A team of Montréal researchers at the IRCM led by Dr. Nabil G. Seidah, in collaboration with Dr. William C. Wetsel’s team at Duke University in the United States, discovered that the protein PC7 plays a critical role in the brain by affecting certain types of cognitive performance such as anxiety, learning and emotional memory. Their results, recently published in the scientific journals Proceedings of the National Academy of Sciences (PNAS) and Nature, could have a significant impact on regulating behaviour related to anxiety disorders and trauma. Continue reading
Tag: learning
Finding the way to memory
Guidance proteins regulate brain plasticity
Our ability to learn and form new memories is fully dependent on the brain’s ability to be plastic – that is to change and adapt according to new experiences and environments. Continue reading
Western neuroscience study reveals new link between basic math skills and PSAT math success
New research from Western University provides brain imaging evidence that students well-versed in very basic single digit arithmetic (5+2=7 or 7-3=4) are better equipped to score higher on the Preliminary Scholastic Aptitude Test (PSAT), an examination sat by millions of students in the United States each year in preparation for college admission tests. Continue reading
Kurt Haas discovers master regulator of brain plasticity
Synaptic plasticity, or the ability of neurons to form, strengthen, or weaken connections with each other, has long been studied as the basis for learning and memory. While the cellular processes and biological mechanisms involved are complex, much progress has been made at the Brain Research Centre and other research institutes around the world towards understanding this dynamic brain process.
Maternal depression affects language development in babies
Published today in the Proceedings of the National Academy of Sciences, the study finds that treatment of maternal depression with serotonin reuptake inhibitors(SRIs) can accelerate babies’ ability to attune to the sounds and sights of their native language, while untreated maternal depression can prolong the period of tuning. Continue reading
A Memorable Protein
Researchers demonstrate the key role played by a protein in learning and memory
Learning and remembering are based on molecular mechanisms that are still poorly understood. According to some experts, information is stored in the brain and reactivated as required by strengthening synapses that link neurons together. The strength of these links depends on the abundance of neurotransmitters, receptors, and of all other molecules involved in chemical transmission of information. Continue reading