Gene MADE_01592 details

Gene Information

• Locus tag: MADE_01592
• ID: 6775262
• 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: 1709296
• End bp: 1711128
• Gene Length: 1833 bp
• Protein Length: 610 aa
• Translation table: 11
• GC content: 46%
• IMG OID: 642755024
• Product: BipA protein
• Protein accession: YP_002125890
• Protein GI: 196156401
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG1217] Predicted membrane GTPase involved in stress response
• TIGRFAM ID: [TIGR00231] small GTP-binding protein domain; [TIGR01394] GTP-binding protein TypA/BipA

Plasmid Coverage information

• Num covering plasmid clones: 10
• 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

ATGAATACCA CTGATATTAG TAAATTGCGT AATATCGCAA TCATCGCCCA CGTTGACCAC 
GGTAAAACCA CCTTGGTAGA CAAACTGTTA CAGCAGTCTG GCACCCTTGA ATCACGAGGC 
GAGCAAGAAG AGCGCGTAAT GGACTCGAAT GACATCGAGA AAGAACGTGG CATTACCATC 
CTAGCTAAGA ACACAGCGAT TAACTGGAAC GACTACCGTA TCAACATTGT AGATACTCCA 
GGACACGCTG ACTTCGGTGG TGAAGTAGAG CGCGTTATGT CAATGGCCGA CTCTGTACTT 
CTACTTGTAG ATGCACAAGA AGGTCCAATG CCTCAAACCC GTTTTGTAAC TCAAAAAGCG 
TTTGCTCAAG GCCTTAAGCC TATTGTTGTT ATCAACAAAA TTGATAAGCC AGGCGCACGT 
CCTGACTGGG TTATGGACCA AGTGTTCGAC CTGTTCGACA ACTTAGGTGC AACGGACGAG 
CAGCTTGATT TCCAAGTTGT ATACGCTTCA GCGCTTAACG GTTGGGCGTC ACATGACGCT 
GATGAGCCAA AAGAAGATAT GACGGCGTTA TTTGAAACCA TCGTTGAACA AGTTTCTGCT 
CCAGATGCAG ACATCGACGG TCCTTTCCAA ATGCAGATTT CTCAACTTGA TTACAACTCA 
TACGTTGGCG TAATCGGTGT TGGTCGTGTT AAGCGTGGGT CTGTTAAGCC TAACCAGCAA 
GTAACCGTGG TGACTGCTGA AGGTGAAAAA CGCAATGGTA AAGTTGGTCT AGTTTACGGT 
TATCTTGGTC TAGCTCGCCA CGAAGTTGAA TCTGCTCACG CGGGTGACAT TATTGCCATT 
ACAGGTCTAG GCGAACTTAA GATCTCCGAC ACGATTTGTG ATGTGAACAC TGTAGAAGCG 
CTTCCGCCAC TAACGGTTGA TGAGCCTACC GTAACCATGA CGTTCCAAGT AAACACCTCA 
CCATTTGCTG GTAAAGAAGG TAAATACGTA ACTTCACGTA ACATTCTTGA GCGTCTTAAA 
GACGAGCTAG TACACAACGT TGCGCTTCGC GTAGAAGAAA TGCCAGATCC TGATAAATTC 
CGCGTGTCTG GTCGTGGTGA GCTTCACTTA GGTATTCTTA TCGAGAATAT GCGTCGTGAA 
GGTTATGAAC TTGCTGTATC TCGTCCAGAA GTAATCCTTA AAGAAGTTGA TGGCGAAACG 
CAGGAGCCGT ACGAAACACT GACTATCGAC TGTGAAGAGC AGCACCAAGG CTCTATCATG 
GAACAGCTTG GCCTTCGCAA AGCTGAAATG ACAGACATGT CTCCAGATGG CAAAGGTCGT 
GTACGTATCG ACTTCGTTAT TCCAAGCCGC GGCCTAATTG GTTTCCAAAC TGAATTCATG 
ACAATGACGT CGGGTTCTGG TCTGCTTTAC CACACGTTCG ATCACTACGG ACCGTACAAA 
GGCGGTATCA TTGGTAAGCG TAAGAACGGT GTTCTAATTG CTAACGCAAA CGGTAAAGCA 
CTAACCAACG CCTTGTTTAA CCTTCAAGAG CGTGGTCGCC TATTTATCGG TCACGGTGTA 
GAAGTTTACG AAGGTATGGT TATCGGTATT CACAGCCGTG ATAACGACCT TACCGTAAAT 
GCACTTAAAG GTAAGCAGCT AACGAACGTT CGTGCATCGG GTACTGATGA AGCGCAAACT 
CTAGTTCCAC CAATCAAGAT GTCACTTGAA CAAGCGCTTG AGTTCATCGA CGATGACGAA 
CTAGTAGAAG TTACGCCTGA GTCTATCCGT ATTCGTAAGA AGCTTCTTAC TGAAAACGAG 
CGTAAGCGCG CGTCACGAGC GCCTAAGTCT TAA 

 

Protein sequence

MNTTDISKLR NIAIIAHVDH GKTTLVDKLL QQSGTLESRG EQEERVMDSN DIEKERGITI 
LAKNTAINWN DYRINIVDTP GHADFGGEVE RVMSMADSVL LLVDAQEGPM PQTRFVTQKA 
FAQGLKPIVV INKIDKPGAR PDWVMDQVFD LFDNLGATDE QLDFQVVYAS ALNGWASHDA 
DEPKEDMTAL FETIVEQVSA PDADIDGPFQ MQISQLDYNS YVGVIGVGRV KRGSVKPNQQ 
VTVVTAEGEK RNGKVGLVYG YLGLARHEVE SAHAGDIIAI TGLGELKISD TICDVNTVEA 
LPPLTVDEPT VTMTFQVNTS PFAGKEGKYV TSRNILERLK DELVHNVALR VEEMPDPDKF 
RVSGRGELHL GILIENMRRE GYELAVSRPE VILKEVDGET QEPYETLTID CEEQHQGSIM 
EQLGLRKAEM TDMSPDGKGR VRIDFVIPSR GLIGFQTEFM TMTSGSGLLY HTFDHYGPYK 
GGIIGKRKNG VLIANANGKA LTNALFNLQE RGRLFIGHGV EVYEGMVIGI HSRDNDLTVN 
ALKGKQLTNV RASGTDEAQT LVPPIKMSLE QALEFIDDDE LVEVTPESIR IRKKLLTENE 
RKRASRAPKS