I have no idea whether Xenon gas would make any practical difference. There are, however, many questions about how, when and where this therapy would be applied. I am guessing that as a 'protection against' dementia that this rules out its use to alleviate symptoms in someone who already has dementia. It is commonly believed that dementia may be present a long time before there is any hint of it. Does that mean that there should be a mass use of Xenon gas on a 'just in case' basis? If so, leaving aside affordability, personal choice, and nanny stateism, how would this be done? I presume that it would not be a one off event but something that needed continuous application. Perhaps we could have pubs and restaurants with gas outlets for use by paying customers. I have drifted into the realms of the absurd, but if protection is to work it needs to be applied sufficiently far upstream. That would mean an otherwise healthy population being exposed to something that might, after all, only work with rodents under laboratory conditions.There was no attempt to excite, but there's always the hope that someone with more knowledge of the development might chime in...
There was no attempt to excite, but there's always the hope that someone with more knowledge of the development might chime in...What will they come up with next? Another lovely gimmick to prise the money out of gullible hands!
I reckon it was over 40 years from my developing a fancy for an electric car, and actually seeing one worth taking a punt on, and buying it, I'm no longer an "early adopter" of new tech... As for "drifting into the realms of the absurd" maybe you haven't quite...
https://www.webmd.com/balance/features/rise-of-oxygen-bars
Now, I read about those over 25 years ago (I know that because I was working in the print industry back then, a super industry for an avid reader to work in) Of course, oxygen does not have the anaesthetic quality that Xenon has, but does encourage rapid combustion, so its concentration in a closed room needs to be monitored. (it can lead to Oxygen narcosis, too) Xenon would need to be monitored for its anaesthetic and asphyxiant effects... plus it can cause nausea, dizziness and vomiting...
I don't expect any new therapy to save my wife from further loss of faculties, but I'd like to think there was hope for others... She doesn't want to involve herself in studies on dementia, whereas I like to think that were I a sufferer, I'd cooperate... I can't make decisions like that for her, though...
Xenon (Xe) is a heavy and extremely rare noble gas. Discovered in , it was the first noble gas found to form true chemical compounds. Xenon has a very high ionization potential, high density (more than 4.5 times heavier than air), and low heat capacity.
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Xenon is used in a wide variety of applications despite being a trace gas.
Xenon is a component of excimer laser mixes to produce certain wavelengths. It is a required component in the gas mixes used to produce 282 nm (XeBr), 308 nm (XeCl), and 351 nm (XeF).
Xenon is used in sputter deposition, especially for depositing coatings with higher molecular weights. Although more expensive than argon, xenon provides higher yield and better coating quality when used with heavier atoms. It is often used for sputter coating in applications such as hard disk manufacturing.
Xenon is utilized in the production of semiconductors for annealing, etching, and lithography applications. It acts as both a surface disruption agent and a plasma modulator, influencing plasma composition through secondary ionization. Historically, argon was used due to its lower cost and availability, but xenon allows for additional selective ion influence in plasma.
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Xenon has long been used as a propellant for satellites and other spacecraft. It is a preferred propellant for electric propulsion systems, such as Hall effect thrusters or ion thrusters. These thrusters ionize and expel xenon at high speeds, providing in-space propulsion that is much more efficient than conventional chemical propulsion. Xenon electric propulsion is used for orbit-raising, station-keeping of satellites, and has propelled space probes to Mercury and the asteroid belt.
Due to its physical and chemical properties, xenon is used in various lighting applications, including incandescent, halogen, fluorescent, and high-intensity discharge lamps.
Xenon mixes are used in detectors, including those for radiation and infrared light detection. It is also employed in large detectors designed to find dark matter.
Xenon has some medical applications, such as enhancing MRI imaging and serving as an anesthetic.