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Why You CAN Have a Muse in Your Lab | Life Science Research | Merck
Once you understand what the Muse® can do, we think you'll use it nearly every day. This means little or no setup is needed, and analysis of results is largely automated by software modules designed for each type of assay. -
Benefits of Live cell analysis | Life Science Research | Merck
Data generated using live cell analysis can be used to quantitatively measure the length of a developing neurite, or the size of an extending process, and how that process or extension might change when impacted by an environmental cue. -
Cell Signaling Multiplex Assays Using Luminex® Technology | Life Science Research | Merck
Cell signaling multiplex assays enable accurate relative quantitation of total and phosphorylated forms of signaling proteins, revealing connections within your networks of interest. -
Scepter™ 2.0 Cell Counter | Life Science Research | Merck
Scepter Cell Counter is the first and only portable device to bring consistency in cell counting right to the culture hood in less than 30 seconds. -
Stem Cell Antibodies | Life Science Research | Merck
We are committed to providing validated stem cell antibodies for common and novel protein targets which are related to all areas of stem cell biology. -
Millicell Plates | Life Science Research | Merck
Millicell plates for cell growth are designed to support cell growth and differentiation of endothelial and epithelial cell lines, including CaCo-2. -
Protein Extraction - Yeast and Plant Cell Lysis
YeastBuster Protein Extraction Reagent is formulated for fast, reproducible and gentle extraction of active proteins from yeast cells. -
Flow Cytometry Applications - Cell Biology | Life Science | Merck
General cell biology Application is rapidly expanding its use of flow cytometry as a tool to examine pathways and propose biologically-relevant mechanisms of action in pathologies such as cancer. -
3D Cell Model of Alzheimer's Disease | Life Science Research | Merck
Using a 3D cell model of Alzheimer's disease can enhance studies of this form of age-related dementia, characterized by progressive memory loss and cognitive impairment. A recently developed protocol for making such a 3D cell model uses ReNcell® VM human neural stem cells, and the relevant protocols are described here.