Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | Cpin_4711 |
Symbol | |
ID | 8360887 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Chitinophaga pinensis DSM 2588 |
Kingdom | Bacteria |
Replicon accession | NC_013132 |
Strand | - |
Start bp | 5871235 |
End bp | 5873907 |
Gene Length | 2673 bp |
Protein Length | 890 aa |
Translation table | 11 |
GC content | 47% |
IMG OID | 644966864 |
Product | hypothetical protein |
Protein accession | YP_003124349 |
Protein GI | 256423696 |
COG category | |
COG ID | |
TIGRFAM ID | |
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Plasmid Coverage information |
Num covering plasmid clones | 9 |
Plasmid unclonability p-value | 0.220358 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | 22 |
Fosmid unclonability p-value | 0.108301 |
Fosmid Hitchhiker | No |
Fosmid clonability | normal |
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Sequence |
Gene sequence | ATGAGATCAT TCATTCTGTC GACCTGTCTA GCCGTACTAT TTACTGGCTA TTCTGCTTTG GCACAGCAAG CTAGTTTTAC TGCTCCGGAC ACAGTATGTG TCGATGAGCC AATTACCCTC ACCAATACAT CTACGGGAGG ATCGGCGTTT TATTGGAATT TCTGTGCAGG TAACCTCTAT CAGACGCCAA CTGCCGTCAA TTTTGGTAAT ATAAACGGCG CTTTTGCCAC CCCTGTATTC CTGGATATGG CCCAGGAGGG AGCGAACTAT TTTGCTTTTG TGACCAATAA TGCCGAAAGC CTGGTACGGC TTTCTTTCGG AAATAGCCTG TTAAATACAC CAGCAGCAGA GAATCTCGGG AGTTTCGGTG GCCAGATTCC CCGTCAGACG GAAGGACTGA GAATCGTGCA GGACGCAAAC GGCTGGCATG TGCTGATTGT CGGTGGGGGG AATGCCACTA CGCCCAGTAT CGCCATTGTT GATTTTGGAG CAAGTCTGGC AAATACGCCT ACTTGTACCA ATTGGGGTAA TATCGGCAAC CTGGCTTATC CTACTGACCT GTTTACATTT CAGGAAGGAG GTAACTCGTA CGGCTTTACC CTGAACTCGG ATAATAATAG TCTTACCCGC TTCAATTTCG GAACTTCCTT TGCCGCACCG CCTACGGGTG TCAACCTGGG CAACCAGGGT AACCTGGATT TTCCGACAGG TATGTTCATT ATCAATGTCA GTGGCAATTG GTTTATGTTT GTAACGAATG GGGAAGGACA GACTATTACG CGAATGGATT TTGGTAATTC TTTGCTGAAT ACACCTACAG CCGTTAACCT GGGTAACCCG GGCGGTATCC TGAATCATCC CCGTGATATC TATGTCTTTA ATGATTGTGG AGGCGTATTT GCACTTGTTG CAAATGGCGA TGGGGATGAC CTGGTACGGC TGGATTTTGA CGGAGGGGTT ATCACGGGTA ATATCACCGC TTCTTCTTAC GGTAATATCG GCGGTTTCCG CTATCCTCAT TCTCTTTCGG CAGTCTTCAG GGTACAGGAT GATCTGTATA CCTTTGTTGC CAATGCATTC AATAATACAT TATCCAGGGT AAAATTCAGT GCCTGTACCA GCAGTTCTGT ACCATCTTCA ACGCAGGCGA CTCCGCCTTC TTTTACCTAT TCGCAACCGG GTACTTACAC CGTTAATATG ATCATGGATG AAGGCTTGCC TACCCAGCAA TCCACCTGCA GAAATATCGT AGTGGTACCG CTGCCTACGG TGGATCTTGG CACTGATCAG ATTTACAGCT GTAACAGTAC GCCGGTTACA TTGAACGCCG GTACGGACAA TACGCATTAT TTATGGTCAG ATAATAGCAC CGCCAATACG CTGGTTGTCC GCTCAGGTGG TACGTATAGT ATAGTCGTAA GTAACGGCGG CGCGTGTACG GCAGGTGATC AGGTAGAAGT AATGATCAGT CCTGCGATAG ACGCGACGAT TCATGTAACG CATATTGACT GTATCAATGC GACGGGTGCT ATTACCGTGA CGCCTTCCGG CGGACTGGCA CCCTTCTCTT ATCGTGTGAA TAATACAGAC ATGGGTACAC AGCATATTTA TACTAACCTG GTAGCAGGTA CTTATCATAT AGAGATCACA GATGCCATTG GCTGTACTGC TACACGCATA GTAGATGTAA GGGTAGCACC GAATGCTTCC TTTTCTATCA CCGCCACACC AGTCGCGCCA ACCTGTAGTG GCCTGACAGA TGGTGCGATT AATATTACTG TCAACAGCGG ACAAGCACCT TTCGAATTTG CTTTGGATGA TCAGCCTTAT CAGAACATTC CCGCATATGA CAATCTTGGT GTAGGTAGCT ATAAAGTATA TGGGCGTGCA GGCGCTTGTC TGGATAGTGC AATTGTGGCA ATTATTGCAC CTCCGGTGAT CGACCTTGCT GTGACGCCGG CAGATGAAAC CTGTAGCAGA CAGGATGGCG CTTTGGAAAT TAATGCCAGT GGTGGTACCC TGCCTTATAC CTATGAACTG AACGGCGCAC CCATCACCAC GCCGGATATT GAGAATATGG TAGCGGGTGA TTATGCTGTA AAGATTATCG ATGCGAATGG TTGTGAAGCG ACAGCCGATG TTACATTGAA TAACCTGGAT GTTGCACCTG TAACAATTAC AAACAGTGAT ACCACTATTT CCATCGGTGA TAAAGTAGAA CTGTATGCAG TCAATGCGGT GGATTACAGC TGGACACCTG CATCTGTTTT AAGCTGCGCG GATTGTGCCA CAACAATCGT ACAGCCATTA AAGACTACTA CCTACGTTGT AACCACACCT TCCGGCAGGA ATTGTATTGC CAGCGATTCT GTAACAATCT ATGTAGATAC AAGACAATCA CTTTTCATAC CTACTGCTTT TACACCTAAT AAAGACGGCG TCAATGATGT ATTCAGAGTA AAGGCAAAAG CAGTCGCTGT TTTCAGTATG ATGATCTACA ATCGTTGGGG GGAAGTGATA TTCAGGTCCG CGGATGTTGG CAAAGGATGG GATGGAATTT ACCTGGAGCA ATTACAGCCA AAGGGTGCTT ATGTATATAT GATTGAATAT GCATTCTATG ACAATGTAAA GAAAGTATAT CGTCAGCAAG GGACAGTCAC GCTGATAAGA TAA
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Protein sequence | MRSFILSTCL AVLFTGYSAL AQQASFTAPD TVCVDEPITL TNTSTGGSAF YWNFCAGNLY QTPTAVNFGN INGAFATPVF LDMAQEGANY FAFVTNNAES LVRLSFGNSL LNTPAAENLG SFGGQIPRQT EGLRIVQDAN GWHVLIVGGG NATTPSIAIV DFGASLANTP TCTNWGNIGN LAYPTDLFTF QEGGNSYGFT LNSDNNSLTR FNFGTSFAAP PTGVNLGNQG NLDFPTGMFI INVSGNWFMF VTNGEGQTIT RMDFGNSLLN TPTAVNLGNP GGILNHPRDI YVFNDCGGVF ALVANGDGDD LVRLDFDGGV ITGNITASSY GNIGGFRYPH SLSAVFRVQD DLYTFVANAF NNTLSRVKFS ACTSSSVPSS TQATPPSFTY SQPGTYTVNM IMDEGLPTQQ STCRNIVVVP LPTVDLGTDQ IYSCNSTPVT LNAGTDNTHY LWSDNSTANT LVVRSGGTYS IVVSNGGACT AGDQVEVMIS PAIDATIHVT HIDCINATGA ITVTPSGGLA PFSYRVNNTD MGTQHIYTNL VAGTYHIEIT DAIGCTATRI VDVRVAPNAS FSITATPVAP TCSGLTDGAI NITVNSGQAP FEFALDDQPY QNIPAYDNLG VGSYKVYGRA GACLDSAIVA IIAPPVIDLA VTPADETCSR QDGALEINAS GGTLPYTYEL NGAPITTPDI ENMVAGDYAV KIIDANGCEA TADVTLNNLD VAPVTITNSD TTISIGDKVE LYAVNAVDYS WTPASVLSCA DCATTIVQPL KTTTYVVTTP SGRNCIASDS VTIYVDTRQS LFIPTAFTPN KDGVNDVFRV KAKAVAVFSM MIYNRWGEVI FRSADVGKGW DGIYLEQLQP KGAYVYMIEY AFYDNVKKVY RQQGTVTLIR
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