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An illustration of the chemical fingerprinting process at work on a common pesticide. Each peak in the graph indicates a different combination of carbon isotopes bonded to fluorine, as measured by the NMR instrument. The pattern gives the molecule its fingerprint.
Updated |3 min read

Forever Chemical Pollution Can Now Be Tracked via Carbon Fingerprinting

 The new method could help authorities trace forever chemicals to their source after they end up in aquifers, waterways, or soil
byUniversity of Texas at Austin
Computer representation of the Ebola virus's nucleocapsid, which shields its RNA
|5 min read

Targeting the Deadly Coils of Ebola

A new study found that Ebola virus is stabilized by electrostatic interactions, which could lead to new treatments
byUniversity of Texas at Austin
Jason McLellan and Daniel Wrapp, University of Texas at Austin
|3 min read

Breakthrough in Coronavirus Research Results in New Map to Support Vaccine Design

Researchers have created the first 3D atomic scale map of the part of the virus that attaches to and infects human cells
byUniversity of Texas at Austin
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When the Sample Waits: Pre-Analytical Variability in Multi-Analyte Blood Testing

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Clinical scientist working with a clinical analyzer

Protecting Clinical Lab Uptime

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Lessons Learned from a Successful Digital Pathology Deployment at CorePath Laboratories

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Preserving Sample Integrity When Processing is Delayed

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