Hypertension and high blood pressure are alternative beats of the same heart. Do not neglect this serious type of disturbance in your system. Do not be under the impression that these high and lows happen in life!

Now, having the blood pressure monitor alone is not going to solve your problem. Monitor needs your cooperation. The number of blood pressure patients is rising all over the world. So are the types of blood pressure monitors. Many of the drug stores do also keep such machines as a customer facility. But the advantages of having your own monitor at home are many.

There is going to be some fluctuation in the measurement of the blood pressure if you take it home or in your doctor’s chamber. These little fluctuations are of academic interest only. Actually they have nothing to do with the basic condition of your health.

But if you are a confirmed blood pressure patient, to own a monitor is worthwhile, to enable you keep a constant watch about the change in the blood pressure level, so that you can provide an accurate data to your doctor for his examination.

As already said, the number and types of monitors available in the market are many. Blood pressure monitor costing as low as $25 to the costly ones ranging up to $300 are easily available. They are manual, electric as well as battery operated. The costly ones have many features as well.

Some models inflate automatically, some need to be manipulated manually. Most of the blood pressure monitors display pulse rate as well as blood pressure reading.

There are blood pressure monitors that give a warning in case of a missing heartbeat. Accessories like carrying case, note pad to keep the recordings and battery can be taken as sale promotion items. Nevertheless, they are very useful to you.

Now that you have the monitor, don’t consider yourself to be safe. It is just a tool. You are the actual person to control your blood pressure. That can be done through regular exercises, proper diet control, and with the removal of all those negativities that contributed to your blood pressure.

Also, just because you have the monitor, don’t make a chronic habit of taking the reading now and then. Have a fixed time table and a regular chart to note down the blood pressure readings.

Browse our Blood Pressure Monitors

Article Source: http://www.articlesbase.com/ – Using Blood Pressure Monitor At Home

What is a Heart Rate Monitor?

Sometimes called a cardiac monitor, a heart monitor is an electronic device that is used to continuously track your heart rate. Using this information you can determine the target heart rate at which you will maximize the cardiac benefits from your exercise. There are more complex versions of heart monitors which physicians use to detect any signs of deterioration in your heart functioning and make the necessary adjustments immediately.

Types of Heart Monitors

Today a wide range of heart monitors are produced – designed to cater for the specific requirements of different types of individuals.

Some heart monitors are primarily designed for weight loss programs – allowing the person to keep close monitoring of their heart rate during exercise and dieting to ensure they are not pushing their weight loss regime too hard.

Other kinds of heart rate monitors are designed for use by athletes in training and for people regularly involved in fitness programs.

Most heart rate monitors operate with a battery and emit wireless/electromagnetic waves.

Most personal use heart rate monitors can be portable – such as having the monitor fixed to your body by a strap and the display on your wrist – and not interfere with your movements, particularly if you are exercising.

Other types are built into standard exercise equipment like treadmills and exercise bicycles. In these situations you can read your heart rate by holding on to the handle of the equipment and checking the displayed result.

Selecting Your Suitable Heart Rate Monitor

• Monitors with Chest Straps:

Heart monitors that come with chest straps are usually the most accurate. You fix the chest strap around your chest, a few centimeters below your breast. Fixed into the strap is the device which can detect the electrical activity of your heart and transmit that to the display – the same process as your physician uses when you are hooked up to an ECG machine. While, for most people, the simplest form of display straps to your wrist like a watch. There are some heart rate monitors which provide their results as an audio message through earphones;

• Finger tip monitors:

An alternative are those heart rate monitors which fit over your finger tip, and are usually connected by a wire to a display screen. These are not only generally less accurate than the chest strap type, but are in no way as convenient in terms of their portability.

Advanced Features of Heart Monitor

The basic, lower-end heart rate monitors usually display only your heart rate and some show your elapsed exercise time as well. This does not provide you with sufficient information you will need if you are trying to maximize the benefits of your exercise. The models in the higher end range provide a range of additional features but these come at a price.

Some of the additional features available are:

• heart rate zone alarms – which sound a buzzer alert if your heart rate begins to fall outside the target zone rate you have set;

• timers – which act like stop watches and alarm clocks;

• some monitors even calculate the number of calories you have burned – calculated on your heart rate and the time you have been exercising.

Should You Buy a Heart Rate Monitor?

Heart rate monitors can be expensive, particularly if you want to buy one of the high-end models with all those advanced features. If you decide to buy one of the cheaper, basic heart rate monitors you should be aware that, like any cheaper electronic equipment, some of those cheaper models may be of such poor quality that they are only providing you with inaccurate information about your heart rate.

By: John Vanse
About the Author
John Vanse has a network of health related websites. These can be accessed through the key site: The Better Health Guide

Most people would typically ask, why do I need a Digital Pedometer? Since I am already exercising by walking or jogging everyday, I had achieved my daily activity needs. Well, the purpose of a Pedometer is essentially to measure your activity level by specific measurement of steps and miles. By doing so, you can set specific goals for yourself and become more active as you continue to work towards your goal everyday.

If you are planning for a long-term fitness program (eg. weight losing, fitness or wellness program), a Digital Pedometer will be worth the small investment since you can motivate yourself to be more active on a daily basis. You can get a simple Step Counter Pedometer for a start which costs between $10 – $20 only.

If you are a beginner to Pedometer, and have no absolute idea which type is suitable for you, I would recommend that you go for one that is simple, reliable yet cost efficient. A simple Pedometer is also known as a step counter, only does step counting exclusively. It is perfect for beginners like you who focus a lot on the number of steps (10,000 steps) per day.

A step counter will also be ideal as it’s primary function is only to count steps. Hence it will be more reliable in results and durable compared to other types of Pedometer which come with many complex functions. The cost of a step counter will typically be cheaper too.

If you purchase a Pedometer that has a lot of energy consuming accessories eg. FM radio, talking function, back light etc, you will expect a much shorter battery life. Hence, to avoid changing of battery frequently, as a beginner, you should opt of a simple step counter.

Before getting a Pedometer, you should consider carefully why do you need one. Make sure you understand how can one help you before you invest your money.About the Author

Why Do You Need A Digital Pedometer? | Digital Pedometer For A Beginner

The fact that people are becoming health conscious can be gauged from the fact that the body fat scale is becoming a rage both among the young and the old. Till recently, the availability and temptations of junk food have led to disastrous results in our lives. Obesity has become common and weight gain is one of the worst problems in the society. But not anymore, people have become health conscious. And they are resorting to body fat measurement to judge their healthiness.

Benefits of using a body fat scale

You might have doubts like many others about the necessity of owning a body composition scale, especially if you already own a weighing scale. But there is a lot of difference between the two. Whereas a body fat measurement scale can measure every excess fat in your body, an ordinary weight only gives the overall weight including your bones, muscles etc. In short, you cannot separate the weight of your body fat from that of your body weight. A body fat scale can actually show a person how much body fat has gone down for his/her efforts. And of course how much muscle has replaced the excess fat. This is more always more welcome news than overall body weight loss.

Choose the apt body fat scale for yourself

The market today is full of body fat scales. But you should always go ahead for one with efficient monitors. It would be even better if you procure one with also a body water monitor. This would help you in preventing de-hydration which is a very common problem these days. Also while getting yourself a body fat scale always go for good brands like Omron, Weight Watchers or Tanita in order to keep better track of your performance and progress. Nowadays, you can also get body fat measurement online.

These body fat scales and body fat measurement scales are most efficient and result oriented ones. You can find different models of body composition scale to suit your requirements.

Ozone, a compound consisting of three oxygen atoms, is a highly efficient cleaner. When paired with an ultraviolet light source, ozone is able to clean nearly any surface rapidly and effectively. This has been confirmed through years of testing and research.

In the 1970s, a series of experiments first began to show the efficacy of UV cleaning, and eventually, the combination of UV and ozone. An early experiment in 1972 showed that UV light, combined with a quartz filter and a mercury lamp that generated ozone, was able to successfully aid the depolymerization of photoresist polymers.

Another experiment was able to demonstrate the ability of UV and ozone to clean hydrocarbons from glass and gold surfaces. The results indicated that absorbed hydrocarbons could be removed from these surfaces after 15 hours of exposure to the UV/Ozone mixture, and that storing the surfaces underneath the cleaner would allow that cleanliness to be retained indefinitely.

Another series of tests in the late 1970s demonstrated the ability of an UV/ozone mixture to cleanse surfaces in less than a minute, under optimal conditions. Since then, use of UV/ozone has been steadily increasing in many industries.
In order to determine the optimal conditions for UV/ozone cleaning, the experimenters began by creating two UV cleaning boxes, made out of aluminum. Both boxes contained mercury lamps, which would be used to generate different wavelengths of light, serving as the variable in the experiment. Only the light that is absorbed can be of use in cleaning, so it is important to determine what wavelengths are most efficiently absorbed.

Two different wavelengths were of the most interest to the experiment- 184.9nm and 253.7nm. The lights passed through three different envelope materials (quartz, high silica glass, and glass) at each wavelength. Quartz was able to lead to the creation of both 184.9nm and 253.7nm, while the glass envelopes could not produce both. The production of both wavelengths is significant. Ozone is created at the 184.9nm level, while the presence of 253.7nm helps in the destruction of ozone. If both are present, then there is a constant creation and destruction of ozone, which in turns encourages the formation of atomic oxygen, an exceptionally strong oxidizing agent.

While ozone and UV radiation combine to be a strong cleaner, the experimenters did find that gross contamination should be removed before the process. Pre-cleaning allows for the removal of contaminants like dust, which cannot be cleaned by the ozone and UV light. Also, it prevents contaminants from forming a shield against the UV rays through excessive buildup.

By removing the major contamination with another wash process, the UV and Ozone stage will be able to strip away the more difficult to reach, smaller, particles of contamination. The experiment shows that various methods, whether they are aqueous, solvent, or a combination will be adequate.

Depending on the amount of contamination and distance from the source of the cleaning mixture, the cleaning process can be remarkably quick. To measure this, the experimenters placed one piece of material to be cleaned 5mm from the light source in the first box and in the second box placed a piece of material at 8cm. The piece located at 5mm was cleaned 10 times faster than the sample at 8cm.

With a combination of wavelengths at 184.9nm and 253.7nm through the use of a quartz filter, a small distance from the light source, and a pre-cleaning, the sample materials were cleaned in approximately 10 seconds. The materials reached a remarkably high standard of cleanliness in this method- it produced near-atomically clean surfaces, as evidenced by Auger electron spectroscopy (AES), electron spectroscopy for chemical analysis (ESCA), and ion scattering spectroscopy/secondary ion mass spectroscopy (ISS/SIMS) studies.

UV/Ozone cleaning has many applications. It can be used to clean semi-conductors, as it was in the experiment. It can also be effective in cleaning water. The cleaning combination has shown the ability to clear water of toxic contaminants like ethanol, medical waste, and pesticides. Further tests on the subject of water cleaning with UV/Ozone have shown that using the two in conjunction is more effective than using either alone.

This method of cleaning works well on many flat surfaces provided the proper setup is used. As long as the surface to be cleaned has had gross contamination removed, is properly exposed to the light, and given the optimal amount of time to be cleaned, UV/Ozone cleaning will produce a nearly completely clean surface by any measurement.

Shop for swimming pool uv ozone generators

Read more: http://www.articlesbase.com/environment-articles/uvozone-cleaning-introduction-and-basics-316122.html#ixzz0pYSVyMSa

1. Set the Thermostat Properly
The most economical operation of your system comes from setting the thermostat properly. Set the thermostat at the lowest winter setting at which you are comfortable. Typical settings are 68 degrees for winter heating. When heating, your operating costs increase 3% to 8% for each degree your thermostat is raised.

2. Tune-Up Heating System Annually
Energy costs have increased up to 60% or more this year. One way you can minimize this increased expense is by having annual service done to your heating system. Studies show that homeowners having annual service to their systems spend an average of $30 less each month because of increased efficiency. Lack of regular maintenance is also the #1 cause of system breakdowns and costly repairs.

3. Keep the Air Filter Clean
The easiest way to ensure your system operated efficiently is by keeping the air filter clean. There are several types of air filters and several possible locations for the air filter on your furnace. Ask Apollo’s service technician next time he’s out at your home to show you where your air filter is located and which type of air filter to use. If you have allergies, you should look at a pleated allergy filter or a media or electronic style air cleaner.

4. Keep Doors and Windows Closed
Close all doors and windows to the outside (even garage doors). This will reduce the heating load in the winter, making your heating system operate more economically.

5. Keep Vents and Grilles Unobstructed
Arrange your furniture and drapes so that all output vents and intake grilles are free from obstruction. This will also reduce the heating load on your furnace and allow for more economical operation.

6. Avoid Excess Use of Exhaust Fans
Excessive use of kitchen or bathroom exhaust fans will make your system work harder. Keep energy costs in check by making wise use of exhaust fans.

Energy Efficient Ductless Furnace Ecnomical Heating

We all know the importance of toothbrushing for oral hygiene and plaque removal. However, brushing teeth with the right techniques is only one part of the equation. It is also important to keep toothbrushes clean and sanitized. This is where toothbrush sanitizers come into the picture.

Before discussing toothbrush sanitizers, let us take a look at some of the facts associated with a wet and not properly cleaned toothbrush:

1. Germs can remain and breed on wet toothbrushes after brushing.

2. Toothbrushes can also be contaminated with germs from the bathroom, and from neighboring toothbrushes.

3. In addition to germs, things that may also have been collected on your toothbrush include bacteria, viruses, fungi (molds and yeasts) and other microbes.

4. Common colds/flu and other infections can easily be passed from one person to another when unsanitized toothbrushes are stored together.

5. Germs can prolong infections like gum disease, colds and sore throats.

Now we can see that it really isn’t a terribly good idea to leave toothbrushes wet and uncleaned. Toothbrush sanitizers work by killing the bulk of the germs and microbes resident on toothbrushes. In so doing the risks of infections by various microbes are reduced.

There are various types of these sanitizers. The more common ones are based on ultra violet technology and are quite easy to use. You simply put your toothbrushes in a sanitizing chamber and switch the unit on. Inside the chamber a UV bulb comes on and distributes UV light on the brushes. Typically after 5 to 10 minutes, the bulb switches itself off when the process is completed and the toothbrushes are sanitized. The word “sanitized” usually means that around 99 percent of bacteria has been killed.

There is another type of sanitizers using steam to do the work and taking water as input. Apart from the extra step of adding water, the steam-based sanitizers are just as simple to use as the UV-based ones. There is however a number of advantages with the steam-based sanitizers. First, the cleaning is a little more thorough as steam can penetrate nooks and crannies within the toothbrushes better than UV light can. Second, it takes a much shorter time to do the cleaning. Third, steam cleaners generally also clean the handle and not only the brush head.

Most of us understand the importance of keeping our teeth clean and yet somehow fail to understand the importance of keeping our toothbrushes sanitized. A toothbrush sanitizer should really be considered a bathroom essential.

Article Source: ArticlesBase.com – Toothbrush Sanitizers – Why They Should be Considered as Bathroom Essential

Most purifiers cannot completely remove fine lung-penetrating particles, lingering odors, toxic volatile gasses, or secondhand smoke, so most of the industry concentrates on products which simply make things look clean!

The Sun Aire™ Air Purifier safely destroys micro & macro organisms such as bacteria, viruses, mold, mildew and fungi freeing you of allergy and asthma symptoms.

Before you buy an air purifier check an air purifier’s efficiency rating.

The Sun Aire Air Purifier uses their own Photon UVC Lamp method (like the sun) to safely clean the air you breathe while producing no harmful side effects in an area of up to 2,000 square feet.

It is important to know how the Air Purifier works.

Room air is pre filtered as it enters the unit. The air is circulated around ultra-violet and anti-germicidal lamp. Thus it is “energized” into allotropic oxygen, using this cool, safe, photon process. The “energized” air is blown out the front of the machine and enters your indoor environment, seeking out contaminates in every corner. When the “energized oxygen” comes into contact with a Particulate, Pathogen or Gas, the activated atoms attach themselves to the contaminate. If the contaminate is a gas, it changes its molecular structure. If the contaminate is a particle, it oxidizes it. The patented Photozone Advanced Photo Oxidation (APO) process, generates ozone, but has some significant differences: The special Photozone UV lamps produce the exact wavelengths needed to produce not only ozone, but other higher forms of activated oxygen as well. No significant corrosive nitric oxides are present. The gas is full of negative ions. Note the similarity to the negative ion avalanche effect noted by the Japanese physicist in the section on cold process ozone. An analysis of the compounds in Photozone gas is as follows:
•    Ozone, 03, 66.7%
•    Hydroxy Radical, OH, 14.7%
•    Hydroperoxy Radical, H02, 6.3%
•    Hydrogen Peroxide, H202, 5.9%
•    Atomic Oxygen, 0, 4.4%
•    Other Oxidants, 2.0%
•    Nitrogen Oxides, NO, <0.1%

Also note that the lifetime, washable 0.5 micron 2-stage electrostatic pre-filter is an important feature of this product and alone will save you approximately $100 – $200 per year in expensive replacement filtering media such as Hepa, Charcoal or Carbon.

If you need an air purifier primarily for odor and gas control, you would want an air purifier that will first remove the majority of the particulates in a pre-filter and then have the gases and odors removed.

In addition to ridding your environment of the Lung Damaging Particles, the Sun Aire™ Air Purifier also neutralizes the offensive odors caused by smoke, pets, cooking, chemicals, carpet, paints, solvents and more.

The size matters.

Measuring 11″x10″x8″ and weighing only nine pounds the Purifier comes with a convenient carrying handle so you can purify the air no matter where you are.

How efficient is it?

Both versions safely, efficiently and economically clean your air using the equivalent of a 60 watt light bulb and the lifetime .5 micron pre filter that never needs replacing.

Don’t forget the outlook.

This standard unit comes in a durable stainless steel finish or in a beautiful Oak finish to discreetly blend in with your home decor while safely purifying your air.

We support the country.

All Sun Aire™ Products Are Proudly Made in the USA

Without clean air we couldn’t breathe.

The World Health Organization states that 2.4 million people die each year from causes directly attributable to air pollution, with 1.5 million of these deaths attributable to indoor air pollution.

Epidemiological studies suggest that more than 500,000 people die each year from cardiopulmonary disease linked to breathing fine particle air pollution.

A study by the University of Birmingham has shown a strong correlation between pneumonia related deaths and air pollution.

The Environmental Protection Agency survey shows that indoor air pollution is among the top five environmental risks to public health. The study, itself reveals that indoor levels of pollutants are 25 times and occasionally up to 100 times, higher than outdoor levels.

More than 15 million Americans are estimated to have asthma, including one-in-13 school-age children, other 28 million suffer from hay fever and other allergies.

Direct causes of air pollution related deaths include aggravated asthma, bronchitis, emphysema, lung and heart diseases, and respiratory allergies. The health effects caused by air pollutants may range from subtle biochemical and physiological changes to difficulty in breathing, wheezing, coughing and aggravation of existing respiratory and cardiac conditions. These effects can result in increased medication use, increased doctor or emergency room visits, more hospital admissions and premature death. The human health effects of poor air quality are far reaching, but principally affect the body’s respiratory system and the cardiovascular system. Individual reactions to air pollutants depend on the type of pollutant a person is exposed to, the degree of exposure, the individual’s health status and genetics.

Many people don’t know that pollution may be worse inside their homes than outdoors. Our homes are now more energy efficient, but they are also rich in allergens, toxins, and health threatening agents. Especially vulnerable are our children, who inhale 50% more air per pound of body weight than adults. According to a study by the Commonwealth of Massachusetts, indoor air contaminants are responsible for half of all illnesses. Tobacco smoke actually contains over 4,000 compounds, many of which are strong irritants. Cooking, cleaning and other home activities can additionally create indoor pollutants. Most homes generate about 40 pounds of dust per year for every 1.500 square feet of space. About 40,000 dust mites, a common cause of household allergies, can be found in only one ounce of dust. Even a spotless home can allow indoor pollutants to flourish. Bathrooms, damp basements, and even carpets and furniture are often the prime causes. Many airborne contaminants are invisible—spores, bacteria, particulates, gases and chemicals can all contribute to short and long-term health consequences, including headache, allergies, fatigue, asthma or even cancer.

So now we have to think. Is it worth spending money on medicines, doctors and treatments or we better prevent all of this? Don’t wait for bad things to happen when you can eliminate them.

To avoid the illness is hundred times better than to fight it after it has come.

Air Purifiers

Nine out of ten diseases, including the common cold and the flu, are caused by water or airborne bacteria and viruses. When comparing disinfectants one should keep in mind that there are very few bad chemical solutions for killing micro-organisms.
Nearly all biocides will disinfect nearly any water if the right dosage and reaction time are applied. The most important future issue of disinfectants will be how environmentally friendly the antimicrobial agent will be:

What disinfectant by-products will be formed and how efficiently, that is how quickly can the disinfectant applied achieve a sufficient log reduction of bacteria, viruses and fungi?

Ozone (O3) is poisonous and can kill bacteria and fungi as well as cause changes in molecular/chemical structures to eliminate odors caused by these bacteria. Ozone kills microorganisms with a process known as “cellular lysis”. In the oxidation process, ozone ruptures the cellular membrane of microorganisms and disperses the bacterial cytoplasm into solution, thus making reactivation impossible. This process takes place in about 2 seconds. In water ozone releases extra oxygen molecules so that Hydrogen dioxide (H2O) results in hydrogen peroxide (H2O2).) This causes anything that relies on water, such as bacteria and fungi, to be effected: rubber and plastic can dry out, water exposed long enough becomes hydrogen peroxide, many odorous substances become neutralized and/or it’s causing bacteria/fungi will be sterilized (It can even be used on tear-gas residue).

As a comparison based on 99.99% of bacterial concentration being killed and time taken ozone is:
25 times of that of  HOCl  (Hypochlorous Acid)
2,500 times of that of  OCl  (Hypochlorite)
5,000 times of that of NH2Cl (Chloramine).

Further more, ozone is at least 10 times stronger than chlorine as a disinfectant.  Chlorine reacts with meat forming highly toxic and carcinogen compounds called THMs or tri-halomethanes – rendering meats lesser quality products.  THMs was also implicated as carcinogens in developing kidney, bladder, and colon cancers.  Chlorine also results in the production of chloroform, carbon tetrachloride, chloromethane besides THMs.  On the other hand, ozone does not even leave any trace of residual product upon its oxidative reaction. Like chlorine, ozone kills microorganisms. The sterilization action of ozone is by “direct kill attack” and oxidation of the biological material. Virus destruction with ozone is instantaneous, safe and foolproof, as ozone is nature’s own purifier. Chlorine’s reactive oxidant is hypochloric acid which is formed when chlorine is dissolved in water. This powerful oxidant will have significant long term negative effects on our water sources. Ozone, on the other hand, has no side effects as far as the treatment of water is concerned. It has properly been described as the “add-nothing” sterilant.

Ozone generators for swimming pools and spas.

Hand-crafted in the USA.