Down a Path of Epigenetic Destruction: Smoking Cigarettes Adjusts Critical Marks on DNA

September 26, 2017 Bailey Kirkpatrick

You can now add “harmful changes to your DNA” to the long list of reasons to quit smoking cigarettes, along with lung cancer, coronary heart disease, increased risk of death, stroke, chronic lung disease, decreased immune function, infertility, and the fact that smoking harms nearly every organ in the body. Researchers at the Johns Hopkins Kimmel Cancer Center recently contributed to the growing evidence that demonstrates that smoking cigarettes – which contain a deadly cocktail of over 7,000 chemicals – [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…]

Vitamin D Adjusts Epigenetic Marks That Could Hinder A Baby’s Health

September 12, 2017 Bailey Kirkpatrick

Even though it’s common for expectant mothers to have low vitamin D levels, it’s essential to the health and proper development of the baby. A low amount of vitamin D is associated with poor fetal growth, childhood obesity, bone density, and bone mineral content. Interestingly, key functions of the placenta – like transporting nutrients to the growing baby – are controlled by the expression of genes, which is mediated by vitamin D. Researchers have now discovered that this vitamin might [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…]

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