Articles

  • 1 day ago | azobuild.com | Lily Ramsey |Nidhi Dhull

    Reviewed by Lily Ramsey, LLMA recent article in Buildings introduced a numerical model of an 18-story reinforced concrete frame with a core tube and a double-layer seismic isolation system. Designed using YJK (3.0) and simulated in ABAQUS, the model was used to evaluate how high-rise buildings respond to three different seismic waves. ​​​​​​​BackgroundTo minimize earthquake damage, engineers have developed various structural systems based on seismic isolation principles.

  • 6 days ago | news-medical.net | Lily Ramsey |Vijay Kumar Malesu

    Reviewed by Lily Ramsey, LLMHow it works? Emerging targets​​​​​​​Personalized vaccinesPharma activityBarriers and challengesConclusionMessenger Ribonucleic Acid (mRNA) vaccines gained global recognition during the Coronavirus Disease 2019 (COVID-19) pandemic, proving their value through rapid development, high efficacy, and broad distribution.

  • 1 week ago | news-medical.net | Liji Thomas |Lily Ramsey

    Reviewed by Lily Ramsey, LLMAsthma symptoms tend to ebb and flow throughout the day, often worsening overnight. This pattern suggests that aligning asthma medication with the body’s natural rhythm—an approach known as chronotherapy—could improve disease control by enhancing medication effectiveness. A recent study published in BMJ Journals compared three different dosing schedules across 24 hours to identify the most effective regimen for managing asthma.

  • 1 week ago | azolifesciences.com | Lily Ramsey

    A major new study has revealed that inherited genetic abnormalities—known as germline variants—play a significant role in cancer progression. Conducted by an international team of scientists, including Kathleen J. Imbach and researchers from the Josep Carreras Leukaemia Research Institute (IJC), the study offers fresh insights into how these inherited mutations influence cellular behavior across various cancer types.

  • 1 week ago | azolifesciences.com | Lily Ramsey

    Researchers at the University of Jyväskylä’s Faculty of Sport and Health Sciences have uncovered a potential new explanation for muscle memory—one that goes beyond what we’ve known about genes and muscle nuclei. For the first time, they’ve shown that muscles retain a "memory" of previous resistance training at the protein level, with these effects persisting for over two months after training stops.

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