CIENCIASMEDICASNEWS: High-Speed, High-Throughput Cell Counters for Concentration and Viability

jueves, 7 de mayo de 2020

High-Speed, High-Throughput Cell Counters for Concentration and Viability

	Life Science Microscopy
	The latest life science microscopy news from AZoNetwork

High-Speed, High-Throughput Cell Counters for Concentration and Viability

The monotonous and often laborious practice of manually counting cells on a hemocytometer has been significantly improved in recent years with the introduction of numerous automated cell-counting instruments. Even with these improvements however, measuring cell concentration and viability for high numbers of samples can still create a bottleneck in many industrial processes and large scale experiments.

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The Role of Microphysiological Systems for Oncology and Stem Cell Research

Discover the organ-on-a-chip and the ability it has to monitor and control the environment at the cellular and tissue level and is one of the most promising applications for microengineered systems.

In this interview, Dr. Nancy Allbritton from The Allbritton Lab talks to News-Medical and Life Sciences about the revolutionary techniques for the application of new technologies for oncology and stem cell research.

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Real-time 3D 2P imaging during behavior

The FEMTO3D Atlas provides scientists with an All-in-One multiphoton system: it implements and goes beyond the traditional microscope imaging and photostimulation functions, and combines them with a unique acousto-optic scanner-based 3D attribute. Find out how you can scan neuronal or other biological processes in 3D up to a million times faster than with classical methods.

	Using Optical Microscopes for Synthetic Polymer Characterization The use of microscopic techniques for the analysis of synthetic polymers is incredibly useful in providing researchers with detailed information on the rheological, mechanical, optical, electrical and/or chemical properties of these materials.

	Exploring Cell Walls and Plant Protein Regulation with Microscopy The evolution in microscopy, for example, fluorescence microscopy, makes it possible for the detailed study of the cell wall and various plant protein interactions.

	Studying Protein Oligomerization using Fluorescence Microscopy Proteins are important in cellular processes. This article looks at studying proteins using fluorescence microscopy.

	The Hybrid Microscope and the Future of Cancer Diagnosis A new hybrid microscope has been developed that could create digital biopsies that will transform the field of cancer diagnosis.