RESILIENT YOUTH RESEARCH GROUP - Home
Our clinical/developmental research assesses youth strengths and positive outcomes along with mood psychopathology, bridging psychopathology, developmental psychology and positive psychology paradigms. Through our various research projects and initiatives, we aim to make a significant contribution to promoting positive mental health for all youth.
Lab Members - RESILIENT YOUTH RESEARCH GROUP
Ryan is interested in using community-based research methods to examine the application of positive clinical psychology within school contexts. Specifically, he would like to develop and evaluate school-based mental health promotion programs.
Research - RESILIENT YOUTH RESEARCH GROUP
Strengths to Grow Positive Parenting Programs: The Strengths to Grow research study aims to develop and evaluate a brief online program that parents can use to identify and promote their child (ren)’s unique strengths. We hope to show that these programs are an accessible and engaging way to promote family well-being.
Resilient Youth Reseach Group - YouTube
The RYRG at the University of Guelph conducts clinical/developmental research to assess youth strengths and positive outcomes along with mood psychopathology, bridging psychopathology ...
连发4篇顶刊——颜宁团队系统介绍钙离子通道蛋白调控机制
2019年12月17日 · 2型ryanodine受体（RyR2）是在心肌细胞的肌质网（SR）膜中表达的钙（Ca2 +）通道，负责在兴奋-收缩偶联（ECC）过程中将Ca2 +从肌质网（SR）释放到细胞质中。 从生理学上讲，该通道的开放是响应于Ca2 +进入由L型电压门控Ca2 +通道（Cav1.2）介导的细胞而发生的，该过程通常称为钙诱导的钙释放（CICR）。 RyR2介导的Ca2 +释放是许多生物学过程的基础，从肌肉收缩到学习和记忆。 RyR2功能异常与多种严重疾病的病理学有关：RyR2的150多个 …
ryrg.com
ryrg.com
Antioxidant activities and anticancer effects of red yeast rice …
2011年4月30日 · RYRG is a product of red yeast rice (Monascus pilosus) grown in medium containing garlic for 0, 2, 4, 6, and 8 weeks. The total phenolic and total flavonoid contents of RYRG extracts were increasing with the length of culture periods. The DPPH free radical scavenging activity of RYRG extracts also increased with culture time.
北大基础医学院尹长城课题组在钙信号转导关键蛋白RyR结构研究 …
2016年9月8日 · 该工作揭示了钙离子激活的RyR1长程变构的结构机制，发现了RyR1通道的门控机制和RyR1通道的离子选择性机制。 这些工作不仅对于理解肌肉兴奋-收缩偶联的分子机制具有重要意义，而且对于理解RyR相关的疾病的认识也具有重要意义，为治疗相关疾病提供了重要的结构线索。 在肌肉细胞中，当细胞外或者肌质网中的钙离子释放到细胞质时，会引发肌肉的收缩反应。...
CONTACT US - RESILIENT YOUTH RESEARCH GROUP
Resilient Youth Research Group, Blackwood Hall. Department of Psychology, University of Guelph.
宋晨研究组发展新钙离子模型揭示钙离子通道RyR1的离子通透新机 …
2020年2月17日 · 该研究发展了一个新的适用于经典力场分子动力学模拟的多点钙离子模型，与已有钙离子模型相比大幅提高了钙离子与蛋白相互作用计算的准确度。 借助该模型及分子动力学模拟，该研究首次在模拟中观察到了Ryanodine受体的钙离子转运过程，发现了该通道的一系列独特的微观转运特征，提出了Ryanodine受体中钙离子的remote knock-on转运机制。...