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Control of Cellular Metabolism | Life Science Research | Merck
Cellular metabolism requires an exchange of not only vital nutrients but of gases such as oxygen and carbon dioxide. -
DNA Structure, Damage and Repair | Life Science Research | Merck
Studying the mechanisms by which cells control changes in DNA structure and respond to DNA damage will help to elucidate the factors that cause aging, cellular degeneration, cancer, and death. Merck has the antibody solutions you need for your research. -
Metabolic Control | Life Science Research | Merck
Cellular metabolism is the process by which cells convert biochemical energy into ATP, using multiple pathways, including glycolysis, fatty acid oxidation, the Krebs cycle, and oxidative phosphorylation. -
Limitations of Static Imaging | Life Science Research | Merck
Dynamic live cell analysis gives information not possible with static analysis. However, it will not replace static analysis, which will remain very useful (examples above with immunostaining). -
Cleavage Enzymes | Life Science Research | Merck
Cleavage enzymes were found to cut DNA at specific sites, creating unique, gene-size fragments that could be fused together in the laboratory. Learn more about our best selling products designed for highly specific cleavage of fusion proteins followed by removal of enterokinase, factor Xa, HRV 3C protease and thrombin. -
CellASIC® ONIX Live Cell Analysis | Life Science Research | Merck
CellASIC ONIX2 Microfluidic Platform delivers precise control for live cell analysis experiments by facilitating long-term perfusion cell culture. -
Press Release: Merck Lab Earns ISO Accreditation for Quality Control of Culture Media
Merck today announced that its microbiology quality control laboratory in Eppelheim, Germany is now accredited for the quality control of the ReadyPlate™ and ReadyTube™ culture media tested there. -
CellASIC® ONIX Microfluidic Platform | Life Science Research | Merck
CellASIC ONIX2 Microfluidic platform provides an easy-to-use, intuitive solution to live cell imaging. Its components include: Control System, Manifold, and Microincubator. -
Introduction to Microfluidics | Life Science Research | Merck
An introduction to microfluidics and how the application has been applied to controlling cell culture microenvironments.