Nine TED Talks about Health Technology.If that you are somebody who already appreciates swallowing media in movie form, then you’re likely already aware there’s a plethora of great TED Talks on a number of topics on the internet. As wellness engineering and health innovation continue to flourish, some fantastic thought leaders have surfaced on the TED platform to show on their region of expertise. Below there are nine TED Talks for people who have an affinity for wellness tech.
Predicting future trends
In his 2012 TED talk, chemist Lee Cronin–a professor in the University of Glasgow–inquired if we can ‘app’ chemistry. He was wondering whether there was anything as an universal chemistry group from which any natural molecule could be constructed. He managed to answer this query with the assistance of a 3-D printer. Utilizing chemical inks, it’s indeed feasible to generate chemical compounds.
Cronin clarified the technology which enables us to publish our own medicines in his conversation: Print Your Own Medicine. Cronin also forecasts that by utilizing our stem cells and cells we might at any stage later on be able to publish our own personalized medications. Actually, printed medications are currently becoming commercialized. The U.S. Food and Drug Administration for the first time accepted a prescribed medication fabricated through 3-D printing.
Another futuristically-orientated discussion has been given at a local TEDx occasion in Philadelphia from Dr. Stephen Klasko, the president and CEO of Thomas Jefferson University and its affiliated hospital.
In his discussion, Dr. Klasko takes us on a time travel to the year 2024. He presents his own view of their future healthcare as well as the changes necessary to arrive. Klasko considers these should consist of altering medical education, enhancing customer expertise and incorporating innovations and technology from different areas into medical care.
Using medical tech to biohack
Continuing the subject of personalizing wellbeing through electronic means, Ellen Jorgensen and her cohorts desired a place where anyone can go and get more concerned about learning in their particular biology utilizing technologies.
She is among the creators of Genspace, that will be a government-compliant institution for DIYbio. Genspace, and Jorgensen are on the forefront of their home improvement biotechnology movement. In case biohacking interests you, Jorgensen’s TED movie Biohacking–You Can Do It, Too may be of interest.
Genome-editing technologies like CRISPR has an essential part in the biohacking motion. Geneticist Jennifer Doudna presents the components of CRISPR-Cas9 in her discussion: How CRISPR Lets Us Edit our DNA. Though Doudna co-invented this instrument, she now reflects on the ethical consequences of manipulating our DNA and urges the others to do the same.
Exploring humanitarian applications of cellular technology
Today, more individuals in sub-Saharan Africa have access to a cellular phone than have access to running water. Bearing this in mind, Andrew Bastawrous–an eye doctor and inventor–began considering the way to exploit the power of mobile technology to enhance eye health, particularly in less privileged surroundings.
In the TED talk with Bastawrous, he explains how his staff developed a mobile eye evaluation kit and replaced delicate and bulky medical gear with smartphone programs.
Moreover, to ascertain the cause of vision loss, Bastawrous’ team developed an affordable 3D-printed hardware that can be clipped onto a smartphone and enables a good quality examination of the back of the eye, performed by anyone with minimal training, anywhere in the world.
Similarly, Jorge Soto–a cancer technologist–described how progress is being made in developing an open-source cancer test, which will be a part of a mobile platform and will detect early forms of some cancers in an egalitarian way.
Since cancer is still, in most cases, diagnosed only when symptoms develop, Soto’s research could offer a breakthrough and could also help people who have so far not had access to early detection technologies.
The test Soto talks about in his TED talk ‘The Future of Early Cancer Detection?’ is reliable and only requires a simple blood sample.
Advancing perceptions of the world
In one of the most sensational TED talks, neuroscientist David Eagleman–who researches perception and brain plasticity–explains the limitations of our perception. In his words, “we’re constrained by our biology,” and his study intends to expand our planet outside those limitations and open up new measurements which are on the market.
To unstick us in our restricted subjective Earth, Eagleman and his colleagues invented a wearable device using a interface which runs on mobile phones and tablet computers.
The initial apparatus, a sensory vest, provides people new sensations and makes them conscious of things formerly undetected. The vest translates sound to a routine of vibrations that the human mind can learn how to translate. Tests on deaf individuals revealed that, as time passes, people begin understanding that the language of their vest and hearing the world about them.
Another wearable apparatus that innovative medication is a temporary tattoo which may be employed to track a patient. Todd Coleman is a bioelectronics innovator who gave a TEDMED talk describing the growth of his revolutionary monitoring patches. Coleman and his staff had been motivated to create a high-fidelity wearable system which would use the very same chips as a pc. Ideally, it might be worn in your home to track your wellbeing and wirelessly transmit information. The end product was a tattoo-resembling innovation that has detectors embedded into elastic adhesives which are generally utilized in hospitals.
Pioneers in the fields of epigenetics
Epigenetics signifies a brand new revolution in medicine. It indicates that our genes aren’t as static as we once believed. Rather, they could be (re)programmed according to various social and ecological elements. Moshe Szyf is a specialist researching the mechanisms that turn our bodies off and on. He begins his TED speak with a narrative of fascinating mother rat behaviour that seems to affect their offspring. Szyf goes on to describe how ancient life experience is written into our DNA.
Contrary to what we had to think, our genome isn’t a pre-written script. It interferes with the energetic world and based on Szyf’s study, life experience and environment we are exposed to will alter our gene expression. Research like his has a major potential in understanding individual behaviour. Additionally, it provides new insights to the progression of different ailments and may possibly offer you epigenetic therapy choices.