The Promise of Nanomedicine | Joy Wolfram | TEDxJacksonville
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- เผยแพร่เมื่อ 28 พ.ย. 2018
- Nanotechnology-the study and application of extremely small things-has tremendous potential to revolutionize medicine, especially the treatment of cancers and other complex diseases that don’t respond well to conventional medications. Dr. Joy Wolfram and her team at the Mayo Clinic are at the forefront of this research, working to develop multi-functional nanoparticle-based cancer therapies. Joy likens these nanoparticles to tiny cars that can be loaded with several different drugs, navigated through the body, and then delivered directly to diseased tissues, thereby increasing therapeutic efficacy and reducing side effects. Joy’s vision is to develop innovative nanomedicines that bring the next generation of cancer treatments directly to the clinic. Dr. Joy Wolfram is an Assistant Professor of Medicine at Mayo Clinic in Florida, where she leads the Nanomedicine and Extracellular Vesicles Laboratory. She also holds affiliate faculty positions in the Department of Nanomedicine at the Houston Methodist Hospital in Texas, the Department of Biology at the University of North Florida in Florida, and the Wenzhou Institute of Biomaterials and Engineering at the Ningbo Institute of Industrial Technology in China. Joy received her bachelor’s and master’s degrees in biology from the University of Helsinki in Finland. In 2016, she completed her Ph.D in nanoscience and technology at the University of Chinese Academy of Sciences in China. In the past five years, she has authored more than 40 publications and received more than 25 scientific awards from seven different countries. She was included in the Amgen Scholars Ten to Watch List, which highlights the best and brightest up-and-comers in science and medicine across 42 countries. She has developed several nanoparticles for the treatment of various diseases, including cancer. Her goal is to bring new nanomedicines with increased therapeutic efficacy and safety to the clinic. Her mission is also to inspire and support underrepresented minorities in science. This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at www.ted.com/tedx
Nanotechnology is fabulous, it's who's in control of its far reaching capabilities that beckons Transhumanism.
Motivating Joy!
LOVE this Joy! Just shared it! Congrats! Thanks for making such a simple to understand TEDtalk on a complex subject like nanotech
An eye opener!!!
Great work dear maam...i have worked on silver nanoparticles synthesis and their biological evaluation.
Indeed you have verywell explained
I think a 10 year old kid would understand what she is saying....just wow....the presentation...amazing.
I was reading on nanotech and surprisingly they said that its uses in medicine are endless...then i found this amazing video
Joy, du är så duktig!
Amazing! Thank you so much for sharing!
Wow! This is a super powerful presentation! Great topic and great speaker!
I loved the way she presented. She as really simplified the concept of nanodrug platform for the general audiences. Great speaker!
Great work Joy. Congrats! Tufft jobbat Joy. Stort GRATTIS!
Wow! I think Nano-Particle add with Data science it's will be amazing.
Perfect and useful
Brilliant!!
Wonderful accent.... Super explanation... Very helpful tq
what about auto-immune diseases? I have multiple sclerosis, a really agressive one and I take a chemo
ربي يشفي أن شاءالله كل مرضى السرطان آمين يارب العالمين.
آمين يا رب
How about iron attach to the medicine then sent to the tumor with magnets???
Now there is nanomedicine in supermarket or Walmart?
7:15 is talking about hydroxychloroquine 🧐
Here’s what I don’t understand, why are the drugs not just injected into the tumor? It seems like that would be the obvious way to get the drugs to the right spot. Or maybe they are. I don’t know much about the process.
Great question! For certain tumors this is possible, but these are usually not the tumors that kill patients, because they be removed surgically. Metastatic disease is the number one cancer killer. For instance, a patient has 150 metastatic tumors spread throughout the body. Are you going to perform 150 injections? What if you overlook some of the tumors when doing these injection? Additionally, many metastatic nodules cannot be reached for local injection.
Joy Wolfram Lab gotchya. Ok that makes sense. Thanks for the reply and info! That was something I always wondered about.
I really want to invent cure from cancer and other desises that we can't cure. I am an electronics engineer by the way
are you okay now? how are you feeling?
@@shaima244 oh, no sorry, I am not sick if you are talking about this, and actually I don't have relatives or siblings who are sick and I don't know close to me people who are sick. But I am very passionate about opening medical company that will do research on hard diseases
@@GCKteamKrispy oh thanks god i was worried tbh; me too!!! and i am studying nursing and as you said im passionated too!🥰
❤❤❤
*Anyone here, for Pandemic?*
Joy enjoy sweetheart ...Jesus bless u welcome dear
*Nanomachines, son!*
Needs ethics debate....
this is sad. Why can't we focus on Prevention of the disease instead. The answer is because there's no profit for the big pharma.
12 years is ridiculously long among of time. As we saw with the speed of the Covid19 vaccine, we must do better for supply chain of drug treatment options. We absolutely must.
لبييبا
Emft
This is low 🔅
Is anybody notice lately these demonstrations sounds like it's made for 10-12 years old children? I saw only adults in the audience.