Tag: chemistry
-

Sensor Patch Captures Health Indicators in Sweat
A bio-engineering lab created a wearable fabric patch with threads configured into sensors that capture and measure health indicators from human sweat.
-

Neuro Disease Start-Up Raises $73M in Early Funds
A company developing new therapies for neurodegenerative diseases officially began operations, staked to $73 million raised in its first venture round.
-

Synthetic Protein Designed to Boost Covid-19 Vaccines
Researchers in Texas designed a synthetic version of a protein found on Covid-19 viruses that can make it easier to produce more vaccines.
-

Coating Deactivates Covid-19 Viruses on Surfaces
A chemical engineering lab developed a coating that when applied to surfaces quickly inactivates viruses responsible for Covid-19 infections.
-

Polymer Boosts Insulin Speed, Stability
Researchers discovered a polymer compound added to insulin that in tests with pigs cuts insulin’s acting time in half and more than doubles its usable life.
-

Single Sensor to Detect Covid-19, Flu in Works
A university engineering team is developing an electronic sensor to quickly detect and distinguish between Covid-19 and influenza viruses.
-

Start-Up Creating a Simpler, Stable Liquid Biopsy
A new company spun off from University of Oxford is developing a stable and sensitive blood test to detect multiple types of cancer in their early stages.
-

Labs Creating Mask Electronic Sterilization Process
Researchers from academic engineering and biology labs designed an electronic process for sterilizing N95 respirator face masks enabling their safe reuse.
-

Covid-19 Therapies Designed with Virtual Reality, A.I.
Two companies are using deep learning and virtual reality to design treatments for Covid-19 infections, attacking a different target than most drugs being developed.
-

Start-Up Gains Hydrogen Fuel Technology Funds
A spin-off company from a university engineering lab received funds to build a device that efficiently splits water and creates hydrogen for fuel cell cars.