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.
It has long been said that “best things come in small packages” and recent scientific findings show a great example of that. People that suffer from an incredibly rare form of dwarfism called Laron syndrome seem to be completely immune to cancer, diabetes and other illnesses.
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.
Cancer is a group of diseases involving abnormal cell growth with the potential to invade or spread to other parts of the body. There are some forms of cancer which can be cured relatively well with known and established drugs and surgery. However, not all forms of cancer response to these approaches.
In this modern, digital age, genetic testing, DNA and internet formed partnerships that are revolutionising the way we can create our family trees. We are no longer limited to the data from our country or relatives’ testimonials.
Disease Predictions and Our Genes – Are We Ready to Know? The Answer Lies in Three Important Factors.
The world is on the brink of an era of personalised medicine where genetics & genomics play a major role, but what about the patients? Are we there yet? Are we ready to perceive and to cope with the available information? Are we ready to know?
Splice summer series brings you the interesting discussion with the most intriguing and provocative minds in modern science. If you ever run out of ideas for your scientific research or get stuck while thinking about your career, these short shots of inspiration can give you a new perspective on trends in science and the global community to which you as a scientist and a researcher belong.
Engineers from University of California have designed wireless sensors as small as a grain of sand which can be implanted in the body and are able to provide nerve, muscle and organ signals in real-time. They use ultrasound to power the sensors and read out their measurements.
With all the talk about it in the scientific community, there is probably no surprise that this is yet another article discussing CRISPR. However, this may be one of the most profound discussions around the technology as it involves what could arguably be the potential flagship use of the gene editing tool – human therapy.