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- W2125585890 endingPage "836" @default.
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- W2125585890 abstract "Light of different wavelengths can serve as a transient, noninvasive means of regulating gene expression for biotechnological purposes. Implementation of advanced gene regulatory circuits will require orthogonal transcriptional systems that can be simultaneously controlled and that can produce several different control states. Fully genetically encoded light sensors take advantage of the favorable characteristics of light, do not need the supplementation of any chemical inducers or co-factors, and have been demonstrated to control gene expression in Escherichia coli. Herein, we review engineered light-sensor systems with potential for in vivo regulation of gene expression in bacteria, and highlight different means of extending the range of available light input and transcriptional output signals. Furthermore, we discuss advances in multiplexing different light sensors for achieving multichromatic control of gene expression and indicate developments that could facilitate the construction of efficient systems for light-regulated, multistate control of gene expression." @default.
- W2125585890 created "2016-06-24" @default.
- W2125585890 creator A5027052177 @default.
- W2125585890 creator A5040063355 @default.
- W2125585890 creator A5058136748 @default.
- W2125585890 date "2011-06-07" @default.
- W2125585890 modified "2023-10-16" @default.
- W2125585890 title "Genetically engineered light sensors for control of bacterial gene expression" @default.
- W2125585890 cites W1551393329 @default.
- W2125585890 cites W1648226743 @default.
- W2125585890 cites W1963608578 @default.
- W2125585890 cites W1966228684 @default.
- W2125585890 cites W1972918885 @default.
- W2125585890 cites W1978368727 @default.
- W2125585890 cites W1979159575 @default.
- W2125585890 cites W1987820339 @default.
- W2125585890 cites W1988840491 @default.
- W2125585890 cites W1990502985 @default.
- W2125585890 cites W1993724093 @default.
- W2125585890 cites W1993744080 @default.
- W2125585890 cites W1995668527 @default.
- W2125585890 cites W1996922732 @default.
- W2125585890 cites W1998085200 @default.
- W2125585890 cites W1999850786 @default.
- W2125585890 cites W2000951555 @default.
- W2125585890 cites W2002115761 @default.
- W2125585890 cites W2003885556 @default.
- W2125585890 cites W2005020716 @default.
- W2125585890 cites W2005316929 @default.
- W2125585890 cites W2005378849 @default.
- W2125585890 cites W2009123297 @default.
- W2125585890 cites W2010625545 @default.
- W2125585890 cites W2011398679 @default.
- W2125585890 cites W2012716329 @default.
- W2125585890 cites W2013726100 @default.
- W2125585890 cites W2019102477 @default.
- W2125585890 cites W2019174587 @default.
- W2125585890 cites W2020652110 @default.
- W2125585890 cites W2025658351 @default.
- W2125585890 cites W2027387232 @default.
- W2125585890 cites W2032281578 @default.
- W2125585890 cites W2032387485 @default.
- W2125585890 cites W2032619610 @default.
- W2125585890 cites W2041710886 @default.
- W2125585890 cites W2044085601 @default.
- W2125585890 cites W2050140768 @default.
- W2125585890 cites W2052107807 @default.
- W2125585890 cites W2054835595 @default.
- W2125585890 cites W2055304344 @default.
- W2125585890 cites W2059675401 @default.
- W2125585890 cites W2061793448 @default.
- W2125585890 cites W2064560726 @default.
- W2125585890 cites W2070559164 @default.
- W2125585890 cites W2070949110 @default.
- W2125585890 cites W2071903046 @default.
- W2125585890 cites W2081346422 @default.
- W2125585890 cites W2083566942 @default.
- W2125585890 cites W2088099835 @default.
- W2125585890 cites W2088145350 @default.
- W2125585890 cites W2092006899 @default.
- W2125585890 cites W2092533253 @default.
- W2125585890 cites W2093884347 @default.
- W2125585890 cites W2099090468 @default.
- W2125585890 cites W2099199220 @default.
- W2125585890 cites W2100211560 @default.
- W2125585890 cites W2100433487 @default.
- W2125585890 cites W2107195891 @default.
- W2125585890 cites W2109853384 @default.
- W2125585890 cites W2112095150 @default.
- W2125585890 cites W2112200867 @default.
- W2125585890 cites W2113983551 @default.
- W2125585890 cites W2114047137 @default.
- W2125585890 cites W2116815788 @default.
- W2125585890 cites W2122023734 @default.
- W2125585890 cites W2124990349 @default.
- W2125585890 cites W2129631787 @default.
- W2125585890 cites W2130265979 @default.
- W2125585890 cites W2132851824 @default.
- W2125585890 cites W2134157331 @default.
- W2125585890 cites W2136585509 @default.
- W2125585890 cites W2138059406 @default.
- W2125585890 cites W2138090306 @default.
- W2125585890 cites W2139092386 @default.
- W2125585890 cites W2143721066 @default.
- W2125585890 cites W2147051160 @default.
- W2125585890 cites W2160430130 @default.
- W2125585890 cites W2165894602 @default.
- W2125585890 cites W2171535756 @default.
- W2125585890 cites W4210574564 @default.
- W2125585890 cites W4233745357 @default.
- W2125585890 cites W4243915229 @default.
- W2125585890 doi "https://doi.org/10.1002/biot.201100091" @default.
- W2125585890 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21648094" @default.
- W2125585890 hasPublicationYear "2011" @default.
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