A thrilling report has surfaced about the first baby being born as a result of a controversial fertilization technique, the spindle nuclear transfer. The procedure incorporates DNA from three “biological parents” to serve as the embryo’s genomic base, and is used to prevent mitochondrial diseases in infants.
There are people living among us, with capabilities we could easily call superpowers, and in most cases, they are not even aware of it. It turns out a tiny percentage of women actually develop a genetic condition called “tetrachromacy“, enabling them to see the world in hundred times more colors than the rest of us.
A thrilling new approach has been developed for targeted gene therapy that brought a cloud of excitement over the scientific community. You might have guessed it – the delivery of vaporized gene vectors to battle cystic fibrosis.
Genetic Information Nondiscrimination Act? What exactly is that? To make the story short, this makes the use of people’s genetic information in the workplace and health insurance decisions illegal. It is an important aspect in the age of emerging personalised genetic tests and analyses.
A lot of research universities around the world are eager to find new diagnostic and therapeutic tools with the help of nanotechnology. We could say that the founding father of this scientific field was physicist Richard P. Feynman, who in 1959 first described a process in which scientists would be able to manipulate and control individual atoms and molecules.
The Olympic Games go long way back, however, the modern Summer Olympics that are held every four years started in Athens in 1986. Ever since, hundreds of thousands of athletes, men and women of all race, have competed in this series of prestigious sporting events.
Microbes have been present on planet Earth longer than us, humans, and they become our life companions from the moment we are born. They are building, protecting and feeding our bodies.
In 2010 John Craig Venter and his colleagues reported a creation of the first bacterial cell containing a completely synthesized genome. It was a 1.08-mega-base pair Mycoplasma mycoides JCVI-syn1.0 genome and it became the very first citizen of synthetic biology.
One of the particularly interesting chemical properties that are giving us some insight into our organic world is chirality. Chirality is a geometric property of most biochemical molecules that makes them different than their mirror images, just like our left and right hand are.