An interview with Mark White, Ph.D., discussing the need for single-cell analysis and techniques that allow the isolation of high-value T-cells for use in academic research and pharmaceutical development.
The Past, Present, and Future of Precision Medicine
Potential New Metabolic Biomarkers of Lung Cancer Identified with Magnetic Resonance Spectroscopy
Fatty Fish Protect Against Type II Diabetes
Metastatic Migration in Cancer may be Influenced by Metabolism
An Overview of Proteolysis
Recent Advancements in the Analysis of Exterior Drug Packaging to Predict its Contents
Understanding the arms race between bacteria and viruses
Promega introduces Wizard HMW DNA Extraction Kit ahead of AGBT 2020
New imaging tool to track cellular events that may initiate obesity-related conditions
Novel combination of techniques used to compare the effects of two pesticides
Researchers uncover how cancer cells override environmental cues to consume energy
Ancient DNA analysis provides insight into genetic history of Sardinia
NMR Techniques for Intrinsically Disordered Proteins (IDPs)
Multiplex Assay to Identify T-Cell Subsets and Measure Activation
Emerging Cell Culture Trends for 2020
Novel NMR Bioreactor Identifies Naturally-derived Drug Candidates
Albumin for Vaccine Stabilization
Stabilizing Peptides and Proteins
Mark White, Ph.D.
Researchers are in desperate need of single-cell analysis techniques and those that allow the isolation of high-value T-cells for research and development.
An interview with ZEISS, to discuss the challenges faced in neuroscience research microscopy techniques and their latest microscope.
Andrew Sewell speaks to News-Medical about his breakthrough research, in which he has discovered a new T-Cell that could treat most cancers.