Articles that explore the ways in which the environment influences gene expression and epigenetic marks, including information on pollution, toxins, and global warming.

Toxins May Affect Epigenetics Through Multiple Generations

May 21, 2018 James Cain

Organic foods are rather popular in shopping baskets nowadays. After all, avoiding those pesky pesticides that are used on a vast amount of produce is surely good for our health. But what about the health of our children and their children thereafter? We already know that the life experiences of our mothers and fathers can influence the epigenetics in their children. Epigenetics may also be ‘remembered’ through the phenomena known as transgenerational inheritance; so the pesticides your great-granddad may have [more…]

Epigenetics, Nutrition, and Our Health: How What We Eat Could Affect Tags on Our DNA

May 15, 2018 Bailey Kirkpatrick

Many of us are familiar with the foods that damage our bodies – they slow our metabolism, might add a few pounds, and stiffen our arteries. But what if certain food items could help or harm us in a place we may never have considered – like our DNA? A developing field called nutriepigenomics examines the connection between diet and chemical marks that can be attached to or removed from our DNA, thereby turning genes on or off. Many new [more…]

EpigenCare Pioneers Personalized Skincare Based on Your Unique Epigenetic Signature

March 15, 2018 Bailey Kirkpatrick

Pinpointing factors that make a person unique could shift the entire landscape of how we attend to our health – from exercise plans to custom diets and even skincare regimens. The concept of personalization has pierced the bubble of the prevailing “one size fits all” mentality, deflating the flawed notion that what works for the majority will likely work for anyone. When it comes to our bodies’ largest organ, and caring for it effectively, epigenetics may provide an answer. Our [more…]

Paternal Environmental and Lifestyle Factors Influence Epigenetic Inheritance

February 28, 2018 Estephany Ferrufino

There is strong evidence that suggests certain environmental or lifestyle factors may lead to increased risk of developing chronic diseases. These factors such as diet, behavior, stress, exposure to pollutants, and physical activity have been known to cause epigenetic changes which may be passed down from one generation to the next. It is believed that a father’s exposure to environmental factors can play a role in an offspring’s epigenetic patterns and health. Recent evidence suggests that sperm epigenetic modifications can [more…]

Father’s Exposure to Phthalates Impact Epigenetic Marks on Sperm DNA

October 10, 2017 Bailey Kirkpatrick

New epigenetic research conducted by scientists at the University of Massachusetts suggests that a father’s environment can affect the health of his baby via epigenetic marks in his sperm. Specifically, male exposure to phthalates, which are endocrine disruptors found in plastics, personal care products like shaving cream, and in the environment that surrounds us, were found to have an impact on a couples’ success when having children. Led by Richard Pilsner, an environmental health scientist, this ongoing study supported by [more…]

Epigenetic Research for Space Exploration

September 19, 2017 Natalie Crowley

Sixty years ago this October, a tiny little beach ball-sized satellite named Sputnik would usher in the beginning of the space age. Since that time, several space exploration achievements have transpired and many have included humans traveling in space. But humans weren’t exactly meant to live in outer space. Our bodies are uniquely adapted to the Earth’s gravity and environment. So if we want to travel longer distances into space, Mars for example, then we need to know how the [more…]

An Unlikely Savior: Vinegar Might Epigenetically Protect Plants From Drought

September 5, 2017 Tim Barry

Climate change is undoubtedly one of the greatest threats facing both plants and animals alike. With rising temperatures and irregular weather patterns, droughts have become a far too normal occurrence worldwide. These harsh conditions have proven to be difficult on the survival of agriculture, and scientists all over the world have been searching for a solution to this problem. As genetic engineering becomes more and more developed, scientists have turned to the possibility of editing the genomes of plants to [more…]

Pregnant Moms’ Exposure to Pollution May Epigenetically Increase Child’s Asthma Susceptibility

August 22, 2017 Bailey Kirkpatrick

Exposure to environmental pollution, such as diesel exhaust or concentrated urban air particles, during pregnancy could increase a child’s risk of developing asthma via epigenetic mechanisms. Recent research in the Journal of Physiology – Lung Cellular and Molecular Physiology suggests that this allergic susceptibility might even be epigenetically passed down for several generations. Asthma forms as a result of the complex interaction between someone’s genes, epigenetic marks, and the environment. Epigenetics, the study of how chemical tags impact the expression [more…]

B Vitamins Protect Against Harmful Epigenetic Effects of Air Pollution

May 30, 2017 Bailey Kirkpatrick

Air pollution has a negative impact on our health and can also adjust important chemical tags on our DNA. Aside from taking steps to reduce pollution in our communities, a new study suggests that we can take B vitamins to combat the harmful effects on our bodies. Particulate matter with a diameter less than 2.5 micrometers, or 3% of the diameter of human hair, is known as PM2.5. These fine particles have been shown to wreak epigenetic havoc on our [more…]

Epigenetics to the Rescue on Climate Change

April 4, 2017 Natalie Crowley

The impact of climate change may be one of the greatest threats facing all life on Earth today. Around the world, rising temperatures and extreme weather patterns are already affecting the habitats of many plants and animals. Undoubtedly, their fate will depend on their ability to either migrate away from or adapt to the new environment, and eventually evolve as a species. But, can life on our planet adapt in time? Most researchers believe that the rate in which our [more…]

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