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The history of live-cell imaging - CytoSMART Academy
In this video, we explain the fascinating history of live-cell imaging and how it became a popular and recognized tool for in vitro experiments during the years.
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CYTOSMART ACADEMY
In this video, we explain the fascinating history of live-cell imaging and how it became a popular and recognized tool for in vitro experiments during the years.
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Cell exclusion zone assays differ fundamentally from wounding assays; instead of removing a part of the cell culture, they provide an artificial barrier to the culturing area.
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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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Most universities or other educational facilities make use of traditional microscope systems to teach students everything about cells, tissues, and to perform experiments.
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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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Besides the fact that the 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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CytoSMART Technologies announces the launch of a new automated live-cell imaging system, the CytoSMART Multi Lux. This system is designed for long-term experiments, comparison studies, and large laboratory teams.
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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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Live-cell imaging is the study of living cells using time-lapse microscopy. It is a technology that can contribute to a better understanding of biological functions through the study of dynamic cellular processes. However, besides the contribution to research, it can also pay a significant contribution to the way certain educational programs are currently organized.
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Live-cell imaging supports standard endpoint 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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