Difference between revisions of "Team:Calgary/Chromatin Modifying Elements"
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| − | Gene inserts are at risk of being rendered ineffective even after successful integration into the genome, as the spread of heterochromatin and DNA methylation can cause gene silencing. Furthermore, regulatory elements within both the insert and genome near the locus of integration may interact bidirectionally, leading to changes in gene expression known as neighbourhood effects. | + | Gene inserts are at risk of being rendered ineffective even after successful integration into the genome, as the spread of heterochromatin and DNA methylation can cause gene silencing. Furthermore, regulatory elements within both the insert and genome near the locus of integration may interact bidirectionally, leading to changes in gene expression known as neighbourhood effects. Chromatin modifying elements can help to generate an isolated, protected pocket within the genome, thereby assuring stable and sustained expression of integrated genes within eukaryotic systems. |
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Revision as of 09:35, 15 October 2018
CHROMATIN MODIFYING ELEMENTS
Maintenance of Integrated Genes
via minimization of gene silencing and neighbourhood effects
Gene inserts are at risk of being rendered ineffective even after successful integration into the genome, as the spread of heterochromatin and DNA methylation can cause gene silencing. Furthermore, regulatory elements within both the insert and genome near the locus of integration may interact bidirectionally, leading to changes in gene expression known as neighbourhood effects. Chromatin modifying elements can help to generate an isolated, protected pocket within the genome, thereby assuring stable and sustained expression of integrated genes within eukaryotic systems.
This can get deleted
we just need a references section
delete this and all below
Sub Concept 1
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Sub Concept 2
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Sub Concept 3
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