Gene MADE_00722 details

Gene Information

• Locus tag: MADE_00722
• ID: 6777977
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Alteromonas macleodii 'Deep ecotype'
• Kingdom: Bacteria
• Replicon accession: NC_011138
• Strand: +
• Start bp: 759440
• End bp: 761281
• Gene Length: 1842 bp
• Protein Length: 613 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 642754156
• Product: Signaling protein with a cAMP-binding, CBS domains and predicted nucleotidyltransferase domain
• Protein accession: YP_002125032
• Protein GI: 196155543
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG2905] Predicted signal-transduction protein containing cAMP-binding and CBS domains

Plasmid Coverage information

• Num covering plasmid clones: 11
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGACGGCAA TGGCTAAACA AGTGGAAGAC TTCTTAAATA CGTCTGCGCC TTTCGATGTG 
CTTGATAAAG AACAGAAATT GGAGCTAGTT AAGCACACCG AGCTTATTTA CGTTACTTCC 
GAGAATGTTA GCGACCTTTA CCAAGAAAAT AACGCACTTT TTCTTATACA AGGTGGGCAG 
TTCTCTATTC AAGATTCAGA TGCGCCTTTG CGTCATTTAA GTGAAGGCGA CTACTTTGGC 
TATGCGGGGA TCATGGAGCA GCGCTCCTTC CCGTTAAGTA TCAGTGTAGA CAGCCCTGGG 
CTCGTTTATC GTTTCGATGC ATCGGCTGTT TCGCCCTTAT TTGAGCAGCC GGCGATACGA 
CAATTCTTTA ATGGGTTAAG AGACAACGCC CTGCAGAGTC ATGCTATTTC TGATACTAAT 
TCAATGTGGC TATATAAAGG GCTGTGTGAT GTTATTGAAA AAGCGCCTGT ATCGGTAAAT 
GCAGATACGT CGATTTCAGC GGCGGCACAG CTAATGACAA CGCAAAAAGT GTCGTCATTG 
TTGGTAACAC AGAATGACAA GCTTACCGGC ATTGTTACCG ATCGCGACTT GAGATCCCGG 
GTGGTTGCGG CTTCGTTAGA TACCCATTTG CCGGTAAGTG AAATTATGAC GCAAAGCCCT 
GCGCAAATAA CTGGAAATAG GACTTTGTTT GATGCGCTAG CACTAATGAC AGAAAAAAAT 
ATCCATCACC TGCCCGTTAT CGATCATCAG TCACTGGTGC CCTTAGGTAT GGTAACGGCG 
AGTGATATTA TTCGCCATCA AAGGGGCAAC GTTCTCTTCA TTATTGGCGA GCTTAGTAAA 
GCTGAAAACT TGTATGAATT GACTCGGCTG TCCTGGCAGC TACCTCACTA CTTTGCTGCT 
CACGCAAAAA AAGCGGGGGA TTATGATATC GCCGGAAAAA TTTTGTCTCA GGCCACCGAC 
ATTATGACAA GAAAGTTGAT TGGCTTTTTT CAACAAGCCA ACGGCAAAGC CCCTATGATG 
TTTGCTTGGC TTGTGTATGG TTCTCAGGCA AGAGAAGATC AAACAATGGG CTCAGATCAA 
GACAACGGCT TGTTATTGGC AAAGGCCCCG ACTAAAGCGC AGGCTGACTA CTTTTCCAAG 
ATGTCGGAAT ATGTTTGCAA TGGCCTAGCA AAGTGCGGCA TAAAGTTGTG CGATGGCAAC 
ATAATGGCCA GTAATCCCGC GCTTCGGCTG TCACTAGACG AGGCCATAGA GGAGGCACGG 
CACTGGGTAA AGGCACCGAC AAAAGACGCC ATCATGCACT TTAATATCTT TCTTGACGTG 
CGCTGCGCCG CAGGTGACGT CAGCTTGTTT AAGCAGCTAC AAAAACAGCG CGCTCCTCTT 
ATGCAACAAA ACATGTTTTT GGCTGCTCTG GCAAGACACA GTAATGAGAT TTCTGTTCCG 
TTATCGATGT TTCAGAAGTT TATTTATGAA AAAGCGAAAA ACGACAAACA AAAAGAAAAG 
GATGTCATTG ACCTTAAAAC CCGAGCGGTA GCGTTAATTA ATAATATAGC CCGTATTTAT 
GCATTGGCGG ACGGGATCAC ACTACCTAAT ACCCTTGCTC GTTTAGACGC ATTATCATCT 
CGCTCTCAAC TGTCAAAACG AGATGCCACT AATTTGCGCG ACATTTGGCT TTTCTTAAAC 
AGATTGCGCT GGCGTCATCA GTTGGAAAAT AAAGTGACCG ACAATAGAGT GTCGATATCG 
AGTCTATCGT CCATAGAAAA ACATCAGCTT AAAGCTGCGT TTAAAGCCAT AGATAGAACC 
AATCAGGCAA TGGTAATGAA GTTTTCTGGC GGCGTAGGTT AA 

 

Protein sequence

MTAMAKQVED FLNTSAPFDV LDKEQKLELV KHTELIYVTS ENVSDLYQEN NALFLIQGGQ 
FSIQDSDAPL RHLSEGDYFG YAGIMEQRSF PLSISVDSPG LVYRFDASAV SPLFEQPAIR 
QFFNGLRDNA LQSHAISDTN SMWLYKGLCD VIEKAPVSVN ADTSISAAAQ LMTTQKVSSL 
LVTQNDKLTG IVTDRDLRSR VVAASLDTHL PVSEIMTQSP AQITGNRTLF DALALMTEKN 
IHHLPVIDHQ SLVPLGMVTA SDIIRHQRGN VLFIIGELSK AENLYELTRL SWQLPHYFAA 
HAKKAGDYDI AGKILSQATD IMTRKLIGFF QQANGKAPMM FAWLVYGSQA REDQTMGSDQ 
DNGLLLAKAP TKAQADYFSK MSEYVCNGLA KCGIKLCDGN IMASNPALRL SLDEAIEEAR 
HWVKAPTKDA IMHFNIFLDV RCAAGDVSLF KQLQKQRAPL MQQNMFLAAL ARHSNEISVP 
LSMFQKFIYE KAKNDKQKEK DVIDLKTRAV ALINNIARIY ALADGITLPN TLARLDALSS 
RSQLSKRDAT NLRDIWLFLN RLRWRHQLEN KVTDNRVSIS SLSSIEKHQL KAAFKAIDRT 
NQAMVMKFSG GVG