| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Synpcc7942_B2633 |
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| Symbol | |
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| ID | 3772753 |
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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 | Synechococcus elongatus PCC 7942 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007595 |
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| Strand | + |
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| Start bp | 24871 |
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| End bp | 27870 |
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| Gene Length | 3000 bp |
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| Protein Length | 999 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637798384 |
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| Product | hypothetical protein |
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| Protein accession | YP_398732 |
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| Protein GI | 81230352 |
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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 | 28 |
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| Plasmid unclonability p-value | 0.753628 |
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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 | 30 |
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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 | ATGGTCTCCT CTATCCCTGT ATCTGGCAGC CTCGAAACCC AGCTCCAGCA AGAGTTCTGC
CAATCCAGCG CGATCGCTTT GAGCCTCTTT CAGCGGGCGA TCGCCCTTGT GCCAGATCTT
GAAATTGATC CAGTCACTCA CGAGGTGATC GGTACGCCGA TCGCAGACGC CTTGGGCTGG
CAGTTCACCC GCTTTGGGCT GCAAGCCCGC GCTAACCAGA CCGCCGCGAT TTTTGTACAG
GAATCAAACG AGGTCTGGCA GGCCAAGATT TTCGGTGGTG AGTCCGGTAA GCGAAGCGGC
TCCTACTTAG CTCCCAAGGG CATTGGCAAC CGCGCTTATC TCCCGCCCGT TGACCCAGAA
ACCCGTTCTC AGCTTGGTGC TCCTGCTGAA GGAAGTTTCT GGGACTGGGT TGAATCAACT
CCTTCTATCC CCATCGTGCC GACCGAAGGC GGCAAGAAGT CTCTCTCTGC TCTTAGTGCT
GGCTCCGTAG CGATCGCCCT CTATGGCTGT GATTGCGGCA ATAGTCCTGA CCTGACTCGC
TTCTTAGTCC CAGGTCGTGA AGTAATCATC GCCTTCGACC AAGACGCTAA GGCCAAGACC
AGAGCCAGAG TGAATCGCAG CATTGCACGG CTGGCACGGC GAGCGATCGC GGCTGGGTGC
TCGGTCCGCA TTGCTTTATG GGATCCAGCG CTCGGCAAGG GTCTCGATGA TCTGATTGCG
GCGCATGGCG TTGAGCAATG GCAGCAAGTC CTCGCGGCAG CGCCCTCCTT TGAGCAATGG
CAGCGGCGAC GGATTAGCGG AGCGATTCTC CAGAAACTCC GTTTCCCGCT GGGCAACTAT
CAGCCCACTC TTCAAGTTTC GGTGCCCGAC CTCTCAACCT CTGTTGCCCT TGAGAACATT
CCCCAGACCG GCATTGTCGG GATGATCTCG GGCAAAGGCA CGGGCAAAAC CAAGCTCCTG
ACCCGACTGG TGGATTGTCT GGAACGGGTC CTCGCACCAG GCCACCGCGA AAGTTTGCAG
CGTGGGCTCG GGCGCAGACT CGGGCTTGAT TACCTCCACG ACACCGATCG CGCTGAGGGA
CGAAAACTCG GCGGTAATGG TGAACCCACC TACCGGCTTA GCCTCTGCTG GGATTCCCTG
TTAGCGATTC CCCTCAAGGA CTACCCAGCC GGTTCCTACG ATCTGGTCAT TGATGAGGCA
GACCAAGGCT TCCGACATCT GATCAACGGT GGCACCTGCG GTAAGCGAGG CATGCGGCCG
GCATTGATCG CCAAAGCTGA AGCACTGATC AAAGGAGCAC GACGGGTCTT GCTCGCGAGT
GCTGACCTGA CCTCGCTAGA GCTGGACTAC GTTTCAGCGC TGCGTAACGA GCAGCCATGG
ATTCTCCAAA ACAACTATCG AGAAGATGGC TACTGCTGTC AGTTCCTCAC AGATATTCCT
GGACAAACCG GCTCCCGCAA TCGTGCCCGA GGGGCAGCTT TAGCTCAACT CATTGAGGCC
ATTGGCAGAG GTGATCGCCT TTGGATTGCC GTCGATACTC TCAAAGCCAG CAAAGCCCTG
TTTCAACTGG CGATCGCCCT TGGGGTGCCC GAGAAAAAGA TCCTGCGCTT CGATGGCGAT
ACCTCCAGCG ATCCGGCACA GCGCTGCTTT GCGGATGCCC CCGCTCGCTG GATTAGCCAA
AACAAACCTC AGCTCGTGAT TGCCAGTCCC TCGCTGACTT CTGGCGTTTC GATTGAGCTG
GATTACTTCA ATCTGGTCTT CGGCTTCTTC GAAGGCCAGA GCATCGCGCC ATGGGACGTG
GACCAAGCCC TCTCCCGTGT CCGGCAGCCC GTGCCTCGGA TTGTCTTCGC CGTCGCCCAC
GGCAAATCAC AAGGCATTTC AGCGGCTCAG AATGCGCTGA CTTATCAAGC CGATCTCTAT
CGCCGTACTG AACTCCTGTC GTGGTTCTCC GGCAATCGAT CGCTCTTAGA TCAAGTGGAC
TTTCACTCGC CTTCTGCTCG CTATCACGCC GCCAGTTCTG CCGAGCGCAA TGCAGCGATG
GCGGAGTTTG GTTTGTCCTT GCGATTGCGC TTAGAACAGG CGGGCAACTT TGTTTCCCTC
ACCACGGCTG ATCCAGAAAA CCCCAACTTA CAATCTGCTC TCGAACTCTG GAAAGCAGCC
ACGCAGCAAG TCCGACAAGC GGATGCAGCC GCGATCGCTC GGGCTGAAGC GATTGATGAA
GAAACGGCGA TCGCCCTACG CCAAAAGCGG GTCTTAACTC TTAGCGATCG CCACAAACTC
AGTCGCTATG ACCTTTGCCA GTTCTACGGC ATCAACCCTG ACAAGCTCTG TCTGGAGGAC
ATTTTGATGG ACGCCAATGG CCGCCAGCGT CGCCAAGTCG AAGCCTGGGA ATTCCTCGTC
TGGTCAAAAC TTGCCCAAGT CAAAGACAAG CAAAAGCTCG ACAAATTGAT CCAGTGGCAG
CAACCCATTC CGGCGCAAGA CCTCCCCGGA GCGCAACTAC TCACCACCGG CGCAGAAATC
CTCGGCGTCC GAGAACTCCT CGCCTTCCTG ATTCAGACCA CCCAGTCAGG TAACTACTGG
ACCAAGGACA GCCCAGAGAT CAAGTCCTTC GTCGATCGCT GCCAAGCCCA TCCCAAAGAA
GTGAAGCTCT GCCTCAACCT GACCATTCGC CCGAGTATGC AACCCACCGC GATCGTCGGC
ATGGTGCTCA AGCATTTCGG CCTCAAGACC GTCATGAAAC GCGACGGCGG CACCCGAAAG
ACCCGCATCC GCACCCGCTA CTACCAGCTC GACATGGCCA GCCTCCAGCA GCTCAAAACC
CTATTGCAGA CAAGAGCCAA GCACTATCAA GCGGAGGGGT TCCAGATGCG GACACACCCC
CTAACTCTGC TCCTTTTAGA AGGTGTGGCC GACGGACAGG CGATCTCGAC CTCCCAGCAG
CAAATCCTTG AGGCCCATCC CCTAAATCAC ACCCTAAGTC AGCTCAAAGA AGCCTCCTAA
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| Protein sequence | MVSSIPVSGS LETQLQQEFC QSSAIALSLF QRAIALVPDL EIDPVTHEVI GTPIADALGW
QFTRFGLQAR ANQTAAIFVQ ESNEVWQAKI FGGESGKRSG SYLAPKGIGN RAYLPPVDPE
TRSQLGAPAE GSFWDWVEST PSIPIVPTEG GKKSLSALSA GSVAIALYGC DCGNSPDLTR
FLVPGREVII AFDQDAKAKT RARVNRSIAR LARRAIAAGC SVRIALWDPA LGKGLDDLIA
AHGVEQWQQV LAAAPSFEQW QRRRISGAIL QKLRFPLGNY QPTLQVSVPD LSTSVALENI
PQTGIVGMIS GKGTGKTKLL TRLVDCLERV LAPGHRESLQ RGLGRRLGLD YLHDTDRAEG
RKLGGNGEPT YRLSLCWDSL LAIPLKDYPA GSYDLVIDEA DQGFRHLING GTCGKRGMRP
ALIAKAEALI KGARRVLLAS ADLTSLELDY VSALRNEQPW ILQNNYREDG YCCQFLTDIP
GQTGSRNRAR GAALAQLIEA IGRGDRLWIA VDTLKASKAL FQLAIALGVP EKKILRFDGD
TSSDPAQRCF ADAPARWISQ NKPQLVIASP SLTSGVSIEL DYFNLVFGFF EGQSIAPWDV
DQALSRVRQP VPRIVFAVAH GKSQGISAAQ NALTYQADLY RRTELLSWFS GNRSLLDQVD
FHSPSARYHA ASSAERNAAM AEFGLSLRLR LEQAGNFVSL TTADPENPNL QSALELWKAA
TQQVRQADAA AIARAEAIDE ETAIALRQKR VLTLSDRHKL SRYDLCQFYG INPDKLCLED
ILMDANGRQR RQVEAWEFLV WSKLAQVKDK QKLDKLIQWQ QPIPAQDLPG AQLLTTGAEI
LGVRELLAFL IQTTQSGNYW TKDSPEIKSF VDRCQAHPKE VKLCLNLTIR PSMQPTAIVG
MVLKHFGLKT VMKRDGGTRK TRIRTRYYQL DMASLQQLKT LLQTRAKHYQ AEGFQMRTHP
LTLLLLEGVA DGQAISTSQQ QILEAHPLNH TLSQLKEAS
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