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Clone Information : G10-001-029 / BB1FE1L10017A10
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Genomic map
Cell envelope and cellular processes Cell wall Transformation/competence Transport/binding proteins and lipoproteins Sensors (signal transduction) Membrane bioenergetics (electron transport chain and ATP synthase) Mobility and chemotaxis Protein secretion Cell division Sporulation Germination Intermediary metabolism Metabolism of carbohydrates and related molecules Specific pathways Main glycolytic pathways TCA cycle Metabolism of amino acids and related molecules Metabolism of nucleotides and nucleic acids Metabolism of lipids Metabolism of coenzymes and prosthetic groups Metabolism of phosphate Metabolism of sulfur Information pathways DNA replication DNA restriction/modification and repair DNA recombination DNA packaging and segregation RNA synthesis Initiation Regulation Elongation Termination RNA modification Protein synthesis Ribosomal proteins Aminoacyl-tRNA synthetases Initiation Elongation Termination Protein modification Protein folding Other functions Adaptation to atypical conditions Detoxification Antibiotic production Phage-related functions Transposon and IS Miscellaneous Similar to unknown proteins Homologous to unknown proteins Partially similar to unknown proteins No similarity
Clone information
NBRC No.
G10-001-029
clone name
BB1FE1L10017A10
organism
Brevibacillus brevis NBRC 100599
replicon
chromosome
start position
775,049
stop position
809,642
vector
pCC1FOS
cloning site
Eco72 I
resistance
Chloramphenicol
List of genes covered by this clone (35 CDSs, 0 tRNAs, 0 rRNAs)
CDS
ID
start
stop
direction
length(bp)
annotation
BBR47_07310
776,659
776,357
-
303
conserved hypothetical protein
BBR47_07320
777,275
776,832
-
444
cell wall hydrolase
BBR47_07330
778,713
777,628
-
1,086
hypothetical protein
BBR47_07340
779,040
779,834
+
795
conserved hypothetical protein
BBR47_07350
780,119
781,336
+
1,218
putative macrolide glycosyltransferase
BBR47_07360
781,503
781,937
+
435
hypothetical protein
BBR47_07370
781,957
782,052
+
96
hypothetical protein
BBR47_07380
782,067
782,567
+
501
conserved hypothetical protein
BBR47_07390
783,953
782,631
-
1,323
conserved hypothetical protein
BBR47_07400
784,100
784,279
+
180
hypothetical protein
BBR47_07410
784,276
784,587
+
312
hypothetical protein
BBR47_07420
784,732
785,394
+
663
putative membrane-bound metalloprotease
BBR47_07430
785,514
786,089
+
576
conserved hypothetical protein
BBR47_07440
786,193
787,068
+
876
conserved hypothetical protein
BBR47_07450
786,992
787,303
+
312
hypothetical protein
BBR47_07460
787,547
787,398
-
150
hypothetical protein
BBR47_07470
788,466
787,606
-
861
conserved hypothetical protein
BBR47_07480
789,866
788,568
-
1,299
conserved hypothetical membrane protein
BBR47_07490
790,500
789,889
-
612
probable transcriptional regulator
BBR47_07500
791,432
790,647
-
786
conserved hypothetical protein
BBR47_07510
791,697
792,398
+
702
two-component response regulator
BBR47_07520
792,415
793,530
+
1,116
probable two-component sensor histidine kinase
BBR47_07530
793,648
794,586
+
939
ABC transporter ATP-binding protein
BBR47_07540
794,602
795,732
+
1,131
probable ABC transporter permease protein
BBR47_07550
795,729
796,877
+
1,149
probable ABC transporter permease protein
BBR47_07560
796,926
800,129
+
3,204
two-component hybrid sensor and regulator
BBR47_07570
800,808
801,425
+
618
probable transcriptional regulator
BBR47_07580
801,438
801,971
+
534
putative acetyltransferase
BBR47_07590
803,773
802,028
-
1,746
hypothetical protein
BBR47_07600
804,327
803,770
-
558
RNA polymerase ECF-type sigma factor
BBR47_07610
805,565
804,495
-
1,071
hypothetical protein
BBR47_07620
805,597
806,352
+
756
conserved hypothetical protein
BBR47_07630
806,700
807,299
+
600
hypothetical protein
BBR47_07640
808,954
807,338
-
1,617
putative multidrug resistance protein
BBR47_07650
809,412
808,942
-
471
putative transcriptional regulator
Distribution of Our Microbial Genomic DNA clones
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 .