Resources
RESOURCES
Cellular heterogeneity essentially observes all dimensions of a single cell. Heterogeneity tracking helps us to measure the functionality of each cell. An example of its common use is to track cancer patients’ cell or tumour growth or decrease over time.
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RESOURCES
Cell exclusion zone assays differ fundamentally from wounding assays; instead of removing part of the culture, they provide an artificial barrier to the culturing area.
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RESOURCES
Cell outgrowth assays, also referred to as nest assays or radial migration assays, can be used to investigate collective cell migration in fields such as oncology and drug discovery.
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CYTOSMART ACADEMY
Most universities or other educational institutes make use of traditional microscopies to teach students everything about cells, tissues and performing experiments.
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RESOURCES
Cell migration is involved in a multitude of critical physiological and pathological processes. Cell motility can be divided into collective and single-cell migration. Single-cell migration is used by cells to move towards and between tissues, and it can be split into amoeboid and mesenchymal migration. A variety of in vitro assays have been developed to study single-cell migration.
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CYTOSMART ACADEMY
Besides the fact that Lux2 is very efficient in the practical way of use, creating time lapse videos with the Lux2 can contribute significantly to the way students develop cell culture techniques and understand dynamic cellular processes.
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PRESS RELEASES
CytoSMART Technologies announces the launch of a new automated live-cell imaging system CytoSMART Multi Lux designed for long-term experiments, comparison studies, and large laboratory teams.
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RESOURCES
Cell viability is a measure of the proportion of live cells within a population. The measurement of cell viability plays an essential role in all forms of cell culture.
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CYTOSMART ACADEMY
Live-cell imaging is the study of living cells using time-lapse microscopy. It is a technology that could contribute to a better understanding of biological function through the study of dynamic cellular processes. However, besides the contribution to research, it could also pay a significant contribution to the way certain educational programs are currently organized.
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RESOURCES
Live-cell imaging supports standard end-point biological assays assessing proliferation, metabolic activity and viability, immunological responses, and DNA damage by enabling monitoring of cellular confluence, proliferation, and viability in real-time.
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