGC GGCGGACACC GCAAAACCCG GAATAGAAGA TTATGCGATT
GGCGTGTTTA ATAAGATCAA GGAAAAAAAC AAGTTTATCA GCTTCCTGAC CAATGAATCC
CTCGGTACCC TGCCAGTTGG CCTTGTCCGG GAGATCAACG GTAAAGTCTA TGTCATTGCC
ATCGACAGCG TACGTATGAC GCCGCAAGGA GCTTTTTTAA GCGCTTATTT CCGTTTTACC
TTCCCCGGTA CGAACCGCGA ACTGATCTTC GGAGGAAAGA ATATTGCTTT TACTCCCGGA
GGTATCGGCG CCGGCACATC CACAAAACTC ATGTTGCTCA ATGACCAGGA AGTGCATATC
AACGAACACG TTGAACTCAC CTTCCCCGGC AATGGCAGTA ATTTCGTGGA ATGGGACTGT
AACGGTTTTA AGTCAGCTAA TCTCGCCGGT ATGTTCGAAT TCGATAAAGG CTGGTTACAG
CCCGATAATC CGAATGAAGA CAAGGTAAAA GCAGCCCTGA ATGTCAATGC CAAAGATCTC
AGCAATATCA TGGCTGATAT TGATATTCCT GCCTTCCGGA TCAGCGGTCT GAATGACTTC
AGCTTTAAGG TGAAACACGC CGTAATAGAT ATGAGCGATG TGGCGAATCC GGGTGGCTTG
AACGTTACGG CAGATATGCT GGAAGATCCT TCCAGTCCGC TGTTGTGGAG AGGTTTCTAC
TTACAGGAAC TGGAAGTGGG ATTACCGCAA CAGATGGCAT CAAAACAGGG TAGGCCAAAA
GTAAATGTAA CCAACTTTAT TATTGACGAT CAGGGGGTGA GCGGTTCCAT CAAAGCAGAG
AATATTGTGA AACTGGGAGA TGCCAGCGCT GGTGGATGGC CACTGTCGAT TGAAAAAGTA
GGATTGAGTT TCAGTAAGAA TAAACTGAAT GGGGGTTCTC TCGGCGGACA ACTAAAAATC
GGTTTCCTGG GAGACGATCC GCTTGACTAT GATGCTACCG TCAGTATGCG TGGCGGTGAC
ACTTATTATT CCTTCGCCTT ACAGACCACC GCTGATAAAA CATATTCCTT CTTTGCCGGT
AATATCACTT TAAATAAAGA CTGCCGCATC GAGGTAACCA AAACAGATAA AGACTTTATT
CCTAAAGCAA CGCTGACGGG TAAAGTAGAC CTCAATAAAA GCGTCCTCAA TGTAAAAGGG
ATCTCCTTCG AAGACCTGAC ACTATCCACA CAAAAACCTT ATGTACACAG CGGTACATTT
GATATCGCTA CGGATGGCGG TTCCAAAATG AGCGGTTTCC CGATCGGGTT TGATGACCTC
AGTCTGGGGA TTTCAGAAGG AAAGGTTGCC GTAGGCGCTA CGGTGAAACT GAACTTCATG
AACTCCGGTG ACAAAGGCTT CAGCGGCAGC GCCGGATTTG TTGTCACAGC TGCTCAGGAA
GAGGAGAAGT CAACCGTTAT GGTGAATAAC GTGGCGATTG AAAAAATAGC CACCCACTGG
AAACTGGACA AGGTCACCGT CAGCGATATC GATCTGACTG TGAAAGTAAT GGCCTTCCAG
ATGCACGGTA TCATCACGCT GTTTGATCAG CACCCGGTAT ACGGTAACGG TTTCAGAGGT
ATGCTTGATT TCTCCATACC GGGTCCGATT CCAAAGGCAA AAGCAACTGC TTACTTCGGC
TCGAAAGACG ACTACCGTTA CTGGCATGTG GATGCCTATA TAGGTGTCAG CATTCCTGTA
CCACCGGTCT TGCAGATCAC AGGGATGATG GGTGGTATGT CTTATCATAT GGAACGCCCT
TCTAACTTCG ATCCATACGA CTCAAGGAAT GCGATCGACA AGAAAGGGGG CATGAAAGAC
GTCAGCGAGA TCTTCCAGTA TGTCCCATCA AAAGACGCTG GTCTGGGTTT TATGGGCGGT
GTATCACTGG CACTGGCTAC AGAAATGGTG GTCAATGTGA ACGTGGCCCT GGAAGTACAG
TTTGGCTCCA ACGGCGGCTT CCGGTACGCA CAGTTTGATG GTGCAGGTTA TGTGATGCAC
GAAGCGCTGA AAGCAAAAAG CAAGAACGAA GCAAAAGAAG ATGATTCCGC ACCGGCGTGG
GTACAGTTCA AAATGCGCTA CGACAACGTG AACAGCACTT TCGATGCCAA CATGAAAACC
TATATCAACA TTATGGGGGT GCTCAAAGGT GTGAATGAAA GAGGACTGGT AGGGGAAGCC
GCATTGCATG TCGGTCCCGA TGACTGGTAC TTCTATATAG GACGTCCTTC ACAGATGTTT
GGTCTTTCTA TCGCCGGACT CGCAGAAGTA AGAAGTTACT TCATGATGGG TTCCAGGGTA
GAAGATATGC CACCGCTGCC TTCCGAAGTG AATGAGGTGT TTGATGATAT CAATACCAAT
TTCATGGCCA TGGAGAATAC CATGAGTACC GGTAAAGGTT TTGGTTTCGG TGCACACTTC
AAAACAGGGT TTGCCTTTGA TTATGGCGTC TACGGCGAGT TCGCAGTTGG TGCTGGTGCT
GATATCCTGT TGCGCAACTA TGGTGAGGCA AAATGTAAAG GAAGTAACAG TGTGATCGGT
TTTAACGGAT GGTATGCTGC CGGACAGGCA TACGCTTATC TGAAAGGGGA TGTAGGTATC
CGTGTGAAAG TATTCGGTAA GAAGAAAGGA TTCTCTATCG CAAAATTAAC TGCCGCCGTA
CTCTTACAGG CTAAAGGACC AAACCCTTCC TGGTTCAGAG GTATGGTGGG CGTGAAATAC
TCCGTACTGG GCGGCATGGT GAAAGGAAAA GCCAATATCA AAGTAGAACT CGGCTCCGAG
TGTGATATCG TAGGCGCAAA AGAAATCAAT GTAGAAGTGA TCAGCGAAAT CAAACCGGAT
GACCAGGGTA CAGAAGTAAG TGTATTCTCT TCTCCGCAGG TAGCATTTAA TATCGCTATC
CAGCGTCCAT TCTCTATGAT GAATGAATAT GATCAGGTGG CTACCTATCG TGCGCAACTG
GATGAAGTAA AACTGATGAA AGATAAAACG CCTATCACCG GACAACTGAT CGTTAACCCG
GATGGTATGT CCGCTTATCT GCAACAGCGC GATATCCTCC CCGGACTCAG TACGCTGACG
GCTTCCGCAA AAGTGCATTT TGAAAAACAG AATGGAGCAG CATGGGACGC ATTGAAAAGC
GATGGTAAGA ATATTGACTA CGAAGTGAAA TCATCCACCT TCACCACCGG TGAAGAACCA
ACAACTATCG GTTGGGATAA CGTAGTTTAC ACTTATCCGG TAAGGAATCA GTATAACTTC
CTGCCTGGGG AGTATAAAAA AGGGTACATT AAATTGAAAT ATGGTCAGCC GAAACTGTTC
AGAAAGACAG ATGACCAGGG TAAGAACTAT AGCATAGCAG CGAAGTTTAC TTCCGGCCAG
AAACAGGCGA TCAGTGCCAA TGTCTCCTAT GATGAATCAA CAGCGCAGGT GAATTTCGAC
ATTCCGGACG GTATGTCCAG AGAAATGGTC TATACCTATA ATATTGTGAG ATCCTCACTG
GACGGTGAAA CCGCTGCCAA CAACGTAACA AAGAAAGAAA ATCTCACGGT AAGCGATCTG
GGGGACAGTA CCACAATCAC CCAGACGGCC CTGAAAGGCA ACGCCAATTC TGAGGCAGAT
AAAGAAGTGA TCGCCTACAG TTTCCGTACG AGCAAATACA ACACCTTCAG TGAGAAGATG
AGCGCGGTGA CCAGTCAACA GGACGTCTGG GATGTAGCTA CCGGATGGGT AACTGTGATC
GGTACGCGAT TCAATACAGA CGAACAGTTT GACAGATTTG ATATACAAGG GGATGGGGCT
ATGAATACCA AACCATTGCT GTATCTCAGG GCAAGTACCA ACAACTCCTG GTTGCAGAAC
AAGATCCTGC CACTCCTGTA TAACGGCTAT CCTTTTGATC CATCTATGAC AGTGTCCCGT
GATCCTGCTA CGACAGGCGG TGTCCCTCCA CTGGAAGCGG TGCAGATGTA TAATAACAAT
GATGTCTATC ACCAGTTGGA AAGTAACCAC ATCACAGACG GCGTGGCGCC ATTGAAGCCA
GGGGCCTGCC GGTTCATGTA CTTCGTGCCT TTTACCGCAC ATGAAGATTT CATTGACCTG
ATTGGTAAAG CGAGTCGTCT CTTTGTGAAA GGAAAGGGAT CAGCGAAGGT GACTACCCTA
CTGAACACCA TGTTCCCGGA ACTCGATGGC AACATTTATT ATCCGGTAGA GATACAATAT
CGCTTACCGG GTCTCAACCA GATATCATCA ACAATAACCA AGAGTATCTA TTATAAATTA
TAA
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| Protein sequence | MAVFCLLLFL LKPVVSTAAD AKTSFPAADT AKPGIEDYAI GVFNKIKEKN KFISFLTNES
LGTLPVGLVR EINGKVYVIA IDSVRMTPQG AFLSAYFRFT FPGTNRELIF GGKNIAFTPG
GIGAGTSTKL MLLNDQEVHI NEHVELTFPG NGSNFVEWDC NGFKSANLAG MFEFDKGWLQ
PDNPNEDKVK AALNVNAKDL SNIMADIDIP AFRISGLNDF SFKVKHAVID MSDVANPGGL
NVTADMLEDP SSPLLWRGFY LQELEVGLPQ QMASKQGRPK VNVTNFIIDD QGVSGSIKAE
NIVKLGDASA GGWPLSIEKV GLSFSKNKLN GGSLGGQLKI GFLGDDPLDY DATVSMRGGD
TYYSFALQTT ADKTYSFFAG NITLNKDCRI EVTKTDKDFI PKATLTGKVD LNKSVLNVKG
ISFEDLTLST QKPYVHSGTF DIATDGGSKM SGFPIGFDDL SLGISEGKVA VGATVKLNFM
NSGDKGFSGS AGFVVTAAQE EEKSTVMVNN VAIEKIATHW KLDKVTVSDI DLTVKVMAFQ
MHGIITLFDQ HPVYGNGFRG MLDFSIPGPI PKAKATAYFG SKDDYRYWHV DAYIGVSIPV
PPVLQITGMM GGMSYHMERP SNFDPYDSRN AIDKKGGMKD VSEIFQYVPS KDAGLGFMGG
VSLALATEMV VNVNVALEVQ FGSNGGFRYA QFDGAGYVMH EALKAKSKNE AKEDDSAPAW
VQFKMRYDNV NSTFDANMKT YINIMGVLKG VNERGLVGEA ALHVGPDDWY FYIGRPSQMF
GLSIAGLAEV RSYFMMGSRV EDMPPLPSEV NEVFDDINTN FMAMENTMST GKGFGFGAHF
KTGFAFDYGV YGEFAVGAGA DILLRNYGEA KCKGSNSVIG FNGWYAAGQA YAYLKGDVGI
RVKVFGKKKG FSIAKLTAAV LLQAKGPNPS WFRGMVGVKY SVLGGMVKGK ANIKVELGSE
CDIVGAKEIN VEVISEIKPD DQGTEVSVFS SPQVAFNIAI QRPFSMMNEY DQVATYRAQL
DEVKLMKDKT PITGQLIVNP DGMSAYLQQR DILPGLSTLT ASAKVHFEKQ NGAAWDALKS
DGKNIDYEVK SSTFTTGEEP TTIGWDNVVY TYPVRNQYNF LPGEYKKGYI KLKYGQPKLF
RKTDDQGKNY SIAAKFTSGQ KQAISANVSY DESTAQVNFD IPDGMSREMV YTYNIVRSSL
DGETAANNVT KKENLTVSDL GDSTTITQTA LKGNANSEAD KEVIAYSFRT SKYNTFSEKM
SAVTSQQDVW DVATGWVTVI GTRFNTDEQF DRFDIQGDGA MNTKPLLYLR ASTNNSWLQN
KILPLLYNGY PFDPSMTVSR DPATTGGVPP LEAVQMYNNN DVYHQLESNH ITDGVAPLKP
GACRFMYFVP FTAHEDFIDL IGKASRLFVK GKGSAKVTTL LNTMFPELDG NIYYPVEIQY
RLPGLNQISS TITKSIYYKL
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