Multiple memory mechanisms
Our results implicate a variety of hippocampal and cortical mechanisms in learning and memory, including long-term potentiation, short-term plasticity, GABA inhibition and the slow afterhyperpolarization. In the past our studies were focused on hippocampus and amygdala memory, but recently we have also studied the mechanisms responsible for remote memory storage in the cortex.
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Memory allocation: a new question for an old problem
A new project in our lab is focused on how memories are allocated in neuronetworks. There is very little known about the rules that determine why one cell becomes engaged in storing a given memory while others in the same network do not. We found that CREB levels are one of the determinants of this process. Now, we are using in vivo imaging to study this process in behaving mice.
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Beyond mechanisms: the development of treatments
Our laboratory is developing treatments for learning and memory disorders, such as those associated with learning disabilities. For example, recently we have uncovered the mechanisms responsible for the learning deficits in NF1 and TSC and used these findings to develop treatments that we are now testing in clinical trials.
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