US Gene-Editing Ruling Delights Plant Scientists

Analysts in the US have been given the approval to utilize quality altering systems to change products and plants. The choice opens the entryway for researchers to make another age of hereditarily adjusted harvests without genuine confinement and prepares for endorsements for comparable work in Britain and whatever is left of Europe.

The choice – by the US Department of Agriculture; has charmed researchers who had expected that confinements on the creation and developing of hereditary changed products would likewise be forced on crops made utilizing far less complex quality altering procedures.

Personally, I could not have said it better myself: "I think this decision by American legislators will have all sorts of benefits in the long run,” said Professor Denis Murphy of the University of South Wales. “This is a win-win situation because agriculture for gene-editing is cheaper, faster, simpler and more precise than the genetic modification of plants, in which a gene is taken from one organism and moved to another.”
To read more on this topic follow these links to read the complete article!
Link 1 
Link 2

Reading Your Biological Clock

UCLA professor Steve Horvath used eight thousand samples of fifty-one tissue and cell types in order to develop a new way to understand the biological clock. Specifically, he used over 350 genetic markers to track the relationship age and methylation levels. From his results, he noticed that different types of tissue aged differently when compared to different tissue found on the same body. Specifically, he noticed that healthy breast tissue was two to three years older than the rest of a woman's body when compare to abnormal cancerous breast tissue that, was on average, twelve years older than the rest of another woman's body. He also observed that biological clock is not moving at a constant rate. The clock ticks faster during the earlier stages of life up until the age of twenty. From there, the biological clock was shown to slow down until a constant rate was reached.

I understand that everyone's clock is not same, but this new biological clock can be used as a guide to help us indicate potential issues within our tissue. With more studies, patterns could be developed to indicated a deleterious change compared to a normal change. With further research, people can start to understand some of the processes related to primary aging and the changes that are associated with it on a molecular level. By knowing the relative age of different tissues within the body, specific preventative medicines could be designed to slow down aging in order to prevent possible disease. Aging is a very complex process. Understanding its fundamental processes can help correct age-related diseases or lower risks for diseases.