The latest fad in implied health benefits that can slip under the regulatory radar are edible flowers from China.
Why implied? Because they are rich in phenolics and have good antioxidant capacity. What will that do? No one knows. Antioxidants haven't been shown to help anyone at all and phenolics claims were how the rationalization that organic food was healthier arose - and then debunked. To maintain a level of credibility the key phrase "may be partly responsible" is liberally applied.
Some edible flowers, which have been used as ingredients, seasoning and garnish in Chinese food for centuries, contain phenolics that
The confirmation of the Higgs boson and what it can tell us about the origins of mass is getting all of the attention but there are scientific mysteries about less-understood forces that may also be keys to figuring out natural laws.
Among these is quantum turbulence, the chaotic motion - at very high rates - of fluids that exist at temperatures close to zero. Observers as far back as Leonardo da Vinci have studied turbulence, a complex state of fluid motion. He observed that water falling into a pond creates eddies of motion, thus realizing that the motion of water shaped the landscape.
Why is Edward Snowden a villain to some people while the same people regard Bradley Manning as a hero? Why do so many people say they never thought it could happen if someone they know commits a crime? When is an atrocity not remembered that way at all? An in-group portrayal may make the difference.
Preliminary results of a randomized, double blind, placebo controlled trial on osteoarthritis of the knee using ActiPatch Therapy have been announced.
BioElectronics Corporation says the initial interim analysis showed statistically significant results for the primary and secondary outcomes measures. The study is being led by Doctor Gianluca Bagnato, Division of Rheumatology, University Hospital Gaetano Martino, Messina, Italy. The final analysis of the full study data set will be carried out soon and the results have been accepted in the Annals of the Rheumatic Diseases and presented at the European League against Rheumatism 2014 conference.
In high school and college, your coach told you to avoid alcohol. And for good reason; alcohol saps muscle strength and it's lingering lethargic effects aren't welcome either.
The lack of muscle strength really becomes evident when studying long-time alcoholics but it is also evidence in patients with mitochondrial disease. A new study on mitochondria that are unable to self-repair may mean a new way to diagnose mitochondrial disease, and a new drug target.
We know that around 12,000 years ago, a fundamental thing began to happen all around the world - plants were cultivated and animals were domesticated for transport, food and fiber.
The ability to program living holds tremendous potential for energy, agriculture, water remediation and medicine, and synthetic biology is on the case.
Researchers have already designed a 'tool box' of small genetic components that act as intracellular switches, logic gates, counters and oscillators but wiring those components together to form larger circuits that can function as 'genetic programs' has been difficult, because of the small number of available wires.
At the International Society for Heart and Lung Transplantation (ISHLT) 34th Annual Meeting in San Diego, TransMedics announced results of the PROCEED II heart transplant Food and Drug Administration (FDA) pivotal trial results using the Organ Care System (OCS™) platform.
PROCEED II Trial is a large international, multi-center, clinical trial designed to evaluate the ability of the OCS Heart Technology to preserve donor hearts compared with cold storage.
Identifying the full extent of the nuclear landscape, essentially how many isotopes exist, is vital for nuclear physics.
There is a lot left to learn. Beyond the stable nuclei that we find on Earth, there are many unstable nuclei that are formed in stellar events such as supernovae, but which are short-lived. There is a limit to how many protons and neutrons a nucleus can hold – too many and the excess will literally ‘pop out’. These limits are known as the proton and neutron ‘drip lines’.
Although these drip lines can be calculated, getting experiments to agree is another issue. Even finding them experimentally can be a difficult prospect.
A Star that seems Brighter when Eclipsed
This paradoxical phenomenon was brought to my attention by a recent article in Physics World. Quite an informative article, but like some bard of old, with legendary tales of kings and heroes, I would like to tell it as a story, in three episodes.
1: Variable Star
