Cardiovascular Health

Black cherry is a dark red fruit with a sweet and tangy flavor, while grape is a small, round fruit that can range in color from green to purple and has a juicy, sweet taste. Black cherry has a deeper, more complex flavor profile compared to the more straightforward sweetness of grape.

Yes, aerosol sprays can cause shortness of breath when inhaled directly or in confined spaces with poor ventilation. This can be due to the chemicals or irritants in the aerosol affecting the lungs, leading to respiratory symptoms like coughing, wheezing, or shortness of breath. It is important to use aerosol sprays in well-ventilated areas and avoid inhaling the spray.

The most common drugs used in long-term care or nursing homes include medications for hypertension (e.g., lisinopril), diabetes (e.g., metformin), dementia (e.g., memantine), pain management (e.g., acetaminophen), and depression (e.g., sertraline). These drugs are often prescribed to address the chronic health conditions commonly seen in elderly populations in such settings.

What do steroids do? They increase your muscle strength and size. What is your? a muscle. What does steroids do to your body? Makes it larger increasing the stress on you're heart to pump the blood. That's why most over sized people die of some kind of heart disease. The heart can only take so much the bigger you are the harder your heart has to work.

Not too mention also that steroids also messes with your hormone level. Meaning your hair and teeth will die and fallout prematurely. Oh, yeah if you're a guy your balls will shrink, if you're a girl get use to that black thick hair that you had little of before and now have to shave weekly or daily.

They aren't worth it you risk all that for what a few muscles that are going to turn into fat anyway. If you're lazy enough to do put the work in to get that big in the first place, you're probably just as lazy to keep it in place.

Examples of ethnocentrism in healthcare include healthcare providers assuming that patients from certain cultural backgrounds have the same health beliefs and practices as their own, or believing that their own cultural norms are superior to those of their patients. This can lead to miscommunication, misunderstandings, and barriers to accessing healthcare services for patients from diverse backgrounds.

A sensory impairment team is a group of professionals who provide support and services to individuals with sensory impairments, such as hearing loss or visual impairment. The team may include audiologists, speech therapists, occupational therapists, teachers of the visually impaired, and other specialists who work together to help individuals overcome challenges related to their sensory impairments.

Resveratrol seems to have antiplatelet effects, so, taking resveratrol with other antiplatelet drugs might increase the risk of bruising and bleeding. Some of these drugs include nonsteroidal anti-inflammatory drugs (NSAIDs) such as aspirin, diclofenac (Voltaren, Cataflam, others), ibuprofen (Advil, Motrin, others), naproxen (Anaprox, Naprosyn, others).

An aortic aneurysm rupture is a medical emergency that requires immediate medical attention. Without prompt treatment, it can be life-threatening, and the outcome can vary depending on the extent of the rupture and how quickly medical care is received. It is important to seek medical help immediately if you suspect an aortic aneurysm rupture.

TED hose are anti-embolism stockings designed to prevent blood clots, typically used in hospitals. Support hose, or compression stockings, provide graduated pressure to promote circulation and reduce swelling in the legs, commonly used for conditions like varicose veins or to prevent deep vein thrombosis during travel.

Congestive heart failure is a condition in which the heart's function as a pump is weakened. It is an example of what can happen when things like longstanding alcohol abuse, high blood pressure and coronary artery disease are allowed to go untreated.

in case of Cardiac Heart Failure patients, chances of pedal edema are very high,so already there is a higher water volume in the body as compared to normal people.

If large quantity of water is consumed,leads to higher blood volume and exertin pressure on the blood vessels increases Blood Pressure that results in increased functioning of cardiac muscles.(not to get confused as more water intake will lead to frequent and more urination,because its only 50%of water i.e. converted in urine,rest of the water is absorbed in blood)

Also in case of physically active people,water intake is not that problamatic,because there some amount of water gets excreted as sweat so the Water Input=Water Output

and there is no added cardiac load

Regards,

Manjary Upadhyay,

Business Training Manager,

True Care Business,

Piramal Health Care,

Delhi

Dislocation affects the joints in the body, where the bones are forced out of their normal positions. This can cause pain, swelling, and limited mobility in the affected joint. It is important to seek medical attention for proper treatment.

Baking soda water is harmful unhealthy for long term use.In long term use of it is harmful. It may cause fluid imbalance and constipation Although once a while of its use is fine.Many say that human bones are directly affected by this.

Several possibiklitiews

Heart attack

Bad cardiovascular system ( see your doctor )

Loss of blood from sitting of it or leaning on it

Torn damaged or over streched tendon

See a Doctor for the first 2 symtems and call 911 for the first

Small tubes called arteries carry blood away from the heart throughout the entire body in all directions. At the same time, tubes called veins bring the blood back to the heart from the rest ofthe body. In the tubes, there are these things called valves, that act kind of like flap doors that keep the blood going the right way direction.

I hope this helped! :) :D

No, FeS (iron sulfide) is not an electrolyte. Electrolytes are substances that conduct electricity when dissolved in a solvent, such as water. FeS is not soluble in water, so it does not dissociate into ions to conduct electricity.

I would like to try and explain the effect that the John Ellis Water machines have on water. I went to the US patent site and read all patents associated to the John Ellis machine it does not take a rocket scientist to understand the associated patents written by scientist who discovered how to purify water. John Ellis simply made a small machine that does what the scientist discovered.

the UV will kill and sterilize any water that is exposed to it. But that is not the sole purpose in the Machine. the purpose is to create a pure distilled water without the normal memory markers in water. You see not all distilled water is without memory markers disease and no distiller produces absolutely pure water. the John Ellis machine produce a water purity level of 00.06 to 00.02EC, and the average home distiller produces 01.40 to 00.02EC, I used an electrical device used by water purification companies to check the water. while the device does not tell you what is in the water it only check the electrical conductivity of the water. basically it just gives an indicator of the waters mineral dissolution levels that conduct the electrical current. that means my deep well water which registers a high 564.4EC may not have any harmful chemicals but has a large amounts of dissolved iron, copper, zinc, calcium, magnesium, salt and other minerals etc.

Touching the UV radiation, in the boiling chamber the steam is exposed to a certain level of UV radiation that converts the steam to Ozone, when the Ozone is cooled in the distillation tubes it converts back to water with trace Hydrogen Peroxide which is what ozone turns to naturally when cooled, Even rain water has trace levels of Hydrogen Peroxide naturally, this makes the water Pathogen free. this is why the water works against cancers no pathogens. also explains why nothing will grow in the water for some time after the distilled water has been stored in bottles.

The bond angle of water has been found to be lessened when pollutants are added to the water, the maximum natural water bond angle is actually 104.45 and some believe it can't be changed. However when shown the difference in a water sample from John Ellis machine they are surprised. Then someone came up with the solution as to why. the hydrogen peroxide and Ozone traces found in the water have wider bond angles that affects the water molecule. Hydrogen Peroxide H2O2 has a bond angle of 111.5 and Ozone O3 has a bond angle of 116.8.

Something else quite unique and observable is waters natural molecular shape is bent, but after the distilling it seems to be more biometric angular as that of H2O2 and O3. it would seem that the water takes on some of the traits of H2O2 and O3 structures. this would answer the question of why the distilled product will form columns, crevices and mountains when frozen. I have had the water form ice peaks in my freezer.

Added together the properties of the wider bond angles can be attributed to the other two trace elements used to create the product. I have not gotten any verification from a Chemist as to the molecular structure of the product but it is still a form of water. it is not dangerous to drink as a matter of fact it has been found healthy is many cases.

Also the machine excites water by centrifugal effect by stirring the water at a high rate of speed. What I have learned when water is excited it becomes H2O+ (positively charge Oxygen)when the water molecule is in this state it can combined at a atomic level easier with other molecules like the H2O2 and O3. thought this is very hard to observe scientifically. But when water is excited it becomes H2O+. I am not sure how it all works but here is a quote from a scientist as to what I tried to say simply and clear, "the solvated electron can recombine with the H2O+ cation to form an excited state of the water, this excited state then decomposes to species such as hydroxyl radicals (HO.), hydrogen atoms (H.) and oxygen atoms (O.). Finally, the solvated electron can react with solutes H2O2 and O3 and the solvated protons and then reform the hydrogen oxygen atoms."

Another factor the water being treated is heated to very hot temperatures and switched back and forth to a cooler chamber, this is known as the equilibrium thermodynamic system that is the E5. Now heating the water to great temperatures and then passing it back and forth from one chamber to a cooler chamber and back again this is what causes the water to be able to take on different characteristics of the H2O2 and O3 without becoming either. the equilibrium is done by a certain amount of pressure exerted on the water molecules as they are heated in the boiling chamber then when pressure is to strong it causes the water and mixed gases to pass each other in the tube and cooling chamber the gases of O3 and H2O2 are intermixed in the water and it is this P=KC constant (P=Pressure, K=Kelvin or temp and C=concentration of gases) that works a reaction in the water. I don't understand it all yet but I am still researching about it. it is exciting stuff to say the least.

also see John Ellis own web site under "how does it work" he will tell you how the machine works.

At this point I feel I must make this Disclaimer, this is my own opinion and theory as to how John Ellis machine affects water, and not fully verified by the scientific community as I am neither a chemist or scientist. However I am no dummy either. Furthermore. this does not reflect on any opinion or theory of John Ellis, his family or his company as to why his product has a wider bond angle or its chemical components caused by hot to cooler chamber exchanges or UV radiation effects on water or steam. I do not know John Ellis or any of his family or business associates personally or professionally. But I wish I did.

These were just some of the few things I understood and observed about the functions of the machine, and as I sought to understand what these things actually did to the water it was amazing to see that a little machine could do so much. By the way I have not spoken to you about the chamber and tube sizes and some of the physical things that also attribute to the machines functionality and performance as all these factors contribute to the end product. I am still trying to find out more as to what effect the machine has on water.

But this I can say it lowered my blood cholesterol level, my blood pressure is lower, my heartbeat is lower, my stools are softer and more regular, my Kidney's and urinary tract stays clean and infection free, my little girl thinks I put sugar in the water (I think you all heard that one before), I let some flowers die in a vase filled with the water the flower completely rotted but the water stayed clean and odor free then I removed the remains of the flower and it took three months before moss grew in it, and the water did cause a strong reaction in my deep well. I had to pump the well clear which took four hours before we could drink it again.

I hope this article will help some of you understand the effects of the John Ellis Living Water machine has on water. And in so doing this may help you to make a decision as to your purchase of the best water distiller on the market. There are no other machines that I know of that do so much to the water as John Ellis living water machine.

When a girl does not practice good menstrual hygiene, she is at risk of infections like bacterial vaginosis, urinary tract infections, and yeast infections. It can also lead to unpleasant odors, discomfort, and skin irritation in the genital area.

it promotes : confidence (as you are not trying to be like anyone else) bullying (individuality can be seen as the odd one out so a chance to bully) your own person (not botherd what other people think)

A perfect blood pressure reading is typically around 120/80 mmHg. A normal heart rate at rest is around 60-100 beats per minute. It's important to remember that ideal values can vary based on factors like age, fitness level, and overall health.

Senile myocardial degeneration refers to age-related changes in the structure and function of the heart, particularly in elderly individuals. These changes may include fibrosis, stiffening of the heart muscle, and alterations in the conduction system of the heart. It can lead to decreased cardiac function and an increased risk of heart-related conditions.

A good lifestyle is one that incorporates balance in areas such as physical activity, healthy eating, quality sleep, stress management, and positive social connections. It involves taking care of both your physical and mental well-being while also pursuing activities and interests that bring you joy and fulfillment. It's important to find a lifestyle that works for you and supports your overall health and happiness.

Good Samaritan laws in the United States are laws or acts protecting from liability those who choose to aid others who are injured or ill. They are intended to reduce bystanders' hesitation to assist, for fear of being sued or prosecuted for unintentional injury or wrongful death. Similarly, in Canada, a good Samaritan doctrine is a legal principle that prevents a rescuer who has voluntarily helped a victim in distress from being successfully sued for 'wrongdoing'. Its purpose is to keep people from being reluctant to help a stranger in need for fear of legal repercussions if they were to make some mistake in treatment.[1] Good Samaritan laws vary from jurisdiction to jurisdiction, as will their interactions with various other legal principles, such as consent, parental rights and the right to refuse treatment. Such laws generally do not apply to medical professionals' or career emergency responders' on-the-job conduct, but some extend protection to professional rescuers when they are acting in a volunteer capacity. The principles contained in good Samaritan laws more typically operate in countries in which the foundation of the legal system is English Common Law, such as Australia[2]. In many countries that use civil law as the foundation for their legal systems, the same legal effect is more typically achieved using a principle of duty to rescue.