Skip to main content

chemistry

Nebraska chemist David Hage is helping design a new COVID-19 antibody test through collaboration with the company ni2o Inc. He is developing the test using previously patented research in rapid affinity chromatography, which separates compounds from complex samples, making them easier to detect.

Husker researcher helping develop COVID-19 antibody test

June 22, 2020

Science & Technology

Demolition of Nebraska's Mabel Lee Hall is nearly complete. It is one of a number of major campus construction projects in progress this summer.

Mabel Lee demo marks busy summer construction season

June 10, 2020

David Berkowitz

Berkowitz to join NSF in senior executive role

June 2, 2020

Science & Technology

Amanda Morales remote instruction

Ingenuity, grit carrying faculty through remote teaching

May 29, 2020

Agriculture & Environment

Science & Technology

Society & Culture

Jessica Periago (left) and Kurt Wulser (right) film an experiment for chemistry students. The videos are replacing hands-on labs the students were scheduled to complete during the spring semester.

Husker instructors step up to continue coursework

March 27, 2020

Agriculture & Environment

Science & Technology

Society & Culture

Griep Lloyd Sugar Beets

Decades of research brings Rachel Lloyd back to the fore

February 26, 2020

Science & Technology

Rebecca Lai

Discovering elements in the Harry Potter world

February 19, 2020

Wednesday, February 12 7pm Peterson Room 221

Sci Pop Talk delves into chemistry time capsule

February 12, 2020

Droplet like it’s watt: Rain-based prototype yields record power

February 11, 2020

Science & Technology

Screening method could speed development of new antibiotics

February 6, 2020

Science & Technology

The 2020 SciPop Talks series kicks off Feb. 12 with "Dr. Rachel Lloyd and the Avery Hall Chemistry Time Capsule," presented by Mark Griep, professor of chemistry at Nebraska.

2020 SciPop Talks series kicks off Feb. 12

January 30, 2020

Science & Technology

A rendering of an enzyme known as isocyanide hydratase, which accelerates chemical reactions that neutralize a toxic molecule in certain bacteria. Researchers from Nebraska, Stanford, Puerto Rico and Germany used record-intense X-rays to capture dynamics of isocyanide hydratase that were previously only hypothesized, a feat that could point the way to doing the same with other enzymes.

Enzymes and X-rays: Study reveals hidden acrobatics of cellular catalysts

January 22, 2020

Science & Technology