Explore the rapidly evolving field of lipidomics as we discuss single-cell untargeted analysis using liquid chromatography and data-dependent acquisition. This post explores the research of researchers from the University of Surrey, UK.
For decades, researchers are trying to find new therapeutic options to treat cancer patients in a more targeted way than the common treatment options like chemotherapy, radiation therapy, and surgery. A very novel and innovative treatment option in the field of immunotherapy is now expanding: the CAR T-cells therapy which offers a new therapeutic approach to treating cancer patients.
CAR T-cells: A New Era in Cancer Therapy? Read More »
Aussie Suzuki at University of Wisconsin-Madison, USA, and his group are studying about the functions of kinetochores utilizing unique imaging techniques.
Load-bearing mechanism for chromosome segregation Read More »
Learn in this post the definition of spatial omics and its significance for human disease and developmental biology.
Spatial Omics: Understanding Cell Biology Read More »
Ever wondered what worms and a fine sense of smelling have to do with cancer diagnostic? If so, read this article about a new business partnership bringing a revolutionary new diagnostic technology called N-NOSE® to market.
About worms with a fine sense for smelling. Read More »
InSphero and their pharma and biotech partners were eager to exploit the full potential of 3D models through interrogation of specific cell population interactions and extraction of spatial and temporal information. High Content Analysis (HCA), specifically high content imaging, was recognized as a key technology to accomplish these technically challenging goals.
The Future of High Content Analysis is 3D Read More »
Yokogawa’s new HCA system, the CV8000, has a number of new features, including shorter testing cycles of new compounds and more efficient medical device research. Below, I present the three most important innovations.
Active agents against cancer Read More »
