Hibernating Arctic ground squirrels

female polar-bears go into hibernation during the cold winter months in order to give birth to their offspring.

What restarts a cardiovascular event heart? They could put that chamical at the magnetic stirred drug depot smart watch that prevents and responds to cardiovascular events.

circulating null epinephirine with enzymatically cleavable null part then turns to nor epinepherine restarting a heart if the magnetic depot releases a bunch of the enzyme.

radical: EM quarter squeeze a supercapacitor to make a super big current pulse; sequential reaction, 2 supercapcitors, the first em squeezes the second, the second supercapacitor when squeezed has a much accellerated or rather concentratated current
pulse. pro IC technology MEMS like size defibribillator,

I have not hard of a defibrillator that installs custom, “ultra high survival” waveforms, perhaps the MEMs duocapacitor could do this as well.

“presented with the shockable rhythms of ventricular tachycardia or ventricular fibrillation (better outcomes)”

People at cardiovascular risk could have their IoT lightbulbs watch them for cardiovascular events. at Quora one person writes, “The most treatable situation is where the event is witnessed, 911 activated and bystander CPR provided. In those cases, we
get about 80% to the hospital alive and about 55–60% discharged from the hospital in normal or near-normal condition.”

That suggests that volunteers trained in CPR at various kinds of dwelling buildings could be IoT (Internet of Things) called to suddenly go to a strange apartment with freshly (IoT) unlocked doors to rescue someone before the paramedics can get there. I�
��d do it, that is I would get CPR certified, then let my neighbor’s computer call me to their assistance to do interim CPR before the professionals arrived.

The cable box anti-heart attack drug flinger and pro-survival taser, expanded to the in commuter vehicle version: I think it is possible that at halfbakery.com I posted a technology about how the home media center (20th century words: cable box) could
have a camera that watched the people on the couch in front of them, using things like digital themography of the face to see how their health was. It could spot if they were having a heart attack and then the cable box could discharge (fling) eentsy
ninja-shuriken drug injecting at the person’s neck to deliver lifesaving chemicals (drugs), possibly like the ones EMTs (emergency medical technicians) give to people they are reviving, or things like DMSO(drug delivery)-aspirin splashballs, Something
better than tissue plasminogen activator, and, having read more recently, possibly the the chemicals at hibernating animals (hibernating bear blood serum chemicals, opiate peptides) that cause (30% functional ->80 functional) greater function survival in
heart-attack hearts. The in-vehicle (car) version makes sense as well. A very simple modification to that makes it work better, put it at the dashboard of the vehicle. Airbags are already common, and heart attacks in motor vehicles on the driver’s
side (and with oblique shuriken aim, passenger side) could possibly be very near the lifesaving rescue use numbers of collision airbags. The numbers are very approximate, but 2020 800K heart attacks, compared with 30.2K (2010) lethal vehicle acidents, (
800k/24 hours, 33K heart attacks during a period of driving 1 hour each day. Note that the 33k heart attacks is spread across the entire population of drivers. If the motor vehicle had an Anti-Heart Attack Drug Shuriken Flinger (AHADSF) only at those
over 49 (actually math of a graph with crossing lines could find the optimal age to have an anti-heart attack drug shuriken flinger (AHADSF) installed at a vehicle) then the person could just get that as a standard option on their motor vehicle when they
were getting it >49.

Also, there is an opportunity for higher quality of diagnostics than “having a heart attack”, for example, if the radiating one arm sensations that may(?) precede a heart attack can be detected with digital thermography of the hand and neck, then 5-
15 minutes of advance notice is produced to fling the drug shuriken ahead of time. Similarly there are optical (laser) only ways to read blood pressure from the eye, and it is just possible that photonics of the face, or through-skull photonics could
detect angina. Benefitting this technology is autodriving vehicle technology (driverless cars) which could take over for a person who is on the verge of a cardiovascular event but does not know it, or a person having a cardiovascular event.

One thing an in-vehicle heart attack response technology can do is do a good job imitating an EMT (emergency medical technician), with technology at the steering column able to push out a contact surface that can do CPR compressions, and another item
that extends (or shoots, perhaps like a taser) from the steering column that does electrical defibrillation.

https://www.everydayhealth.com/atrial-fibrillation/noninvasive-vagus-nerve-stimulation-shown-to-reduce-atrial-fibrillation-in-post-operative-patients/ "Electrical stimulation of the ear and the vagus nerve that sits on the surface there has a calming
effect, in that we are stimulating the largest nerve of the parasympathetic nervous system [part of the autonomic nervous system] and hence the corresponding antagonists," Martin Andreas, MD, lead author and an associate professor in the department of
cardiac surgery for the Medical University of Vienna, said in a press release. For the study, researchers divided 40 postoperative patients into two groups: one-half received LLTS while the rest were given a placebo. The patients who received LLTS for five days post-surgery had a significantly lower incidence of developing atrial
fibrillation — 4 patients out of 20, compared with 11 out of 20 in the control group.
“The autonomous nervous system controls the heart rate and influences the threshold for cardiac arrhythmias,” Dr. Andreas said. After surgery, the body is under stress, dealing with inflammatory reactions and oxidative stress, and the sympathetic
nervous system — the body’s fight or flight response — gets activated. This increases the likelihood of developing atrial fibrillation, which affects 1 out of 3 patients who undergo open heart surgery and can lead to further complications.
“Patients who had an episode of atrial fibrillation are more likely to develop another episode and are frequently kept on anticoagulant medication, which increases the bleeding risk and may increase long-term complications,” Andreas said.
A previous study, published in September 2017 in JACC: Clinical Electrophysiology, found that vagus nerve stimulation had a positive effect on incidences of atrial fibrillation post-surgery, but researchers used an invasive device that was implanted
inside patients’ bodies. This study shows that a noninvasive option could make a similar positive effect with fewer potential complications.”
As an adjunct that reduces death from CVD vagus earlobe or throat stimulation could be based on a wearable battery pack, with a wireless charging pad on bed. Other published things online have descrbibed how people are at greatest risk of heart attack
during the first 4 hour hours or morning (approximately, that includes about an hour of sleeping), it could be that vagus stimulation could have anti-heart attack beneficial AM effects. Similiarly vagus stimulation could reduce cardiovascular risk
during Winter (50% greater risk) as well. Perhpas the vagus output of normal well people during summer evenings could be prompted to be produced with a vagal stimulator at the unwell and this could contribute to fewer heart attacks.

I perceive I read some people are not sure if they have had a heart attack or not, perhaps a medical diganostic chewing gum with antibodies that change color could tell people if they are having a cardiovascular event that immediate attention would
benefit. The general instructions might go like this: “You have a family hisotry of heart disease and various biomarkers suggesting cardiovascular risk. If you feel funny, chew this gum. If it changes color immediately seek medical assistance even if
you feel fine.” This is a actually very affordable, compared to a (color/antibody) $1 pregnancy test, 1 piece of gum a month (the worried well) for three decades is only $360 for a person to test themselves at will if say their hand feels funny or if
they get dizzy.

Longevity technology, This one is a longshot. I read that at different times of the human menstrual cycle women are much better at smelling odors than other times. I also read that the abilitity to discern odors is predictive of whether a person will be
alive or not. “A 2019 study published in the Annals of Internal Medicine found a link between a poor sense of smell and mortality. Researchers from Michigan State University analyzed data of over 2000 older adults, between the ages of 71 and 82. As
part of the study, participants were asked to identify 12 common scents such as cinnamon, gasoline, and smoke. Researchers then tracked each participants over the course of 13 years. As they found, people who identified less than eight different smells
were 46 percent more likely to die 10 years laetr. So researchers concluded that a poorer sense of smell could predict death.”, so drawing plasma from young women at their monthly height of odor detecting ability, then administering the plasma
fractions as drugs to elderly mice could find out a longevization diference between most effective smelling times of the month plasma administred-as-drug and least effective smelling times of the month plasma-administered-as-drug. Then note the chemical
differences between the two plasmas with their different longevization abilities (if any), to find the specific plasma chamicals that are causing the mice to live longer. Make synthetic versions and administer these human chemicals (proteins, peptides)
to age batched groups of human volunteers to see if the pro-smell plasma chemicals are longevizing to humans to make a new human longevity drug.

another approach to finding a longevity drug from the human smelling acuity test is to find out the people who could smell just 1 or zero of the scents, and see if their 10 year mortality was above the published 46% for those that smell less than 8 of
the samples. If the zero/one smellers are hypermortality-prone then their blood may carry toxic chemicals that when administered to mice cause mortality. The sources (specific plasma proteins) of that chemically transmissable mortality can be found,
and then immunizations to those chemicals produced, and the immunizations tested on mice and humans as longevity drugs.
Another way is to make a longevity drug from supersmeller blood plasma: find the 99.99th percentile of both males and females able to discern different odors, then make blood plasma fractions from a donated 2 pints of blood then inject mice or rats with
the plasma fractions. Noting the 2 pint volume to mouse or rat dose volume ratio One human supersmeller might be able to dose 300 days of rat possible longevization from 1 pint (600 days from 2 pints), or several thousand days of mouse dosing per pint
of human plasma.
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All technologies, ideas, and inventions of Treon Sebastian Verdery are public domain at JUly 8,2023AD and previously, as well as after that date

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