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Newswise: New HbGBTS80K Liquid SNP Chip Revolutionizes Rubber Tree Breeding
Release date: 21-Jul-2024 1:05 AM EDT
New HbGBTS80K Liquid SNP Chip Revolutionizes Rubber Tree Breeding
Chinese Academy of Sciences

A research team developed and validated a liquid SNP chip named 'HbGBTS80K', which includes 80,080 SNPs evenly distributed across 18 chromosomes.

Newswise: Comprehensive Evaluation Identifies Top Finger Lime Varieties for Commercial and Ornamental Use
Release date: 21-Jul-2024 1:05 AM EDT
Comprehensive Evaluation Identifies Top Finger Lime Varieties for Commercial and Ornamental Use
Chinese Academy of Sciences

A research team conducted a comprehensive evaluation of nine finger lime varieties, identifying key differences in fruit peel color and suitability for commercial production.

Newswise: Research Team Uncovers Optimal Conditions for Soursop Cultivation to Boost Food Security and Agricultural Diversity
Release date: 21-Jul-2024 1:05 AM EDT
Research Team Uncovers Optimal Conditions for Soursop Cultivation to Boost Food Security and Agricultural Diversity
Chinese Academy of Sciences

A research team has identified the optimal edaphic and climatic conditions for the growth of soursop (Annona muricata L.), a plant with significant medicinal potential and nutritional value.

Newswise: Endangered Senegalia venosa in Ethiopia: Urgent Conservation Measures Needed for Sustainable Management and Regeneration
Release date: 21-Jul-2024 1:05 AM EDT
Endangered Senegalia venosa in Ethiopia: Urgent Conservation Measures Needed for Sustainable Management and Regeneration
Chinese Academy of Sciences

A research team has identified the distribution and regeneration status of the endangered Senegalia venosa in Tigray and Gonder drylands.

Newswise: Tuning into the frequencies of conical shells: a fluid-structure symphony
Release date: 20-Jul-2024 9:05 AM EDT
Tuning into the frequencies of conical shells: a fluid-structure symphony
Chinese Academy of Sciences

In a pivotal study, researchers examine the natural vibrations of truncated conical shells partially filled with an ideal compressible fluid. This exploration is crucial for advancing our understanding of fluid-structure interactions, particularly in complex geometries where traditional analytical methods fall short. The study's findings could revolutionize the design and safety of structures in various engineering applications.

Newswise: ghoneim-eman-researchers-uncover-buried-branch-of-nile-river-news-notpad-eman-ghoneim.jpg
Released: 19-Jul-2024 4:05 PM EDT
Research Team Discovers Lost Nile River Branch
University of North Carolina Wilmington

Findings may explain location of largest Egyptian pyramid field

Newswise: Scientists Discover Energy and Pressure Analogies Linking Hadrons, Superconductors, and Cosmic Expansion
Released: 19-Jul-2024 1:05 PM EDT
Scientists Discover Energy and Pressure Analogies Linking Hadrons, Superconductors, and Cosmic Expansion
Department of Energy, Office of Science

Researchers have found similarities in how concepts of energy, pressure, and confinement apply to atomic nuclei and superconductivity. Specifically, in both hadrons and superconductors, how particles are confined to a specific volume can be described with the same mathematical framework derived from quantum chromodynamics.

Newswise: Unhealthy Sleep Linked to Diabetes in a Diverse Population
Released: 19-Jul-2024 11:05 AM EDT
Unhealthy Sleep Linked to Diabetes in a Diverse Population
Vanderbilt University Medical Center

While previous research has linked suboptimal sleep durations to increased diabetes risk, the current report, published in the journal Diabetologia, extended these findings to a large cohort of primarily low-income, middle- to older-age Black and white adults in the southeastern United States.


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