DNA Methylation, Gene Expression, and Human Health

DNA Methylation, Gene Expression, and Human Health

DNA methylation is a key epigenome component that helps dictate how genes are expressed, contributing to normal cell and tissue differentiation during development, as well as the process of biological aging. However, aberrant DNA methylation is involved in many different diseases, including cancer, neurological disorders, and autoimmune disease. In this article, explore what DNA methylation…

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Building Advanced Cell Models Using New Approach Methodologies

Building Advanced Cell Models Using New Approach Methodologies

This webinar will be hosted live and available on-demand Wednesday, October 14th, 202511:00 AM – 12:30 PM Drug discovery requires experimental systems that more accurately capture the complexity of human tissues. However, animal models and conventional cell culture approaches often lack the physiological relevance needed for drug screening and translational success. New approach methodologies (NAMs)…

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Animals Sleep Because Electrons Leak

Animals Sleep Because Electrons Leak

There are many hypotheses for why animals need sleep, but scientists struggled to find solid evidence—until now. Image credit:© Istock, Alones Creative Scientists have long struggled to pinpoint a reason for why animals need sleep. They’ve put forward many hypotheses, including the need for metabolic repair, memory consolidation, and immune system boosting, but these largely…

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A Common Artificial Sweetener Could Disrupt Cancer Immunotherapy Response

A Common Artificial Sweetener Could Disrupt Cancer Immunotherapy Response

Researchers recently found that sucralose could negatively impact cancer patients’ response to immunotherapy and that the gut microbiome likely mediates this relationship. Image credit:© Istock, magnesium2 In 1976, researchers Leslie Hough and Shakshikant Phadnis from Queen Elizabeth College in London were studying the chemical derivatives of sucrose. Phadnis tasted one of these compounds, having misheard…

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An Engineered Protein Helps Phagocytes Gobble Up Diseased Cells

An Engineered Protein Helps Phagocytes Gobble Up Diseased Cells

By modifying a protein in the cell’s normal elimination pathway, researchers targeted specific cells for destruction. Image credit:Mindy Takamiya/Kyoto University iCeMS When cells die or the body no longer needs them, phagocytic cells arrive to engulf them. This process relies upon the cells destined for destruction to express a protein that serves as an “eat…

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