How Not to Kill Mold

Written by Dr George W Graham


How Not to Kill Mold

We hear about mold inrepparttar news allrepparttar 114132 time. It has been linked with:

* Headaches * Sinus Infections * Coughing * Weakened Immune System * Dizziness * Skin Infections * Ear Infections * Cancer * Brain Damage * ADHD

The toxins (poisons) thatrepparttar 114133 molds create are harmless to humans outdoors where concentrations are low. Indoors, concentrations go up. Whenrepparttar 114134 amounts are sufficiently high,repparttar 114135 mycotoxins (mold poisons) can make you and your kids sick.

The Arab Oil Embargo of 1972 caused us to tighten up our homes to conserve energy. This has allowed mold toxins to build up even in homes with only a moderate amount of mold colonies.

You often aren't sick enough to go torepparttar 114136 doctor when you are infected by mold. You take aspirin for your headaches and decongestants for your sinuses.

But over time these problems get worse. Minor problems with repparttar 114137 sinuses turn into inflammatory problems.

Inflammatory problems include: * Lupus * Arthritis * Chronic Fatigue Syndrome * Blood vessel deterioration

There is a more detailed list of molds andrepparttar 114138 diseases they cause at

http://www.themoldlab.com

The most common approach to killing mold is to use bleach. Unfortunately, bleach doesn't kill mold. It just bleaches it. It takesrepparttar 114139 color out. The mold is still alive and producing its poisons but we cannot see it.

Fish Oils And A Plethora of Chronic Health Problems

Written by Greg Post


I recently heard of an older couple that eats salmon every day for breakfast. To my finicky palate that does not sound as appetizing as waffles. Why do they do it? They argue that salmon isrepparttar most perfect food onrepparttar 114131 planet, full of protein and omega-3 fatty acids. They do it because they plan on living a long time.

Most of us know that fish makes for a healthier dinner than steak. It is lower in bad cholesterol and a few other things. But numerous studies supportrepparttar 114132 hypothesis thatrepparttar 114133 omega-3 fatty acids in fish oil have positive effects on a whole list of chronic disorders. Among these are high triglycerides, arthritis, Chrohn's disease, cancer, hypertension, Alzheimer’s disease, coronary artery disease andrepparttar 114134 neural development of children. To say it would be difficult to cover all these topics in a single essay is an understatement. But here are a few examples.

Japanese women have a much lower risk of breast cancer than do their American counterparts. However, Japanese women who move to America and adopt its dietary patterns have an equal risk of contracting breast cancer as American women within one generation. Women living in Japan have a high ratio of omega-3 fatty acids compared to omega-6 fatty acids in their breasts. Studies have shown that women with breast cancer have up to a five-fold higher ratio of omega-6 to omega-3. Omega-6 imbalance has been shown to promote tumor growth.

Breast tissue changes in response to diet shift within about three months. Supplementing with three grams of fish oil a day (equivalent to eating two large salmon) has demonstrated a four-fold increase inrepparttar 114135 ratio of omega-3 to omega-6 inrepparttar 114136 blood and a similar ratio increase in breast tissue thus decreasingrepparttar 114137 risk of contracting breast cancer.

The 1991 Rotterdam Study consideredrepparttar 114138 incidence of chronic diseases amongrepparttar 114139 elderly on a test population of 5,000 participants at least 55 years of age. In particularrepparttar 114140 study focused onrepparttar 114141 effects of dietary fat intake in relation to these chronic ailments. Dietary profiles were collected including statistics of total fat, saturated fat, cholesterol and polyunsaturated fats. Particular attention was directed toward fish consumption because fish is high inrepparttar 114142 omega-3 fatty acids eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA).

Ofrepparttar 114143 total study population 1.1% suffered with Alzheimer’s disease. The statistics indicated a relation between Alzheimer’s and high saturated fat intakes. Fish consumption was associated with a low incidence of dementia, especially Alzheimer’s. Autopsies indicate that a decreased level of DHA inrepparttar 114144 hippocampus and frontal gray matter ofrepparttar 114145 brain are associated with Alzheimer’s.

Saturated fats and cholesterol may negatively influence dementia because they affect cardiovascular health. Adverse cardiovascular events are associated with Alzheimer’s disease. In addition to this, omega-3 has anti-inflammatory properties and has been shown to play a role in brain and neurological development in infants. Omega-3 may have dementia preventing powers as well.

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