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Wound healing assays: Single-cell migration assays

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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Cell proliferation assays supported by live cell imaging

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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Seeing is believing: Label-free time-lapse microscopy for quantifying cell proliferation

Cell proliferation assays are used in a wide variety of contexts. For example, proliferation can be used to gauge the health of new transgenic cell lines or to evaluate the success of tissue regeneration experiments. Quantitative cell proliferation assays are also essential for evaluating the dose-response of new pharmaceutical agents, such as in the context of anti-cancer drug development.

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Optical Microscopy vs. Digital Microscopy: For cell cultures studies

A variation of the optical microscope is the digital microscope. These microscopes use a digital camera instead of eyepieces. Images are seen in real-time on a computer screen. The invention of the USB port in the 1990s has made available a wide variety of USB digital microscopes to suit every need.

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Live-cell imaging: A journey from hand-drawn sketches to microcinematography

Live-cell imaging is the study of living cells using time-lapse microscopy. It is used by scientists to obtain a better understanding of biological function through the study of cellular dynamics. Live-cell imaging has offered countless insights into biological marvels. It is the study of living cell/s with time-lapse microscopy. It helped scientists to achieve a better understanding of biological function through the study of cellular dynamics.

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Remote monitoring of iPSC-derived neural crest cells

Neuronal cells used in in vitro research are often derived via directed differentiation of human-induced pluripotent stem cells (iPSCs). In order to make sure the iPSCs differentiate into neuronal cells, it is very important to keep a close eye on your cells during this costly 30-day process. CytoSMART’s live-cell imaging microscopes and Anatomic's 7-day neural differentiation method can speed up this process.

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