Center For Self Help Research

The Niyogi Lab at University-CA Berkeley is dedicated to researching and understanding photosynthetic energy conversion, with a focus on combating climate change. Their interdisciplinary approach and use of experimental organisms allow them to investigate the regulation of photosynthesis, study the operation of the oceanic biological carbon pump, and apply this knowledge to increase photosynthetic efficiency and carbon sequestration by plants and algae. The lab values scientific excellence, diversity, creativity, open access, and interdisciplinary collaboration, maintaining a friendly and interactive environment. They have made significant contributions to the field, with publications on topics such as thylakoid architecture, photoprotective responses, and the induction of high photosynthetic capacity. Through their research, the Niyogi Lab aims to contribute to meeting the world's needs for food, fuel, and carbon sequestration in the fight against climate change.Generated from the website

Polypedal Lab is a unique research facility based in Berkeley, CA, specializing in the study of biomechanics and movement patterns in various animal species. Utilizing state-of-the-art technology and innovative methodologies, the lab conducts experiments and analyses to further understand locomotion and behavior in the animal kingdom. Generated from their business information

The laboratory at University-CA Berkeley in Albany, CA is dedicated to advancing the understanding of cytotoxic cells, particularly natural killer (NK) and cytotoxic T cells, in their role of identifying and eliminating cancerous and infected cells. Through innovative research, the team explores mechanisms of activation and inhibition of these cells to enhance existing immunotherapies and develop new treatment combinations for resistant cancers. In collaboration with various research centers and an accomplished team of scientists, the lab has made significant strides in immunotherapy, notably through studies on STING agonists and superkines. Their efforts include a focus on understanding NK cell dynamics and gene expression, leading to promising findings that may reshape immunotherapeutic strategies in cancer treatment. Generated from the website