冒险和发现的爱，由科学家和登山者共享
Louis Reichardt has experienced both success and tragedy in his efforts to climb the world's highest summits. Here he recalls his spectacular ascents of the two highest mountains in the world. In 1978, he reached the summit of K2 making him the first American ever to do so. Five years later, he joined a team that reached the peak of Mount Everest via the challenging east face, a feat that has never been repeated. Reichardt discusses the impact of mountaineering on his scientific career and the love of adventure and discovery that is shared by scientists and climbers.
我如何成为一名科学家
The early influences of her mother and uncle set Lydia Villa-Komaroff on the path to becoming a scientist. Along the way, numerous other mentors influenced her decision to obtain her PhD in biology and also taught her important life lessons.
生命科学在智利的新发展
在美国度过25年后,巴伦苏埃拉重新回到智利，他创办生命科学相关的基金会，去表明科学对经济和社会发展的重要性，他相信，投资在科学研究将改善智利目前的经济，并有助于推动它在新的方向前进。
判断基因变异的致病性 - 陈巍学基因（34）
为规范对基因变异的致病性的证据来源、证据强度判定、和判断规则，美国遗传学与基因组学学会，会同病理学会，共同发表了题为《Standards and guidelines for the interpretationof sequence variants》文章。
本视频详细解读了这篇文章。
视频时长21分钟，建议在Wifi条件下观看。
一个关于定量生物学的设想
Rob Phillips is Professor of Applied Physics and Bioengineering at The California Institute of Technology. His research focuses on understanding the physical basis of biological phenomena. Phillips is a co-author of the recently published textbook " Physical Biology of the Cell". Prior to the privilege of a life in science, he spent seven years of travel, self-study and work as an electrician.
高中辍学男孩，如何成为生物教授
When Ramirez was a child, his family moved from northern California to rural Mexico. He did not attend high school. After 4 years of working on the family ranch, Ramirez returned to the USA to resume his education. With perseverance and encouraging mentors, he obtained his GED, his Bachelor's degree, and ultimately a PhD degree. Ramirez demonstrates that you can become a successful scientist even if the path is neither easy nor direct.
About the speaker: Robert Ramirez recently became Associate Dean of Science and Engineering at San Francisco State University where he enjoys interacting with a diverse group of colleagues and students. He is also Professor of Cellular and Molecular Biology and his lab studies novel responses to osmotic stress in yeast.
将RNAscope®技术应用于病毒学的研究
Advanced Cell Diagnostics邀请了美国加利福尼亚大学（Davis）微生物、免疫及病理学系教授Patricia Pesavento，为大家介绍应用RNAscope®技术在研究新发现的病毒及致病病因、病理方面的研究。引起疾病的病毒可以跨越种族感染，通过测序发现新型病毒，利用RNAscope®进行病毒病理学分析，以准确判断疾病及复杂的宿主病毒相互影响。在这一讲座中，Pesavento教授以乳头瘤病毒等举例，对病毒的潜伏、致瘤和急性裂解细胞分析，分享了病毒学的研究进展。
RNAscope®技术可以针对任一病毒（或亚型）序列设计特异性探针，通过原位定量检测获得病毒感染、潜伏及与宿主反应的研究信息。详细信息请访问ACD官网www.acdbio.com。更多中文资料请关注中国官方微信号（ACD_China）咨询。
现代遗传学与农业的可持续性发展
Pamela Ronald (UC Davis) Part 1: Sustainable agriculture
In Part 1 of her lecture, Ronald emphasizes the importance of developing sustainable agricultural practices that will allow the world's population to be fed without destroying the Earth. Ronald demonstrates that modern genetics approaches have facilitated development of new crop varieties that can increase crop yields while reducing insecticide use. She proposes that the judicious incorporation of two important strands of agriculture—agricultural biotechnology and agroecological practices—is key to helping feed the growing population and she provides compelling examples to support her stand.
EGFR基因靶向治疗 - 陈巍学基因（35）
EGFR是目前肿瘤靶向治疗当中，最重要的靶子。本视频介绍了：
1、EGFR的结构与功能
2、EGFR在肿瘤中的变异
3、EGFR靶向治疗药物
4、肿瘤对EGFR治疗的耐药
5、EGFR基因变异临床检测方法
视频时长18分钟，建议在Wifi条件下观看：