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start [2019/03/01 16:58] – admin | start [2023/02/22 23:30] (current) – [Tweets] admin | ||
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* How the timing and number of cell division are controlled, | * How the timing and number of cell division are controlled, | ||
* How cells acquire unique identities, | * How cells acquire unique identities, | ||
- | * How environmental signals modulate animal behavior | + | * How environmental signals modulate animal behavior, |
+ | * How aging and stress response are regulated | ||
- | These questions form the basis of our work to understand the mechanisms of normal | + | These questions form the basis of our work to understand the mechanisms of normal and disease states. The model organisms that we use in our lab are well-known nematodes (worm) //C. elegans// and //C. briggsae//. These tiny animals (roughly 1 mm long) are particularly useful in discovering the roles of conserved genes and pathways in processes that are shared among all eukaryotes. Read more about our research [[research|here]].\\ |
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Our approach is multidisciplinary and includes techniques in genetics, genomics, molecular biology, bioinformatics, | Our approach is multidisciplinary and includes techniques in genetics, genomics, molecular biology, bioinformatics, | ||
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- | [TWITTER: | + | [TWITTER: |
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