
Yi Zhong Lab
@yizhonglab
THU | We study the biological mechanisms of active forgetting.
ID: 1164395137310572544
22-08-2019 04:33:43
31 Tweet
168 Followers
63 Following




Our latest paper is now available eLife - the journal: Although flies can't discriminate shock-paired odor and unpaired odor 1day after training, they choose to avoid both of them, which is derived from a merged long-term memory. from @BH_Zhao and co-authors in the lab elifesciences.org/articles/66499

(1/10) I’m pleased to share our new paper by two talented postdocs: Xinyu Zhao & Ching-Lung Hsu Ching-Lung Hsu Read on if you’re interested in how hippocampus helps animals perform memory-guided behavior through both fast & slow learning. cell.com/neuron/fulltex…

New review paper on forgetting with Tomás Ryan TL;DR: forgetting = an adaptive (and potentially reversible) form of neuroplasticity that alters engram accessibility Thread below 1/n rdcu.be/cEUH6




Forgetting goes mainstream! Nice piece in Time magazine. Featuring Paul Frankland and others! time.com/6171190/new-sc…


Our new Aging Cell paper shows age-related loss of learning-activated neuronal MAPK signals causes memory vulnerability to interfering stimuli, thereby leading to age-related memory impairment. Congrats to Qian Li, Han Mo, Linghan Wang and colleagues! onlinelibrary.wiley.com/doi/10.1111/ac…


Our new paper on how predictive codes emerge over the course of learning in the hippocampus. This work was led by @thisisampm in the lab (with key contributions from Mitch de Snoo AdamR and Neurochatter authors.elsevier.com/a/1gs6b3BtfH5L…


Excited to share our work published on Nature Machine Intelligence Springer Nature! In this work, we used Bayesian methods to model a biological learning system for effective and generalized continual learning in artificial intelligence. Congrats to Liyuan Wang and all the co-authors!


