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The joint research team successfully demonstrated technology of using the LNG-ammonia dual-fuel engines at the KR Test & Certification Center (KR TCC).
Placing Women Front and Center Is Key to Achieving Global Marine Conservation and Sustainable Development Agendas
Oak Ridge National Laboratory scientists ingeniously created a sustainable, soft material by combining rubber with woody reinforcements and incorporating “smart” linkages between the components that unlock on demand.
Adolpho and Debbie Telles announce a $50,000 gift for the Adolpho R. and Deborah L. Telles Family Scholarship, which will be matched by the KPMG Foundation to double its impact to $100,000.
The United States has enough biomass potential to produce 35 billion gallons per year of aviation biofuel by 2050, a new report confirms. ORNL’s John Field provided biomass feedstock production expertise to the report focused on the role of the bioeconomy in U.S. decarbonization strategies.
A RIPE team used CRISPR/Cas9 to increase gene expression in rice by changing its upstream regulatory DNA. Their work is the first unbiased gene-editing approach to increase gene expression and downstream photosynthetic activity and was recently published in Science Advances.
Dr. Naomi Lee, Assistant Professor in the Department of Chemistry and Biochemistry at Northern Arizona University, an NIH Early-Stage Investigator, an officer in the Army Reserves, and a member of the Seneca Nation, has been selected as the 2024 recipient of the Council on Undergraduate Research’s Silvia Ronco Innovative Mentor Award.
Dr. Karina Elizabeth Vázquez, Community-Based Learning Director in the Department of Latin America, Latino, & Iberian Studies at the University of Richmond, has been selected as the 2024 Council on Undergraduate Research – Arts and Humanities Faculty Mentor Awardee.
By studying mutations in yeast and human cells, Johns Hopkins Medicine scientists say they have found that biochemical bonds between fats and proteins in the mitochondrion, the cell’s powerhouse, play a crucial role in how our cells produce energy.
Unlocking the secrets of nature, a pioneering study has pinpointed a gene mutation with profound implications for plant height and stress tolerance. The discovery lies in the CpDWF5 gene, whose alteration leads to a compact squash plant with a unique resistance to salt stress, marking a leap forward in agricultural science.
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