Elizabeth Polidan Week6: Difference between revisions
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[[BIOL398-03/S13:Week_6|Week 6 Assignment]] | |||
#For my project I have chosen to explore the intriguing last sentence of the ter Schure paper: ''"If the ammonia concentration is the regulator, this may imply that S. cerevisiae has an ammonia sensor which could be a two-component sensing system for nitrogen, as has been found in gram-negative bacteria (4)."'' | #For my project I have chosen to explore the intriguing last sentence of the ter Schure paper: ''"If the ammonia concentration is the regulator, this may imply that S. cerevisiae has an ammonia sensor which could be a two-component sensing system for nitrogen, as has been found in gram-negative bacteria (4)."'' | ||
#I have found a paper that discusses how yeast sense extracellular nutrients | #I have found a paper that discusses how yeast sense extracellular nutrients | ||
Latest revision as of 22:05, 25 April 2013
Elizabeth Polidan
BIOL 398.03 / MATH 388
- Loyola Marymount University
- Los Angeles, CA, USA
- For my project I have chosen to explore the intriguing last sentence of the ter Schure paper: "If the ammonia concentration is the regulator, this may imply that S. cerevisiae has an ammonia sensor which could be a two-component sensing system for nitrogen, as has been found in gram-negative bacteria (4)."
- I have found a paper that discusses how yeast sense extracellular nutrients
- I found two math papers that discuss the Monod growth model. One discusses the parameters, the other makes modifications to it. I am hoping the discussions will provide inspiration as I try to reason my way to the modifications necessary for my own model.
