What causes hair loss?

Male Pattern Baldness (MPB) is a genetic trait. It’s called Androgenetic Alopecia. It’s inherited from your family. If the men in your family are showing a bald spot on the crown, it’s likely you will too.

This is an issue men have been dealing with for centuries. According to legend, Julius Caesar invented the laurel leaf wreath to cover his receding hairline.

Too bad Julius didn’t have access to Provillus in the days of the Roman Empire.

MPB results from genetic traits, and hormonal causes. Provillus can’t change your genetic history, but it can help with the hormonal causes.

DHT is the hormone involved in hair loss

DHT (dihydrotestostrone) is derived from androgen, a male hormone. As the androgen circulates through the bloodstream, it is converted to DHT by the enzyme, 5-alpha reductase. DHT tends to bind to hair follicle receptors,
causing the follicles to sprout thinner and thinner hairs until nothing regrows, and the follicles eventually wither away.

The life cycle of normal hair growth

Normally, hair has three phases of growth:

  • Anagen – The growth phase, lasts for two to six years. Usually 90% of the hair is in growth phase.
  • Catagen -- A transient phase lasting a few weeks. The hair becomes thinner and the follicle starts shrinking.
  • Telogen – The thinned hairs fall off to make way for new hair. This lasts for two to four months.

When excess DHT is in the bloodstream, it shortens the Anagen, or growth phase, and causes premature shrinkage of the follicles. Because the DHT is bound to the follicle, often the hair will not re-grow normally.


Provillus helps block DHT from strangling your hair follicles.

Minoxidil, the ingredient clinically proven, and approved by the FDA for re-growing your hair, inhibits DHT. This powerful active ingredient works in your hair follicles.

We add a nourishing blend of natural herbs and minerals to the formula for men. These herbs and minerals support and provide nourishment to nourish your scalp and hair.

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Friday, July 29, 2011

How To Find The Correct Home Blood Pressure Monitor

By Owen Jones


If you would like to check your blood pressure at home, you will need a blood pressure monitor. These monitors are not of necessity very costly and are within the budget of most households. There are in essence two kinds of home monitor: aneroid and digital.

The aneroid monitor has a dial-type gauge and you read off your blood pressure statistics from that. It also has a cuff, which you wrap about your arm and which you pump up with a rubber bulb. The digital monitors also use a cuff, yet it can be manually or automatically blown up. The results are read from a small screen. The choice is yours, but most people prefer the automatic digital monitor.

An aneroid home monitor is portable and requires neither batteries nor electricity so is rather cheaper than the digital version. It also has a stethoscope built into the cuff for simple monitoring. A problem could arise in noisy surroundings or if the user is hard of hearing. Someone with arthritic hands or fingers might have an issue squeezing the bulb as well.

Digital monitors are more expensive, yet they are more well-liked as well despite that, because they can be entirely automatic. The screen is also easier to read and some units come with a small printer to create a physical record of your readings. Other digital home monitors have a memory.

The one I use has three memories of thirty spaces each so that you can compare records for a month. Having three memories means that you can monitor and record readings for three separate people or three distinct time slots for one person for the period of a month. If you choose three time slots they could be morning, noon and night, as blood pressures differ during the day.

Whichever type of monitor you opt for, make certain that the cuff is the correct size for you. Be particularly cautious if you have very substantial or very thin arms. Check the age range for the device as well. Mine says for use only on people over 18 years, yet does not say why.

If electricity or batteries is ever likely to become a a problem, then the automatic digital home monitor might not be for you, although you might be able to rig it up to photovoltaic cells to exploit the sun's rays.

Neither of these units are difficult to use, if you know how, so be sure that the instruction book does not seem as if it was translated by machine. It is of course vital to know how to take precise readings and how to understand them. In order to check the accuracy of your device it is worth taking it with on your next visit to your GP.

You can check your readings against those of his sphygmomanometer, which is thought of as the gold standard of blood monitoring devices. Your GP will also be able to tell you what your systolic and diastolic pressures ought to be.




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