CDS Information : BBR47_02990

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Brevibacillus brevis NBRC 100599 chromosome	Legend Jump
Overview  Genome Clone

Center position		change
ID		change
Gene name		change

Organism	Brevibacillus brevis NBRC 100599
Replicon	chromosome
Start / Stop / Direction	298,315 / 300,291 / +
Location	298315..300291
Type	CDS
Length	1,977 bp (658 aa)

Product	probable methyl-accepting chemotaxis protein
Gene name
Functional category	Cell envelope and cellular processes - Mobility and chemotaxis
EC number
Note
KEGG pathway
Sequence feature
References	Uniprot:P39215 Pubmed:8188684 Uniprot:P39217 Pubmed:8188684 Uniprot:P39214 Pubmed:8188684 Uniprot:P39216 Pubmed:8188684

BLASTP Database:UniProtKB:13.0 show BLAST table	1 E=5e-89 Q8EPJ9_OCEIH Methyl-accepting chemotaxis protein Alignment 2 E=3e-86 Q81I44_BACCR Methyl-accepting chemotaxis protein Alignment 3 E=2e-85 Q4MQR6_BACCE Methyl-accepting chemotaxis transducer, putative Alignment 4 E=2e-84 Q5WAN0_BACSK Methyl-accepting chemotaxis protein Alignment 5 E=6e-84 Q63G67_BACCZ Methyl-accepting chemotaxis protein Alignment
HAMAP	No significant hit
InterPro Database:interpro:16.0	IPR003660 Histidine kinase, HAMP region (Domain) PS50885   HAMP PF00672   HAMP SM00304   no description IPR004010 Cache (Domain) PF02743   Cache_1 IPR004089 Bacterial chemotaxis sensory transducer (Domain) PF00015   MCPsignal PS50111   CHEMOTAXIS_TRANSDUC_2 SM00283   no description IPR010989 t-snare (Domain) SSF47661   t-snare proteins
SignalP	Bacteria, Gram-positive
TMHMM	Transmembrane 2
SOSUI	Transmembrane 2

size of protein	658 amino acids
molecular mass	73,198.45 Da
pI	4.49
aa composition	Ala Val Leu Ile Phe Trp Pro Met Gly Ser 9.1 (60aa) 8.1 (53aa) 9.3 (61aa) 6.8 (45aa) 2.9 (19aa) 0.5 (3aa) 1.7 (11aa) 3.2 (21aa) 4.6 (30aa) 8.8 (58aa) Thr Cys Asn Gln Tyr Lys His Arg Asp Glu 6.1 (40aa) 0 (0aa) 4.6 (30aa) 7.8 (51aa) 2.6 (17aa) 3.6 (24aa) 1.8 (12aa) 4.9 (32aa) 5.6 (37aa) 8.2 (54aa)

>BBR47_02990 probable methyl-accepting chemotaxis protein
ATGATAAAGAAAATGATTACTGGTTATAAAGCATCGCTATCTAAGCAGATCCTGTTTTTG
CTCGTCTTGCTTATTGTTGTTCCCTCTGTTGTTCTGAGCCTGACCTTGACACAACTGGCG
CGCAACCAGTTAGAGCACGAATTGTTGTCCCAGGTCGAATCGGTTACCACGATGATTACA
CAAGTGCTCAATAATTCATACGAGGATTATTCTGCTACGATCGATAGCTTTGCGGATGTT
CAAGTTCCGCCGGGGCAAAGTGCGGATACGTATATCTATGATCGCATTCGCAACATAGAG
AAAGACATCGATAATGTTTTGGCTGCGTTCATGTACTACGACAATCGATATTATAATTCG
GCGAAAAAGGAAATTGATCCGACTACCCGTGAATGGTACAAGGAAGCGATGCAGCATAAA
GGGCAGGTCGTTGTGACGCCACCTTATATCGACGCGATAAGCGGAGGTTACGTGATTACG
TTTGCCAAGACGCTCTCCGATGGTAAAGGGGTAGCGGGAATCGACGTTTCTATCGATCAC
TTAAACGAGCTGGTAAAGACGTACAAGATCGGAGAAAAGGGATATGTCAGCTTGTTCGAT
CAGAACAATGTGACAATGTCGCATCCACGATTCCCGCAGGGCAAGCCGCTTGAAGACATT
CGCTTCCAAGTGATGCGTGATGGAGCGGAGGGTTCTTTCGAAGTGGATGATGACGAGCTT
CGTGAATATTATCATTTCAACAAGCAAAATTCGCTCGGATTGAACGTCGTTTCCGTGATA
GATTGGAATGAAATCAATCAAAAAACGGGGCCACTGTTGCGGACCTCATTTTTGTTCATC
GTACTGTTGCTTGCCCTCATTGCCCTGTTCGTTTGGATATTCATGAAACGCACGGTGCGA
CCCATTCTGCAATTGAAGCAACTGACCGACTTAATCGCTCAGGGGGATTTGACGGTCCGG
TCTATCGAGAGTGGAAGAACGGATGAGATTGGGCAGCTGCAATCCAACTTCAATACGATG
TCGCAATCGTTGTCAGATGTCCTGCGTCAAATTACCGATCATTCCGAGCAAATCTCTGCT
TCCTCCCACCATTTGTCTGCGAATTCGGAGGAGAACGTGCAAACGATTGAACAAGTCGCT
ACCTCCATGCAAGAAATAGCGTCCATGTCTTCCGATATGAATCAGAGTATAGATACCGTG
AAGCAATCGGCAACGCAAGCGCAACAGGAGCTGGATGATGCCATCCGCATCCTGCGTGAG
AGCACGGAAATGTCGCAGCTCATTACAGGTCTGGCTAATACCGGAGAGGAGTCCCTTGGA
GCGGCAAGACAACAGGTGAATATGATCGTGGAACATTCTGCCCGTTCTAAGCAAGAGATG
GAGGAATTAAAACAGGTTGCTGAAGAAATTAGTGGGGTGACGAATTTCATCCAGGATATC
GCCTCTCAGACGAATTTGCTTGCGTTGAATGCTGCTATTGAAGCGGCGCGCGCCGGGCAA
GAAGGTCGCGGGTTCGCTGTCGTCGCTGATGAGGTACGCAAGCTGGCTGATCAGACAGGC
TCTGCTGCTGAAAGGATCGACAGTTTGATCGGCGAGGTTCAGAATCGCGTCCTTCACATG
GTTAGACGAACGGAGGAAGGCGTGGATTCTGCTACAGCGGGAAGTGATTTGACACAATCT
GTTGAGCAGCGTTTTACGGAGATGTATGAGGCCATTAACCGCATTGACGCGCACCTCGCG
CAAGTAGCCCGCGTCAGCGAACGGTTAATGCAATCAAATACGGCGATGCTTGTAGCCTTT
GGTGAATCGAGCGCCATGAGCCAAGCCACTGCACAAGAGGTCGACCAAGTCGCAGCAGCC
AGTGAAGAACAGAATGCTTCGATGGAGGAAGTGGCAGCATCGGCAGTGCATCTTGCCAAC
ATTGCGGAAGAGTTGCAGTTATTGGTGCAGCGTTTTAAATTGGAGCGTACACAGTAG


>BBR47_02990 probable methyl-accepting chemotaxis protein
MIKKMITGYKASLSKQILFLLVLLIVVPSVVLSLTLTQLARNQLEHELLSQVESVTTMIT
QVLNNSYEDYSATIDSFADVQVPPGQSADTYIYDRIRNIEKDIDNVLAAFMYYDNRYYNS
AKKEIDPTTREWYKEAMQHKGQVVVTPPYIDAISGGYVITFAKTLSDGKGVAGIDVSIDH
LNELVKTYKIGEKGYVSLFDQNNVTMSHPRFPQGKPLEDIRFQVMRDGAEGSFEVDDDEL
REYYHFNKQNSLGLNVVSVIDWNEINQKTGPLLRTSFLFIVLLLALIALFVWIFMKRTVR
PILQLKQLTDLIAQGDLTVRSIESGRTDEIGQLQSNFNTMSQSLSDVLRQITDHSEQISA
SSHHLSANSEENVQTIEQVATSMQEIASMSSDMNQSIDTVKQSATQAQQELDDAIRILRE
STEMSQLITGLANTGEESLGAARQQVNMIVEHSARSKQEMEELKQVAEEISGVTNFIQDI
ASQTNLLALNAAIEAARAGQEGRGFAVVADEVRKLADQTGSAAERIDSLIGEVQNRVLHM
VRRTEEGVDSATAGSDLTQSVEQRFTEMYEAINRIDAHLAQVARVSERLMQSNTAMLVAF
GESSAMSQATAQEVDQVAAASEEQNASMEEVAASAVHLANIAEELQLLVQRFKLERTQ

NBRC No.	clone name	start	stop	length(bp)
G10-001-009	BB1FE1L10029E04	265,703	304,114	38,412
G10-001-010	BB1FE1L10033D08	292,603	334,912	42,310

We have been distributing copies of the microbial genomic DNA clones constructed during the course of each of the genomic DNA sequencing projects.
You can find more detailed information at http://www.nbrc.nite.go.jp/e/mdna-e.html.