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Bio-Techne 和 Tocris Bioscience 为您呈现的网络研讨会和视频精选，极具信息价值。我们的网络研讨会汇聚各领域权威人士，针对各种主题和研究领域提供引人入胜、深入浅出的交流讲解。
Our short animation explains the dTAG system, which uses small molecule Degraders targeting a fusion protein comprising mutant FKBP12 and a target protein of interest, and harnesses the ubiquitin/proteasome system to selectively remove the fusion protein from cells. dTAG provides a useful alternative to genetic methods of target validation.Watch Now!
This webinar provides an introduction to the field of Targeted Protein Degradation, discussing design and optimization of Degrader molecules and how structural biology and rational design can shed light on the Degrader development process. The second section of the webinar presents the dTAG platform for target validation.Watch Now!
Our short animation explains the fundamentals of Targeted Protein Degradation (TPD) using small molecule Degraders. Degraders are heterobifunctional compounds that harness the ubiquitin/proteasome system to selectively remove proteins from cells.Watch Now!
Filmed in our state of the art chemistry facility in the UK, this short video provides a brief overview of the products and services available from Tocris for life science research, including small molecule and peptide agonists, antagonists and inhibitors for use in vivo and in vitro, as well as agents for fluorescent imaging.Watch Now!
Listen to a discussion by our panel of experts, Jean Stanton (J&J), John Tomtishen (Novartis), Dr. Sadik Kassim (Mustang Bio), and Dr. Diane Wotta (Bio-Techne), around what GMP really means in the context of raw materials and ancillary reagents; the quality of raw materials required along the commercialization pathway; when to start using GMP materials; and the current regulatory landscape.Watch Now!
Mechanical stress is important in the physiological functioning of many organs, and autophagy is known to be one of the major cell stress responses. In this webinar Dr Patrice Codogno discusses current perspectives and novel insights about the molecular events that regulate mammalian autophagosome biogenesis, and the role of autophagy in response to mechanical stress.Watch Now!
RAS proteins function as binary on-off switches that regulate diverse cytoplasmic signaling networks. In cancer and developmental disorders (RASopathies), mutationally activated RAS proteins drive aberrant signal transduction. This webinar discusses the vulnerabilities of RAS that have been exploited for the development of pharmacologic inhibitors of RAS function.Watch Now!