Now that’s something. Funny this came up on my feed as I’m jamming to music on my phone to destress.
Breakthrough raises hopes that musicality of natural speech can be restored in patients with disabling neurological conditions.
23RD – 24TH AUGUST 2023 IN SOUTH AFRICA INTERNATIONAL LONGEVITY SUMMIT 23RD – 24TH AUGUST 2023 IN SOUTH AFRICA INTERNATIONALLONGEVITY SUMMIT REGISTER CALL FOR PAPERS REGISTER CALL FOR PAPERS JOIN THE EVENT WHY ATTEND THE CONFERENCE The International Longevity Summit in the most exclusive Conference for Longevity and Biotech revolution in Africa leveraging the dynamics […].
Dr. Howard Tucker has been practicing medicine and neurology for over 75 years. The 101-year-old doctor shares his No. 1 secret for keeping your brain sharp.
Blood vessels form the transportation network within our bodies. They are streets where red and white blood cells drive. They are the delivery system to oxygenate our brain and other vital organs and muscles. There are other highways in our bodies such as our nervous and lymphatic systems, but blood vessels are the ones that are central to healthy heart function and keeping our brain supplied with oxygen. When blood vessels are compromised we can suffer a stroke, heart attack, aneurysm or die.
When usual causes of heart attacks are blocked coronary arteries. The coronary arteries supply blood and oxygen to the heart. When partially blocked people experience symptoms like angina. When blocked they can suffer a myocardial infarction, the fancy name for a heart attack.
Today, harvested blood vessel grafts from human donors or the patient are used for bypassing coronary blood vessel blockages. But researchers at the University of Melbourne believe that fabricated blood vessel tissue that can be shaped to any need would be an effective substitute for existing grafts. The team in its search for a graft alternative has combined a variety of materials and living tissue with a fabrication technique to create complex blood vessels that can serve multiple purposes.
Scientist, longevity expert and biotechnology patent holder Raj Agni (aka Steven Schorr) beams in to discuss age deceleration, telomere extension and revolutionary plant-based anti-aging supplements on episode 114 of the Far Out with Faust podcast.
Raj Agni, also known as Steven M. Schorr, is a metaphysician, author, inventor, healer, alchemist, artist, musician, entrepreneur, and creator of Extended Longevity products designed to rebuild your telomeres. His clinics have operated for 14 years on Maui, Hawaii and he has treated over twenty thousand people.
Continue reading “Scientific Proof We Can Reverse Aging | Raj Agni Podcast” »
Rutgers University scientists have devised a highly accurate method for creating coatings of biologically active materials for a variety of medical products. Such a technique could pave the way for a new era of transdermal medication, including shot-free vaccinations, the researchers said.
Writing in Nature Communications, the researchers described a new approach to electrospray deposition, an industrial spray-coating process. Essentially, the team developed a way to better control the target region within a spray zone as well as the electrical properties of microscopic particles that are being deposited. The greater command of those two properties means that more of the spray is likely to hit its microscopic target.
Continue reading “Scientists develop efficient spray technique for bioactive materials” »
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In this “Ask Me Anything” (AMA) episode, Peter delves into the realm of genetics, unraveling its connection to disease and emphasizing the value of understanding one’s genetic risks. He elucidates essential background knowledge on genetics before delving into the myriad reasons why individuals might consider genetic testing. Peter differentiates scenarios where genetic testing provides genuine insights from those where it may not be as useful. From there, Peter explores a comprehensive comparison of commercial direct-to-consumer genetic tests, providing insights on interpreting results and identifying the standout options for gaining insights into personal health.
The innovative tweak will allow scientists to directly observe molecular behavior over a much longer period, opening a window onto pivotal biological processes like cell division.
“The living cell is a busy place with proteins bustling here and there,” explains University of Michigan biomedical engineer Guangjie Cui. “Our superresolution is very attractive for viewing these dynamic activities.”
Organoids have now been created from stem cells to secrete the proteins that form dental enamel, the substance that protects teeth from damage and decay. A multi-disciplinary team of scientists from the University of Washington in Seattle led this effort.
Organiods are the new thing, when you think about how AI, and nanotechnology changed the worldnwe live in, but years from now you will realize it, like all I have predicted since I played with a Kurzweil Keyboard when I was a child.
University of Michigan researchers published a study detailing a new method for making brain organoids, or miniature lab-grown brains used in neuroscience research, last June. Previously, the most common method for creating human brain organoids relied on Matrigel — a substance made of cells from mouse sarcomas — to provide structure for the organoids, but the new method uses an engineered extracellular matrix composed of human-derived proteins.
The lack of cells from other species in the new organoids means they more closely resemble actual human brains, opening up research possibilities on neurodegenerative diseases such as Alzheimer’s and Parkinson’s. U-M alum Ayse Muñiz, who worked on the research as part of her Ph.D. thesis while at the University, said in an interview with The Michigan Daily that having organoids with only human cells is advantageous for translational research — the process of turning knowledge from lab research into something with real-world applications.
“When you’re doing translational research, having contamination from other species will limit your ability to translate this into the clinic,” Muñiz said. “The presence of other species basically elicits immunogenic responses, and can just be a limitation for scale and other things like that. And so here now that you’ve taken that out, it makes the path to translation a lot easier.”
