Stochasticity in Gene Expression- Mike Waters - Revision history

Miwaters: Mike Waters Synthetic moved to Stochasticity in Gene Expression- Mike Waters

2007-11-20T16:23:58Z

Mike Waters Synthetic moved to Stochasticity in Gene Expression- Mike Waters

2007-11-14T18:15:49Z

2007-11-13T17:40:24Z

2007-10-11T15:07:49Z

2007-10-11T15:07:18Z

2007-10-11T15:07:04Z

2007-10-10T20:38:01Z

2007-10-10T20:35:58Z

2007-10-10T20:30:55Z

‎Wiki Topic

2007-10-10T20:30:31Z

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 [[term paper wiki]]
 =[[Wiki Topic]]=
 My project will focus on the characterization and utilization of stochasticity in gene expression.
 Stochasticity in gene expression influences the construction of parts, to devices, to systems in synthetic biology. While it stands as a goal, for synthetic biologists, to create libraries of standarized parts and devices, inherent stochasticity will always be a factor that needs to be accounted for. Unlike electrical circuits, building synthetic constructs means struggling to characterize and utilize the stochastic nature of the genome, transcriptome and proteome.

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 <br>
+[[term paper wiki]]
 =[[Wiki Topic]]=
 My project will focus on the characterization and utilization of stochasticity in gene expression.
 Stochasticity in gene expression influences the construction of parts, to devices, to systems in synthetic biology. While it stands as a goal, for synthetic biologists, to create libraries of standarized parts and devices, inherent stochasticity will always be a factor that needs to be accounted for. Unlike electrical circuits, building synthetic constructs means struggling to characterize and utilize the stochastic nature of the genome, transcriptome and proteome.

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-[==Wiki Topic==]
+=[[Wiki Topic]]=
 My project will focus on the characterization and utilization of stochasticity in gene expression.
 Stochasticity in gene expression influences the construction of parts, to devices, to systems in synthetic biology. While it stands as a goal, for synthetic biologists, to create libraries of standarized parts and devices, inherent stochasticity will always be a factor that needs to be accounted for. Unlike electrical circuits, building synthetic constructs means struggling to characterize and utilize the stochastic nature of the genome, transcriptome and proteome.

@@ Line 6: / Line 6: @@
-=[Wiki Topic]=
+[==Wiki Topic==]
 My project will focus on the characterization and utilization of stochasticity in gene expression.
 Stochasticity in gene expression influences the construction of parts, to devices, to systems in synthetic biology. While it stands as a goal, for synthetic biologists, to create libraries of standarized parts and devices, inherent stochasticity will always be a factor that needs to be accounted for. Unlike electrical circuits, building synthetic constructs means struggling to characterize and utilize the stochastic nature of the genome, transcriptome and proteome.

@@ Line 6: / Line 6: @@
-=Wiki Topic=
+=[Wiki Topic]=
 My project will focus on the characterization and utilization of stochasticity in gene expression.
 Stochasticity in gene expression influences the construction of parts, to devices, to systems in synthetic biology. While it stands as a goal, for synthetic biologists, to create libraries of standarized parts and devices, inherent stochasticity will always be a factor that needs to be accounted for. Unlike electrical circuits, building synthetic constructs means struggling to characterize and utilize the stochastic nature of the genome, transcriptome and proteome.

← Older revision	Revision as of 16:23, 20 November 2007
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 =Wiki Topic=
 My project will focus on the characterization and utilization of stochasticity in gene expression.
-Stochasticity in gene expression influences the construction of parts to devices to systems in synthetic biology. While it stands as a goal, for synthetic biologists, to create libraries of standarized parts and devices, inherent stochasticity is a factor that will always need to be incorporated into the synthetic process.
+Stochasticity in gene expression influences the construction of parts, to devices, to systems in synthetic biology. While it stands as a goal, for synthetic biologists, to create libraries of standarized parts and devices, inherent stochasticity will always be a factor that needs to be incorporated into the synthetic process. Unlike electrical circuits, building synthetic constructs means struggling to characterize and utilize the stochastic nature of the genome, transcriptome and proteome.