Difference between revisions of "CellularMemory:Main Page"

From GcatWiki
Jump to: navigation, search
(<center>Synthetic Cellular Memory</center>)
(<center>Synthetic Cellular Memory</center>)
Line 6: Line 6:
  
 
Explanation of how things will be explained.  
 
Explanation of how things will be explained.  
  #How to biologically construct memory?
+
 
  #Mathematical Models of these constructs
+
#How to biologically construct memory?
  #Examples of 3 different types of memory in 3 different types of organisms.  
+
#Mathematical Models of these constructs
              In 2000, a genetic toggle switch was created in ''E. coli.''
+
#Examples of 3 different types of memory in 3 different types of organisms.  
              In 2005, a hysteretic switch was created in mammalian cells.
+
--In 2000, a genetic toggle switch was created in ''E. coli.''
              In 2007, a permanant cellular memory unit (meaning that it remembered being in a given state even when it no longer existed in that state) was created in yeast.  
+
--In 2005, a hysteretic switch was created in mammalian cells.
 +
--In 2007, a permanant cellular memory unit (meaning that it remembered being in a given state even when it no longer existed in that state) was created in yeast.  
 +
#Conclusions and Future Directions of the Field
 +
 
 
<hr>
 
<hr>
 
<center>
 
<center>
 
<Previous Section | [[CellularMemory:Biological Models | Next Section>]]
 
<Previous Section | [[CellularMemory:Biological Models | Next Section>]]
 
</center>
 
</center>

Revision as of 22:58, 14 November 2007

WDTop.png

Synthetic Cellular Memory

Brief Introduction paragraph

Explanation of how things will be explained.

  1. How to biologically construct memory?
  2. Mathematical Models of these constructs
  3. Examples of 3 different types of memory in 3 different types of organisms.

--In 2000, a genetic toggle switch was created in E. coli. --In 2005, a hysteretic switch was created in mammalian cells. --In 2007, a permanant cellular memory unit (meaning that it remembered being in a given state even when it no longer existed in that state) was created in yeast.

  1. Conclusions and Future Directions of the Field

<Previous Section | Next Section>