Chemistry of Alzheimer’s Disease: Role of amyloid-beta, metal ions, and reactive oxygen species Peter Faller LCC, Toulouse [email protected].
Bi/CNS 150 Lecture 21 Friday November 15, 2013 Learning & Memory 1. Synaptic plasticity Henry Lester Chapters 66, 67 1.
Molecular mechanisms of memory. How does the brain achieve Hebbian plasticity? How is the co-activity of presynaptic and postsynaptic cells registered.
Bi/CNS 150 Lecture 7 Monday October 14, 2013 Structure & function of glutamate receptors
Molecular mechanisms of memory
1 Bi/CNS 150 Lecture 7 Monday October 14, 2013 Structure & function of glutamate receptors Henry Lester Chapter 10 (211-227)
Bi/CNS 150 Lecture 21 Friday November 15, 2012 Learning & Memory 1. Synaptic plasticity
Bi/CNS 150 Lecture 21 Friday November 15, 2013 Learning & Memory 1. Synaptic plasticity
Chapter 8. Synthetic Receptors for Amino Acids and Peptides Debrabata Maity and Carsten Schmuck* University of Duisburg-Essen, Faculty of Chemistry, Universitätsstrasse.
