Language
We detect your regional language is French. Do you want to change site's language to French? You may choose other languages.International
English
中文
русск
français
español
العربية
User Center
My Training Class
Feedback
Nature Communications | Vol.10, Issue.1 | | Pages
Optogenetic control of Bacillus subtilis gene expression
Bacillus subtilis has complex spatial and temporal gene expression patterns but currently lacks optogenetic tools to explore these processes. Here the authors import and debug a cyanobacterial green light sensor pathway and show that it enables precise optical control of gene expression.
Original Text (This is the original text for your reference.)
Optogenetic control of Bacillus subtilis gene expression
Bacillus subtilis has complex spatial and temporal gene expression patterns but currently lacks optogenetic tools to explore these processes. Here the authors import and debug a cyanobacterial green light sensor pathway and show that it enables precise optical control of gene expression.
+More
spatial and temporal gene expression patterns precise optical control of gene expression cyanobacterial green light sensor pathway
APA
MLA
Chicago
Sebastian M. Castillo-Hair,Elliot A. Baerman,Masaya Fujita,Oleg A. Igoshin,Jeffrey J. Tabor,.Optogenetic control of Bacillus subtilis gene expression. 10 (1),.
Translate engine
Article's language
Action
Report
Share
Recommended articles
Report
Select your report category*
Reason*
Your level privilege is in sufficient. You can go to the “User Center” to view your level information and perform points tasks to upgrade your level.
New sign-in location：
Last sign-in location：
Last sign-in date：
About to jump to an external site.
Security unknown, whether to continue