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	=Intro=		=Intro=
-	What's the basic idea?	+	The Oscillation Counter is a genetic circuit module that activates the production of a gene every other peak. The ultimate goal is to combine such modules to count to an arbitrary number. Therefore, this project is cool, and every effort should be put to bring it to reality.
		+
	=Principle=		=Principle=
-	Simplest explanation of the basic principle.	+	The first part of the module discretize the oscillation into two states -- on and off. This part can be seen as the elementary counter. The second part is the divider and should be ultimately developped into a cascade of such units.
-	=The X approach=	+
-	==Basic Idea==	+	=Design=
-	Some specific implementation.	+	==The Elementary Counter==
-	==Possible Extensions==	+
-	=Discussion=	+	==The Divider==
-	Comments	+
		+	==Challenges==
		+
		+	=Comments=
		+	Please add any comments and critics here or directly in the corpus above.

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Revision as of 09:08, 2 August 2005

Contents 1 Intro 2 Principle 3 Design 3.1 The Elementary Counter 3.2 The Divider 3.3 Challenges 4 Comments

Intro

The Oscillation Counter is a genetic circuit module that activates the production of a gene every other peak. The ultimate goal is to combine such modules to count to an arbitrary number. Therefore, this project is cool, and every effort should be put to bring it to reality.

Principle

The first part of the module discretize the oscillation into two states -- on and off. This part can be seen as the elementary counter. The second part is the divider and should be ultimately developped into a cascade of such units.

Design

The Elementary Counter

The Divider

Challenges

Comments

Please add any comments and critics here or directly in the corpus above.