The paper by @KMitchnick and Boyer Winters demonstrating the functional PCAF-ERα interaction as a male-specific mechanism to enhance short-term memory has been published in J. Neurosci. @SfNJournals https://t.co/vOfFQetURw
It was a pleasure and honor to give our contribution!
Join us! Help us develop a harmonized battery of identical cognitive tests that can be used in mouse models and patients, facilitating translational efforts in human clinical research!
New pub! Muscarinic receptor activation promotes destabilization and updating of object location memories in mice - Congrats, @AEthanHuff!! https://t.co/AZi4yGTXDf
Now officially published in @Transl_Psych
https://t.co/Bjot3RtteI
thanks again to the twitterless Sandra Sanchez-Roige and all the coauthors who suffered through a long and sometimes frustrating review process.... you can't win them all.
@DrJKhokhar@JaredWYoung@BiedererLab
Great start to #LEARNMEM2023 today with posters by Olivia O’Neill and Heather Collett. Don’t miss Kristen Jardine’s lightning talk on object memory updating in aged mice tomorrow morning (2.3.5.12).
New pub! Double dissociation of perirhinal nicotinic acetylcholine receptors and dopamine D2 receptors in modulation of object memory consolidation by nicotine, cocaine and their conditioned stimuli - ScienceDirect. @Mike_W1989 @CassidyWideman https://t.co/YcGG8RFoWe
Big day for us tomorrow (Sunday) at #SfN. Sessions 155 (am; 3 posters) and 197 (pm; 1 poster). ACh and memory destabilization/updating, aging/AD models. @AEthanHuff@kristenhjardine@MinardEmily, and Karim Abou El Naga.
Just stumbled upon this cool review outlining some of the neuro differences between mice and rats, it would be great to see more comparative studies!
https://t.co/glwOVUfJAe
Dissociating the involvement of muscarinic and nicotinic cholinergic receptors in object memory destabilization and reconsolidation. @CassidyWideman @AEthanHuff @Gavin_A_Scott https://t.co/6OMMMvK4yw
In collab with Twitterless Daniela Schiller, we will embark on a newly NIH-funded MRI study to behaviorally (reconsolidation) and pharmacologically (methylphenidate) enhance forgetting of drug memories in people with addiction. Looking for post-doc training? e-mail RZ Goldstein
A rodent obstacle course procedure controls delivery of enrichment and enhances complex cognitive functions | npj Science of Learning https://t.co/ANGWuY6bQV