Characteristics of Tumor Cells and What Causes Them - A Deep Dive into Cancer Cells with Mustafa...
Can electrical currents play a part in cancer prevention and early detection? Research is beginning to reveal new ways to detect small clusters of cancer cells. Press play to learn:
How your body’s PH affect cells and how that PH is regulated Do cancer cells generate electric signals based on their aggressiveness? How sodium correlates with cancer cells Emeritus professor and natural sciences faculty member Mustafa Djamgoz shares his research into the relationship between cancer cells and electricity.
Active cancer cells have an electric current that runs a gradient through the membrane of the cell. As the voltage changes, structures within the cell will respond differently.
New medications can suppress the persistent current that runs through at-risk cells and correlates with a large amount of sodium. While this treatment has only been tested on animals, the results are promising, and human trials are on the horizon.
More information is available by searching for Mustafa Djamgoz on PubMed.gov, or you can find his studies by searching online. Episode also available on Apple Podcasts: apple.co/30PvU9C ... https://www.youtube.com/watch?v=6sel7myH3qc
Can you smell disease? Believe it or not, you can, and pretty reliably at that. The problem is, you aren’t good at describing and quantifying what you smell, and definitely not at “diagnosing.” Aromyx is a company that’s doing something incredibly unique to circumvent this problem, while utilizing scent detection for all it’s worth.
Press play to learn:
How “smelling” something is actually an act of detecting distinct chemical metabolite signatures from tissues in the body By what percentage dogs have been shown to more accurately and sensitively detect prostate cancer than the status quo, FDA-approved test How the olfactory system could eventually hold the key to therapeutics for a range of diseases Olfaction (the sense of smell) has been used for hundreds of years to detect disease—even the ancient Greeks practiced it. Josh Silverman is the CEO of Aromyx, a company that’s taking full advantage of this powerful sense.
So, how are they doing it?
By developing validated clinical assays for diagnosing disease states, using the same scent and taste receptors that are in your nose and tongue. By cloning those receptors and putting them in a format that be used in the lab to measure responses from individual receptors, Aromyx is effectively hijacking the same information that goes from your nose to your brain when you smell or taste something, and putting it in an objective, readable, and quantifiable format.
They’re taking a powerful “subjective” experience, and making it a powerful objective measurement of chemical metabolites which indicate the presence of certain diseases. And, the level of detection is orders of magnitude beyond any electronic sensors or other technology currently in existence.
So far, Aromyx has used this technology to detect prostate cancer, pancreatic cancer, and malaria, and they know that the potential for much wider diagnostic capabilities is well within reach.
Silverman dives into all the details of this and more.
Tune in, and check out https://www.aromyx.com/ to learn more. Episode also available on Apple Podcasts: apple.co/30PvU9C
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https://www.youtube.com/watch?v=-b8wJxZtQ_0
How can mad cow disease give researchers an insight into Alzheimer's disease and other forms of dementia? Studies point to proteins and amino acids playing a major role in the process. Listen in to learn:
What makes an individual predisposed to Alzheimer's disease The difference between healthy and unhealthy neurons How amyloid affects brain chemistry Kenneth Kosik, Harriman Professor of Neuroscience at UC Santa Barbara, discusses his research into neurodegenerative disease treatment.
Amino acids can give clues to the next step in solving Alzheimer's. Finding the intermediary steps in Alzheimer's is very difficult, however, as only the end stage is realistically viewable.
New research on the Colombian population may show a higher concentration of pre-Alzheimer's mutations and may help researchers in the future. Professor Kosik is planning his future research on furthering knowledge in these mutations.
For more information, search the name Kenneth Kosik or feel free to email him personally.
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https://www.youtube.com/watch?v=Gmucd3Y_dtM
CHECK OUT THE COMPLETE EPISODE ?
https://www.youtube.com/embed/v63aLFjsuPk
These are the things you can do for your teen if you want to stop the problem behaviors before it's too late.
In this video, Elia Abi-Jaoude, a practicing psychiatrist, clinical educator, and researcher at The Hospital for Sick Children, University of Toronto explain why adolescents need to feel heard and how that can have a positive impact on their mental health.
Emotional support and guidance can CHANGE the course of a teen's life. ?
People who work with children and adolescents need to be able to listen, to be able to ask questions, and really engage the adolescent for them to feel comfortable opening up with their feelings and experiences.
Do you agree with this message? Let us know in the comments.
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https://www.youtube.com/watch?v=HJ5giw1X3AE
“It’s the best time in our lives to have breast cancer,” says Dr. Rabia Bhatti, which is good news for many, since the average woman’s risk of developing breast cancer in the U.S. is about 13 percent.
In this episode, you’ll discover:
Whether the use of multiple treatment modalities for breast cancer could altogether eliminate the need for surgery How hormone-positive cancers differ from triple-negative cancers in terms of the time between primary tumor resection and return of the cancer What it means to have “dense” breasts, how this impacts cancer detection, and what new technology is being utilized for better detection What foods should be avoided and which should be consumed in order to lower the risk of developing breast cancer Dr. Bhatti is a breast surgeon at West Suburban Medical Center and Medical Director of the River Forest Breast Care Center. Her evolution as a general surgeon brought her to the breast cancer specialization, where she saw an opportunity to not only be a surgeon who focuses on isolated diseased organs, but a healer of the whole patient.
She discusses the many advancements in breast cancer treatment over the past 20 years, such as the replacement of radical mastectomies with minimally-invasive procedures, earlier detection and diagnosis, surgeries which leave the skin and nipple untouched and only remove the diseased breast tissue, as well as breast reconstruction. She also talks about the role of clinics which serve patients who are at high risk of developing breast cancer, depending on their family history, risk score, and lifestyle risk factors (exercise, diet, age at which a woman has children, how long a woman breastfeeds, etc.).
Dr. Bhatti’s current work centers around the role of lifestyle in the development, progression, and treatment of breast cancer—particularly exercise. “I believe this is a significant part of the treatment of breast cancer, and it has not really been emphasized traditionally up until now,” she says.
She also emphasizes the power of immunotherapy and genomics in the future of breast cancer treatment.
Tune in for the details of all this and more.
Learn more: https://www.westsuburbanmc.com/our-services/women-s-health/breast-care-center/
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https://www.youtube.com/watch?v=v_ROF8Eg-Jk
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Timestamps:
00:00 Guest Introduction
1:51 FGP Introduction
4:00 Guest working background
6:30 Does Plastic attracts Bio-firm
17:00 Plastic Additives properties with Sea components
24:00 Gourmets legal action to overcome Plastic
33:00 how many time it take to get things better
41:00 Find out more about Guest Social Media
In this episode, Zoie Diana joins us to discuss her research on plastic pollution management. Zoie is a scientist in the Marine Lab at Duke University, where she is also a Ph.D. candidate pursuing certificates in Integrated Toxicology and Environmental Health and College Teaching.
Zoie has always been interested in how human activity influences marine environments, and this fascination led her to study the ecological repercussions of plastic pollution. In addition to this, she has focused her research on understanding how governments, businesses, and biologists mitigate the plastic pollution problem…
Offer:
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Click play now to explore:
1) The genetic makeup of the bacteria found on plastics.
2) Why marine life is consuming plastics, and what consequences may be.
3) How governments are approaching the issue of plastic pollution.
What can be done to alleviate the problems surrounding marine plastic contamination? Join us now to find out!
You can learn more about Zoie Diana and her work by visiting www.zoiediana.com!
#mircoplastic #pollution #management
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https://www.youtube.com/watch?v=Ow3bP3J5Gp8
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Episode also available on Apple Podcasts: apple.co/30PvU9C
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In this episode, we sit down with Sheilagh Maguiness, MD, FAAD, a board-certified pediatric dermatologist and Assistant Professor in the Department of Dermatology at the University of Minnesota Medical School. Dr. Maguiness has a special interest in diagnosing and managing vascular anomalies and is an expert in hemangiomas, capillary malformations, and complex vascular birthmarks.
With years of experience in her field, Dr. Maguiness has treated a vast array of skin conditions. Drawing from her distinct background, she is deeply committed to caring for her patients – on top of her work teaching and researching all aspects of pediatric dermatology…
Offer:
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Click play now to discover:
1. What vascular anomalies are, and how they are diagnosed and treated.
2. Where birthmarks come from, and what they are made up of.
3. Why birthmarks have their own genetic signatures.
4. How Infantile Hemangioma develops and progresses.
You can find more on Dr. Maguiness https://mphysicians.org/providers/sheilagh-maguiness !
Episode also available on Apple Podcasts: https://apple.co/30PvU9C
#PediatricDermatology #VascularAnomalies #GeneticSkinDisease
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https://www.youtube.com/watch?v=zPa2WEqakc0
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https://www.youtube.com/embed/SkBKUNTq0EE?si
Shame - a classic definition of honor. ?
?️ https://bit.ly/3P2L4zN
In a culture where identity hinges on the opinions of others, shame becomes the ultimate dread. ?
It's the emotion we'd do almost anything to avoid. ?
Join Robert Elder, an Associate Professor of History at Baylor University, as we explore the depths of this silent force in our latest episode. ?️
? Click the link in the bio or the description above to listen now!
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https://www.youtube.com/watch?v=uzmLQApizEU
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Timestamps:
00:00 Guest Introduction
2:57 FGP Introduction
4:00 Guest working
09:00 rubber tree plantations exist today
13:00 natural rubber supplies ran out
21:00 Why surgeons don’t like to use synthetic latex gloves
28:15 How latex is collected from trees and turned into rubber
34:00 production techniques for greenhouses
42:10 Find out more about Guest work
There’s not one sector of our economy that isn’t completely dependent upon a secure, natural rubber supply. But 100% of natural rubber is produced outside of the U.S., putting us at risk of running out due to supply chain disruptions.
Over 40 million metric tons of natural rubber are made annually – almost 50% of all the rubber used globally, synthetic included.
What would things look like without the 50,000+ items that require natural rubber?
Tune in to learn:
1) Where most rubber tree plantations exist today
2) Why natural rubber isn’t produced in the U.S. (and who controls 80% of it)
3) What would happen if natural rubber supplies ran out
4) How latex is collected from trees and turned into rubber
5) Why surgeons don’t like to use synthetic latex gloves
6) South American leaf blight (SALB) – what it is and how quickly it can devastate rubber tree plantations
Katrina Cornish is focused on developing domestic rubber-producing crops that can provide the rubber and latex we need for critical applications in every industry. She explains what this entails, the ins and outs of the natural rubber production process, what natural rubber offers that synthetic rubber cannot, different types of natural rubber, and so much more.
Tune in for the full conversation.
#crops #weed #farming
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https://www.youtube.com/watch?v=m2k_LJPk-yU
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Episode also available on Apple Podcasts: apple.co/30PvU9C
Checkout FGP Website: https://www.findinggeniuspodcast.com/
SUBSCRIBE & REVIEW our Podcast on iTunes: https://apple.co/2L6tN88
Follow us on:
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Timestamps:
0:57 FGP Introduction
3:30 Guest working history
8:00 Producing cell-cultured seafood.
12:00 How fish farming experts contribute to creating well-rounded products?
15:40 How overfishing is affecting the oceanic ecosystem?
28:00 Find out more about guest working
Today we connect with Michael Selden, the CEO and Co-founder of Finless Foods. Finless Foods is a company that works towards building a future for seafood where the ocean is preserved and protected.
With a background in Biochemistry and Molecular Biology, Michael has dedicated his life to climate justice and science advocacy, and Finless Foods is a major part of this mission…
Seafood production is facing a variety of challenges, from dwindling resources to climate damage. Finless Foods aims to mitigate these issues by producing plant-based and cell-cultured seafood – all using scientific methods.
In this episode, Michael outlines:
1) The process involved in producing cell-cultured seafood.
2) How fish farming experts contribute to creating well-rounded products.
3) The most important cuts of fish to provide consumers with.
4) How overfishing is affecting the oceanic ecosystem.
Could this approach relieve the pressure from ocean-harvested seafood? Is this the future of seafood production? Determine this for yourself by tuning in now!
Visit finlessfoods.com now to learn more about Finless Foods and their unique vision!
#plants #genomicsplants #genomes
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https://www.youtube.com/watch?v=XgeXwf3W5dw