| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Synpcc7942_0050 |
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| Symbol | |
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| ID | 3775763 |
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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_007604 |
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| Strand | + |
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| Start bp | 50070 |
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| End bp | 52616 |
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| Gene Length | 2547 bp |
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| Protein Length | 848 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637798456 |
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| Product | hypothetical protein |
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| Protein accession | YP_399069 |
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| Protein GI | 81298861 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0463] Glycosyltransferases involved in cell wall biogenesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.159927 |
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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 | ATGGCTCTTC TTTGGCTCCG TCCGCATTGG GCTTCTCCTG ATCAAAAAGC AGTCCTGCAA
ATCAGTGCAG CACTGCAACA AGTCACTCAG GAAACAGCCA GTCTGTTGAT TGATACGGCA
GGTACTGAGG AAGAACAAGT CAACACAGCG CTGATTGAAG CGGCTTGGGC AGCCAGCGAA
AATGGCGTTA ATATTGAAGA AATTGCCTGC CATGGCACAG ATTGTCAGAC TGGGTTGCTC
GGTGCGTTGC TAGAGCGCAA TCAATCTTGT TTGCAGACTG TAAAGCAGAA TACTGATTTA
CAGCGTATCC CTGAACCATT AGCAACCCAG CTAATCAATT GCCTACACCA GTTTCCACAA
CATTGGCAAC CTTCAGCCCA GTCGCTAGCT GTCATTGTTC CAACCTATAA TTGTGCTTCT
AAAATTGAGC AGACATTAAA AAGTATTGAA GCGTCGATTC AATTTTTCCA AGATAATTTG
CCTTTCTCTA GCTTGTATAA CATAGAAGTC ATCATTGTTG ATGATGCTTC GACGGATAAC
ACGGTTGCTG TTATTCAAGC TTACATTAAC AACAAAACTC ATTTTCAGCT TGTTTGTCAT
CGCTTCAATC GGGGAGCTGG CATCGCACGA AACACTGGCG TCAATTTTAG CCAAGGTGAA
GTTCTCTTTT TCTGCGATGG GGATGATCTC TTCTTAGAAA AACATCTCCT TCTAGGCGTG
CTAGCCTTGG AGATTTCACT CGACGAGCCT CAGATTTTAG ATCGGCTGTT TGAATATGCG
GGCATTTCAC TCGATCAAGA CGTTACCAAG TTCATCCGAA ATATTAATGG TCATCCGCCC
TATGGCTTTG TAAGCTTAGG GGTCAAGGTA GACGAAGAGA TATTGCCAGA GTGGCATCAG
CGAATCATAG ACTCTTTACC AATCAATTTA GTAGTTAGAA GATCAGTCTT TCAGTTTGTT
GAGGGATTTC CTTCTCAGTT AGTTTATAAA CGGCTCAGAT GTACAGAGGA TATTGCACTG
AGAGATTGTC TTTATCGATT TTGCAATGGT GTTCAAATTG ATGTTGAAAC AGTACAATAC
CAGCGCTATC CGAACAATAG TTTAGACCGA CAACTGCGCA AGTTTCAAAG TCCACTTGCA
GAAGCTGCCA ATTTAGAAAA CAATAACTCA GATGACTTAC AGCTTGAAAG TAATCTGAGA
CTAACCAAAA TTAATTTCTT GTTAAATAAG ATTCGGTTTG CTGAAAATTC TGTCAAGAAC
TTTATTACTC TTTTTGAAAA AGATCAGACA AATATCCTCA ATAATGTTCA GCCAGATTCT
GATTTAGAGA GAGTTATAAG TAACTGTAAC AAGAAGAAAC AAAGAGGAAT CGCGTTTGAT
TGGCTAATCT CAACTTATAC GGGCTGGGGA GTCTTCGGAA CTAATTTTAT CCTTCAGATT
TATCGTCAAA AGGGGTCATG GTTTCCTATT TGTCTCAAAA GTCCTTACTT AAATGTCCAA
GATTTCCATC CACTAGTTGA TCCACAAGTT TTAGATCTCC CAGTTTTAGA TCCTGAGAAT
GATAATTATG TACTAAAGCG ACTCAATCAG GGACTTAATC AGAAATTGCT GATCTTGCAG
GCAATGATGA ATGATTTCCA GTCTAGGGAG TATGAATTTC CCTTTACTCA TAGGGCTGGC
TTAATTTTTA TGGAAGACAC GTATATAACA CCCTCAGGAA AAGAGAGAGC TAACCGTTTG
CCTGTGATTA TCTCTGGTTC AACATGGTGT AATGATCTAG TCGCTGCACA TTATCAAGGC
AATGCCTATG GTATTCCTCA AGGTGTAGAC CCTACGCTCT TTCAGCCAAG TCAAGCAGCT
GGCTATTTTG GCGATCGGTT TGTCATCTTT TCAGGCGGCA AACTAGAGTA TCGCAAAGGA
CAGGATATTG TTGTTAAAGC TTTTAAACAC TTCCAACAAC AGCACCCAGA GGCTTTATTG
CTTTGTAATT GGAGTACTGC ATTGCCTCAA TATATGAATG GCCTTCAACA TGCTGGCTAT
GTAGAGGGCT TACCCAAAAC AGAAGGTGAC CTCAGATCAA ACATTAGTCA ATGGCTGATT
GAGAATGGCT TGCCAGAAGA TTCTTTTTAC TGCTTAGGCT TTACACCCAA TATTCAAATG
CCCCATGTCT TTCGAGAAGC CCATGCTGCC ATCTTCCCGA ATCGGGCAGA GGGTGGAACC
AACTTAGTGG CGATGGAGGC GATCGCCTGT GGAATCCCAA CCTTACTCTC CAAAAATACA
GGTCATCTAG ACCTCATCCA CTTATTTGGG ATTGACGCTC TGGAAACTCA AAACCCTGTC
AAACCTTACT ATCCCTATGT TGGCACGGAA GGTTGGGGAC AATCTGACCC AGAAGAAGTA
GTTGCATGGT TAGAGAAGGT TTATCAGAAT TACCAAGAAC AGAAAACTAA AGCATTAAGC
CACTCTGTTT CCATACACCA AACAATGTCT TGGGAAATAC AAATCAAAAA AATGATGGGT
GCGATTGCTC ATCATATCAA AATCTAA
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| Protein sequence | MALLWLRPHW ASPDQKAVLQ ISAALQQVTQ ETASLLIDTA GTEEEQVNTA LIEAAWAASE
NGVNIEEIAC HGTDCQTGLL GALLERNQSC LQTVKQNTDL QRIPEPLATQ LINCLHQFPQ
HWQPSAQSLA VIVPTYNCAS KIEQTLKSIE ASIQFFQDNL PFSSLYNIEV IIVDDASTDN
TVAVIQAYIN NKTHFQLVCH RFNRGAGIAR NTGVNFSQGE VLFFCDGDDL FLEKHLLLGV
LALEISLDEP QILDRLFEYA GISLDQDVTK FIRNINGHPP YGFVSLGVKV DEEILPEWHQ
RIIDSLPINL VVRRSVFQFV EGFPSQLVYK RLRCTEDIAL RDCLYRFCNG VQIDVETVQY
QRYPNNSLDR QLRKFQSPLA EAANLENNNS DDLQLESNLR LTKINFLLNK IRFAENSVKN
FITLFEKDQT NILNNVQPDS DLERVISNCN KKKQRGIAFD WLISTYTGWG VFGTNFILQI
YRQKGSWFPI CLKSPYLNVQ DFHPLVDPQV LDLPVLDPEN DNYVLKRLNQ GLNQKLLILQ
AMMNDFQSRE YEFPFTHRAG LIFMEDTYIT PSGKERANRL PVIISGSTWC NDLVAAHYQG
NAYGIPQGVD PTLFQPSQAA GYFGDRFVIF SGGKLEYRKG QDIVVKAFKH FQQQHPEALL
LCNWSTALPQ YMNGLQHAGY VEGLPKTEGD LRSNISQWLI ENGLPEDSFY CLGFTPNIQM
PHVFREAHAA IFPNRAEGGT NLVAMEAIAC GIPTLLSKNT GHLDLIHLFG IDALETQNPV
KPYYPYVGTE GWGQSDPEEV VAWLEKVYQN YQEQKTKALS HSVSIHQTMS WEIQIKKMMG
AIAHHIKI
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