Carpediem Barcelona

Archive for March, 2011

If you are looking for the best and simple solution that will cure your sweaty feet then you have to read this article. I have been searching for a cure that would help me get rid of my sweating problem for quite some time now and I have finally found a remedy that completely cured my sweaty feet in just 5 days.

When I started searching about possible cures for the first time I found out that there are only a few available and even those are not 100% successful. I have tried them all and I was even so desperate that I wanted to get a surgery. But I found a treatment called iontophoresis that was supposed to work in just a couple of days.

The treatment is performed by a device that releases a small electrical current through your feet while you have them placed in the water. But the price for the device was over one thousand dollars. I couldn’t possibly afford that. So I started searching for an alternative and have put a lot of time into making one myself.

After seeing how easy it is to actually build an iontophoresis device I have decided to make a manual about how to make iontophoresis machine yourself.

I have been testing it rigorously and it worked every single time with no side effects, at the same time I have learned what is the cause of failure or success so I have come up with a method that makes you succeed every single time.

Of course it’s your choice whether or not you want to go with the commercial device or the homemade one but it’s safe to conclude that iontophoresis machines really do work and really do produce amazing results.

Are your nurses confident they can tell the difference between a Stage I pressure ulcer and a Deep Tissue Injury (DTI)? It is important! A DTI will probably break down and become a Stage III or IV pressure ulcer, or it will become an area of necrosis. A stage I will just go away if the source of the pressure that is causing it is removed.

If a DTI is mis-assessed as a Stage I it won’t look very good on in your records when it suddenly becomes a Stage III or IV. That is why it is so important to get it right!

A Stage I is pink or red. It doesn’t blanch. It might feel warm, or it might feel a little boggy (Warmth and bogginess are important to remember when assessing the skin of a person of color.) If you are not sure, take the pressure off the area, and leave it alone for about 20 minutes. If it goes away, it was just hyperemia. No damage done. If it doesn’t go away, it is a stage I pressure ulcer.

A DTI is purple, lavender, maroon, or some other shade of purple. It is purple, purple, purple. Or, it is a blood-filled blister (a serum-filled blister is a Stage II).

A DTI is described on OASIS-C item M1308 as d.3 Unstageable. If it is the most problematic pressure ulcer for item M1302, it would be described as 3 Not Healing.

If in doubt, have another set of eyes look at the wound.

Did you know that over 600,000,000 people suffer from nickel allergy? Did you know that nickel allergy is on the rise?

As allergy to nickel becomes more and more common people are often left looking for an alternative metal to wear. One metal that is often proclaimed to be nickel free is sterling silver. But is it really safe?

In general, Sterling Silver is 92.5% silver, and 7.5% of “something else”. The vast majority of the time that “something else” is copper. Copper is nickel free and has the right balance of color, durability and cost to make it the number one choice by raw sterling manufacturers. However… tin, boron, lithium, germanium, zinc, platinum, indium and (to a much lesser extent) nickel can all be found in that 7.5%, too!

Another problem is that the formula for sterling silver is not static; it is always being refined to give it better properties. Want your sterling silver to tarnish a little slower? Add germanium. In fact, here is an example (from a sterling silver formula patent application) of what these exotic sterling alloys might consist of:


92.5% silver, about 0.5% copper, about 4.25% zinc, about 0.02% indium, about 0.48% tin, about 1.25% of a boron-copper alloy containing about 2% boron and about 98% copper, and about 1% of a silicon-copper alloy containing about 10% silicon and about 90% copper.


When you look at the example above you may have noticed the absence of nickel. The good news is that it is very unusual for sterling silver to contain nickel anymore.

In fact, we contacted Kevin Whitmore of Rio Grande Jewelry Supply, one of the largest and most respected suppliers of raw materials for the jewelry industry. We asked Mr. Whitmore if it was a common practice to see nickel used in sterling silver production and he said “It would be very unusual these days. There has been a flight away from having nickel in sterling silver for a few years now.” He went on to add “In fact, there is really no economical benefit to using nickel as there are better, and less expensive, materials that can be alloyed in.” Another reason he gave was the ban on nickel in Europe. “Who wants to make jewelry that they can’t sell in certain places?”

As Mr. Whitmore mentioned, Europe has a strict ban on nickel. In 1991 Denmark introduced regulation to severely restrict the use of nickel in jewelry and accessories. It was only a short time before a dramatic drop in nickel allergy was noticed in the population. Due to the success of Denmark’s ban, all of Europe followed suit with similar regulation in 2000. For this reason it makes sense for the manufacturers of sterling silver pellets and sheets (which are bought as raw material by jewelers) to keep nickel out of the manufacturing process of raw sterling silver.

What could be the problem (besides the remote chance the silver actually contains nickel) is that the jewelry piece could be plated with nickel. Sterling silver tends to wear and tarnish over time. There was a time when it was not uncommon for manufacturers to plate their pieces with nickel to give it a long lasting shine.

Also, rhodium is sometimes used (a member of the platinum group) to plate sterling silver to give it the look of white gold. Unfortunately, rhodium does not stick easily to silver so another metal is often used to coat the silver and the rhodium is plated over that “glue” metal. What is a very popular metal for that “glue” process? You guessed it, nickel. The problem is that rhodium is fairly brittle and can form microscopic cracks. Now the underlying nickel can get moist from your skin and leech out nickel salts. All of a sudden you have an allergic reaction to sterling silver, which is really the underlying nickel causing the rash.

So what does it all mean?

Since there seems to be no economic benefit to using nickel, and since regulation limiting the use of nickel is spreading, you really should put sterling silver on your list of safe to wear items. We recommend shopping online at jewelry stores that advertise “nickel free” since they should be extra sensitive to the subject when sourcing their products. Their rhodium should use a “glue” metal other than nickel; their sterling silver should be sourced nickel free. To confuse things even more there are a few different names used for sterling silver like:

Argentium Silver: This silver contains germanium to resist tarnish and should be nickel free. Alpaca Silver, German Silver, Paktong and New Silver: These are actually different names for Nickel Silver, a silver type that, as the name suggests, will likely contain nickel. These types of silver should be avoided!

In addition, when shopping, try to avoid older pieces that may have been produced when nickel plating was a more common practice and always shop where your “satisfaction is guaranteed or your money back”!

All metals have the potential to trigger an allergic reaction, even titanium, silver and, on very rare occasions, 24k gold. While nickel is the main culprit in metal allergy, and accounts for as much allergy as all other metals combined, be aware that people can be allergic to more than one metal at a time! Patient experimentation is the only solution if you suffer from a metal allergy. Follow the tips in this article and you will soon be living a fashionable, nickel free life!

Medications for cystic fibrosis are formulated to help keep lungs healthier, help contain and lower mucus formation in the lungs, and help replace necessary digestive enzymes. It is very important to get proper consultation with appropriate health experts. Self medication is not, and should not, work among sufferers of the condition just because of the simple reason that there are medications for cystic fibrosis that works in some patients but not in others.

If a certain medication works for some sufferers of cystic fibrosis, there is no assurance that the same medicine would work in all cases. It could take significant time before you finally find medications that could treat your or your child’s condition. If you aim to know every significant information about cystic fibrosis, it would be best if you would know that there are available medication choices you could take.

The primary and most common medicines are those that treat infections, or antibiotics, which are best for treating sinus and lung infections. Such medicines could be in pills, intravenous, and inhalable forms. Many medications for cystic fibrosis are aimed at clearing thickening mucus, especially those that clog breathing tubes within the lungs. The disease is characterized by building up of very thick mucus that grows in the airways. In interesting occasions, a therapist may be able to clear such secretions through manually clapping his hands on the back of the patient. This physical or manual lung-clearing technique could also be taught to parents of children sufferers.

There may be inflammation of air passages where mucus accumulates. That is why many medications for cystic fibrosis also include medicines that specifically help lower or eliminate general inflammation like corticosteroids and membrane stabilizers.

Aside from medicines that target the lungs and the breathing passages, there are also medicines treating the disease that are functioning to replace digestive enzymes. Cystic fibrosis may also affect the pancreas and its functions. That is why enzyme replacement therapies are also more common.

Take note that experts warn patients and families to be watchful over administration or application of medications. Logically, most of the medicines are prescribed. Self-medication is not advisable to patients suffering from this genetic disease. Doing so could very much put the life of any patient at greater danger and risk.

It’s nearly 40 years since war was declared on cancer and billions of dollars have been spent trying to find a cure for the disease, so why hasn’t progress been made in solving the problem. The treatments today are much the same as they were back in 1971 when war was declared and funds were allocated to find the answers to our cancer epidemic. The cancer rate is still climbing and that fact must be obvious to everyone. Are they really trying to find a cure to cancer or are they making too much money from treating the disease as we know that most of the treatment options are extremely expensive. Today 6 and half million people world wide are dying of the disease each year and still that elusive cure is not forth coming.

Here are some facts that are well known about the cancer industry to a few people.

Linus Pauling who was a professor of chemistry, and won 2 Nobel Prizes in his lifetime stated that most people should realise that most cancer research today is largely a fraud. Doctor Max Gerson, who was treating and curing patients of cancer, many of them terminal, back in the 50s, stated that there is no money to be made in finding a cure for cancer, only looking for a cure.

There are hundreds of pathogens present in the environment capable of causing infectious diseases in humans. Some of these diseases such as HIV/AIDS and Ebola are highly dreaded where death is the only way of getting rid of the infection. Most of these diseases occur as a result of certain risk factors that can be categorized into controllable and uncontrollable risk factors.

Some of the risk factors that can cause disease are highly ignored and not attended to properly. These sorts of risk factors are known as controllable risk factors. It is possible to control the spread of infectious diseases and prevent an outbreak by managing these factors in a proper way. Some of the risk factors of infectious diseases are explained below.

1. Unprotected sex: Sexually transmitted diseases such as AIDS occur mainly due to unhealthy or unprotected sexual practices. It is always better to use condoms while having sexual intercourse. Apart from that, one should always avoid performing oral sex with a stranger. It is always better if one remains faithful to his/her better-half.

2. Untreated open wounds: This factor poses the biggest risk to getting infected with pathogens. Open wounds should always be treated with immediate affect.

3. Poor hygiene: Soil contaminants such as nematodes spread into the system when people consume food with unwashed hands. It is always good to maintain good hygiene. One should wash hands before and after consuming food. Clothes including innerwear should be changed regularly. They should be thoroughly cleaned using a good detergent.

4. Spoiled food: Several food borne infections such as Brucellosis spread through consumption of spoiled food that is already contaminated with pathogens. Even pathogens such as nematodes spread through uncooked food. Hence, it is important to cook food thoroughly and consume it before it gets spoiled.

5. Unhealthy diet: Diet that lacks important ingredients such as proteins, fats, minerals, vitamins and carbohydrates can lead to decreased immunity. Individuals with unhealthy diet are highly vulnerable to infectious diseases.