Kevin Murphy: Difference between revisions
From OpenWetWare
Jump to navigationJump to search
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
Hello. My name is Kevin F. Murphy. I am a | Hello. My name is Kevin F. Murphy. I am a 5th year graduate student here in the Collins lab. I am part of the interdisciplinary MCBB program at Boston University. [http://www.bu.edu/mcbb/home/index.html] | ||
My research interests fall within the field of synthetic biology. More specifically, I am investigating how endogenous and exogenous components of synthetic gene constructs affect the dynamics of gene expression. I'm intersted in how certain components, such as transcription scaffold binding sites, repressor protein operators, and even coding sequence can influence expression properties such as noise, steepness of response, leakage, maximum expression levels, and expression timing. | My research interests fall within the field of synthetic biology. More specifically, I am investigating how endogenous and exogenous components of synthetic gene constructs affect the dynamics of gene expression. I'm intersted in how certain components, such as transcription scaffold binding sites, repressor protein operators, and even coding sequence can influence expression properties such as noise, steepness of response, leakage, maximum expression levels, and expression timing. | ||
Revision as of 12:42, 20 December 2006
Hello. My name is Kevin F. Murphy. I am a 5th year graduate student here in the Collins lab. I am part of the interdisciplinary MCBB program at Boston University. [1] My research interests fall within the field of synthetic biology. More specifically, I am investigating how endogenous and exogenous components of synthetic gene constructs affect the dynamics of gene expression. I'm intersted in how certain components, such as transcription scaffold binding sites, repressor protein operators, and even coding sequence can influence expression properties such as noise, steepness of response, leakage, maximum expression levels, and expression timing.
