CIENCIASMEDICASNEWS: Improving Lab Productivity with Temperature Control

martes, 12 de marzo de 2019

Improving Lab Productivity with Temperature Control

	March 5, 2019
	Biochemistry
	The latest biochemistry news from AZoNetwork

Improving Lab Productivity with Temperature Control
Temperature control is essential to providing reliable results, whether it is in the biotechnology field or in quality control of viscosity samples. In this interview, Polyscience CEO outlines the importance of temperature control in any experiment, and the solutions Polyscience will be presenting at Pittcon 2019.

How Enhanced Antibody Validation Helps to Get Your Research Published

Finding an antibody that works for your specific application can be a difficult task. Dozens of companies sell antibodies against your target proteins, and with so much choice available, looking for the perfect one can sometimes feel like a never-ending search. Here, Atlas Antibodies share 5 key points to consider when choosing your next antibody.

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Purifying Antibodies Using Ion Exchange Chromatography

IEC is a useful technique for separating antibodies as it provides high-resolution separation between proteins that differ only by a single amino acid.

Reaction Monitoring in Real-time with Compact Mass Spectrometry

Reaction monitoring is regarded as an important aspect in an array of chemistry environments — ranging from drug discovery and chemical synthesis through to understanding protein synthesis and natural products.

	Researchers Create Functional Bulk Nanocomposites Through Direct Biosynthesis Researchers are increasingly keen to construct bulk nanocomposite materials from biosourced and renewable nanoscale building blocks.

	Affinity Purification of Different Protein Types Affinity purification is a chromatographic method used to isolate specific proteins and protein complexes from complex biochemical mixtures.

	Researchers Investigate Life of Magnetic Nanoparticles Within Cells Magnetic nanoparticles are being extensively used in tissue bioengineering and cell imaging, yet, what happens to them inside stem cells, in the long run, is still not documented.

	Evolution of Designer Enzyme Having Unnatural Catalytic Amino Acid The remarkably high conversion rates of natural enzymes partially result from boosting the catalytic activity of a chosen few amino acid side chains through precise arrangement within the protein binding cavity.