A research team comprised of Woo Dae Jang, Gi Bae Kim, and Distinguished Professor Sang Yup Lee of the Department of Chemical and Biomolecular Engineering at KAIST reported an interactive metabolic map of bio-based chemicals. ...
Biochemistry
Aug 11, 2022
0
97
If science and nature were to have a baby, it would surely be the zeolite. This special rock, with its porous structure that traps water inside, also traps atoms and molecules that can cause chemical reactions. That's why ...
Materials Science
Aug 11, 2022
0
22
Ovarian cancer kills 14,000 women in the United States every year. It's the fifth leading cause of cancer death among women, and it's so deadly, in part, because the disease is hard to catch in its early stages. Patients ...
Bio & Medicine
May 16, 2022
0
53
A vast amount of the powerful greenhouse gas is sequestered as frozen crystals in the world's oceans. Of great concern among experts is the growing risk that, as the Earth warms and ocean temperatures rise, these highly disruptive, ...
Environment
May 4, 2022
0
23
Jin Kim Montclare, professor of chemical and biomolecular engineering, with affilations at NYU Langone Health and NYU College of Dentistry, directed this research with first author Michael Meleties, fellow Ph.D. student Dustin ...
Soft Matter
Jun 22, 2021
0
11
KAIST metabolic engineers present the bio-based production of multiple short-chain primary amines that have a wide range of applications in chemical industries for the first time. The research team led by Distinguished Professor ...
Biochemistry
Jan 14, 2021
0
6
Tiny particles of plastic, called microplastics, pose a host of environmental problems in marine ecosystems and beyond. Recent research has found that these microplastics are found in more places, and in larger amounts, than ...
Environment
Oct 22, 2020
0
6
Thousands of chemical processes used by the energy industry and for other applications rely on the high speed of catalytic reactions, but molecules frequently are hindered by molecular traffic jams that slow them down. Now ...
Materials Science
Aug 10, 2020
0
34
An emerging hydrogel material with the capacity to degrade and spontaneously reform in the gastrointestinal tract could help researchers develop more effective methods for oral drug delivery.
Materials Science
Jul 16, 2020
0
8
Rice University chemical engineers found an efficient catalyst for destroying PFAS "forever" chemicals where they least expected.
Materials Science
Jul 7, 2020
1
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