Science Page 516

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  1. Physics

    Torque Transmission: How It Works and Why It Is Important

    Understand the essential process of delivering and modifying rotational energy, a core engineering concept for the function and efficiency of modern machines.

    By John Munoz
  2. Genetics

    PCK1: Function, Regulation, and Impact on Human Health

    Learn how the PCK1 enzyme controls internal glucose production to maintain energy balance and why its dysregulation is central to metabolic health.

    By Sarah Clark
  3. Environment

    What Are Endocrine Disruptors and How Do They Work?

    Gain insight into how common environmental chemicals can interact with the body’s hormonal system, influencing biological processes and overall wellness.

    By Claire Baxter
  4. Biology

    What Is ColabFold and How Does It Predict Protein Shapes?

    Learn how ColabFold’s accessible AI model rapidly predicts a protein’s 3D structure from an amino acid sequence, supporting a wide range of scientific inquiry.

    By Wyatt Fitzgerald
  5. Environment

    Windveer: How Shifts in Wind Patterns Affect Ecosystems

    Subtle shifts in wind direction influence ecosystems by shaping weather patterns, temperature distribution, and local climate conditions over time.

    By Jamie Ford
  6. Biology

    Bone Marrow Mesenchymal Stem Cells: Key Insights and Functions

    Explore the characteristics, isolation methods, and differentiation potential of bone marrow mesenchymal stem cells within their microenvironment.

    By Deandre M. Morgan
  7. Chemistry

    What Is Ion Mobility and Why Is It Important?

    Discover how measuring an ion’s movement provides structural data on its size and shape, adding a new dimension of analysis beyond mass for greater clarity.

    By Emma Grossman
  8. Biology

    What Is an Engram? The Biology of How Memories Form

    No longer just a theory, an engram is the brain’s physical record of an experience. Learn the biological mechanisms behind how these memory traces are formed and recalled.

    By Jessica Knox
  9. Biology

    What Is Aspergillus Oryzae? A Look at Koji Mold

    Uncover the science of koji mold, the domesticated fungus that transforms simple grains and legumes into the complex flavors of miso, soy sauce, and sake.

    By Jennifer O'Leary
  10. Biology

    CTGF: Function, Role in Disease, and Therapeutic Use

    Examine the dual nature of CTGF, a protein vital for tissue repair that also drives organ fibrosis, making it a key focus for clinical innovation.

    By Heather Baxter
  11. Genetics

    PHP.eB and Advancements in CNS Gene Delivery Tools

    Explore the development of PHP.eB and its role in enhancing CNS gene delivery, focusing on vector design, delivery mechanisms, and expression patterns.

    By Grant Blackmon
  12. Physics

    Graph Neural Networks: What They Are & Why They Matter

    Explore a class of AI that learns from the structure of data itself, analyzing the relationships and context between interconnected points.

    By Heidi Lawrence
  13. Physics

    MoS2 Bandgap: Key Insights for Bioscience and Health

    Explore how MoS2’s bandgap properties influence its potential in bioscience and health, considering structural, environmental, and modification effects.

    By Nikhil Arora
  14. Biology

    What Is GPR120? Its Role in Metabolism and Inflammation

    Discover GPR120, a cellular receptor that translates dietary fats into crucial signals for maintaining metabolic balance and regulating immune responses.

    By Sarah Clark