Cell Cycle
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Cell Cycle | Life Science Research | Merck
Cell cycle, or the process of cell growth and duplication, is the regulatory point for proliferation and development of multicellular organisms. Nuclear signaling controls most checkpoints of the cell cycle, and is in turn regulated by chromatin structure. -
Cellular Senescence | Life Science Research | Merck
Cellular senescence is the point at which our cells stop dividing and growing due to damage or lack of necessary components. As cells age, they lose their ability to actively divide and start to undergo senescence. -
Cell Health Assays for Muse Cell Analyzer | Life Science Research | Merck
Confidence in your experimental results starts with knowing the upstream health status of your cells. For any researchers working with cultured or primary cells, confidence in experimental results begins with knowing cell health status. -
Antibodies for Cytoplasmic Signaling | Life Science Research | Merck
Cytoplasmic signaling proteins play crucial roles in cell cycle, targeted proteolysis, protein trafficking, cytoskeletal organization, and gene expression. -
Flow Cytometry Kits for Cell Health | Life Science Research | Merck
Parameters of cell health include apoptosis, oxidative stress, mitochondrial health, DNA integrity, and cell cycle profile. FlowCellect Kits enables an easier and accurate studies of cell cycle and cell populations. -
Small Molecules for Cell Health Applications | Inhibitors & Biochemicals - Life Science Research | Merck
Cell health small molecule inhibitors are essential in the analysis of apoptosis, cell cycle regulation and other areas of focus related to cell viability. -
Flow Cytometry Kits for Cell Signaling | Life Science Research | Merck
Our Milli-Mark Antibodies provide an accurate examination of Cell Signaling Pathways to understand the cause of various diseases. FlowCellect Kits evaluate Cell Cycle changes. -
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). -
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.