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While cases of Monkeypox are being found worldwide, the nature of the disease and the science we currently have available keeps concerns from growing.

This video offers five big reasons to be optimistic about climate – starting with the fact that many of the world's best minds are focused and working on building a clean future for all.

Determines the density of solids using the buoyancy method. Weigh the sample first in air and then submerge in liquid, and the application calculates the sample density automatically.

Continuing our series on non-CYP-mediated metabolism pathways, we will be discussing another of the most requested enzymes: Sulfotransferases (SULTs). SULTs participate in Phase 2 metabolism of xenobiotics in humans and are characterized by the abundance and broad tissue distribution of the enzymes. Gene regulation and genetic polymorphism of SULTs also contribute to our understanding of the significance of these enzymes in the process of drug development.

NIR technology offers the fastest method for quality control enabling you to make real-time decisions during processing of pharmaceutical, food and feed samples.

If your gas chromatograph is only running part time, you’re missing the benefits of a system that delivers measurably more production time. That’s the advantage of the time- and space-saving Thermo ScientificTM TRACETM 1600 Series Gas Chromatograph (GC).

In this Teach Me in 10 episode Wallace Harvey will provide instruction on how Sartorius Cubis II balances can be utilized to determine the density of solids and liquids accurately and easily.

Naegleria fowleri is an amoeba that not only has developed a deadly taste for human brains but is also a match for our defenses and a guest in dramatic headlines. What happens when this monster enters your body?

Mitigation measures taken during the SARS-Cov-2 pandemic in Germany in 2020 differently impacted the occurrence of food-borne infectious diseases, enabling insights into their epidemiology.

In this episode of Teach Me in 10, UNLV neuroscientist Dr. Rochelle Hines joins us to discuss the team’s latest findings, which show that mutations in ARHGEF9 — the gene that codes for collybistin — lead to ID through impaired α2 subunit function.