EMFDEFENSE, as the name suggests, is a term that refers to the defense against electromagnetic fields (EMFs). EMFs are generated by various electrical and electronic devices, as well as by natural sources such as the sun. While EMFs are a natural part of our environment, there are concerns about the potential health effects of prolonged exposure to high levels of EMFs.
EMFDEFENSE involves adopting practices and using products that aim to reduce or mitigate exposure to EMFs. Here are some common uses and advantages associated with EMFDEFENSE:
Awareness and Education: EMFDEFENSE promotes awareness about the sources and potential health effects of EMFs. It encourages individuals to educate themselves about EMF exposure and make informed decisions about their lifestyle and device usage.
EMF Shielding: EMFDEFENSE often involves using shielding materials or devices to block or reduce the penetration of EMFs. For example, electromagnetic shielding materials can be used in building construction to create "Faraday cages" that block EMFs from entering certain areas.
Personal EMF Protection: There are various products available in the market that claim to protect individuals from EMFs. These include EMF shielding phone cases, radiation-blocking fabrics, and wearable EMF protection devices. The effectiveness of such products varies, and it is important to research and choose reliable ones.
Safer Technology Usage: EMFDEFENSE encourages responsible use of technology. This includes keeping devices away from the body when not in use, using hands-free options like speakerphone or wired headsets, and maintaining a safe distance from high EMF-emitting devices.
Healthy Living Spaces: EMFDEFENSE emphasizes creating low-EMF environments in homes and workplaces. This can involve arranging furniture and devices in a way that minimizes EMF exposure, reducing the number of electronic devices in bedrooms, and ensuring proper grounding and electrical wiring.
Advantages of EMFDEFENSE can include:
a) Potential Health Benefits: While the scientific consensus is that low-level EMF exposure from common devices is unlikely to cause significant harm, some individuals may be more sensitive to EMFs or have specific health concerns. EMFDEFENSE measures can provide peace of mind and a sense of control over one's environment.
b) Reduced Stress and Anxiety: For individuals who are worried about the potential health effects of EMFs, adopting EMFDEFENSE practices can alleviate stress and anxiety. Taking proactive steps to reduce exposure can provide a sense of empowerment and well-being.
c) Improved Sleep: EMF exposure, particularly from electronic devices like smartphones, can interfere with sleep patterns. By implementing EMFDEFENSE strategies, such as keeping devices away from the bedroom or using EMF-blocking materials, individuals may experience improved sleep quality.
d) Environmental Awareness: EMFDEFENSE promotes mindfulness about the electromagnetic environment. By understanding the sources of EMFs and their impact, individuals may become more conscious of energy consumption, device usage, and their overall environmental footprint.
It's important to note that while EMFDEFENSE practices may offer advantages and peace of mind to individuals, the scientific consensus regarding the health effects of EMFs is still evolving. It is recommended to rely on credible sources, scientific research, and expert guidance when making decisions about EMF exposure and protection.
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The three major classes are
- disease from pathogens including bacteria and viruses
- disease or syndrome caused by genetic abnormality
- diseases caused by deficiency or excess of various nutrients
These are a few of the morbidity causes in the U.S. However, I don't believe in statistics because they are not usually correct. All listed below are much higher in percentage.
newtest3
Leading causes of mortality and morbidity differ between the sexes e.g. death rates from respiratory related cancer is higher in males compared to females. However, a combined list ranking all causes would look like this:
Mortality:
Heart disease(including heart attacks)
Stroke (Cerebrovascular disease)
Respiratory related cancer
Dementia (including Alzheimers disease)
There are many disease pathways each with both distinct and common pathways. Common causes of illness and disease include dietary habits, as in a lack of dietary fiber intake. These can manifest into irregular bowel function and raise the risk group to colorectal cancers. High fat and cholesterol intake can also result in cardiovascular diseases, including but not limited to angina, stroke, and myocardial infarction. Other sources are from habits such as smoking, chewing tobacco, and excessive alcohol consumption. Resulting disease pathologies behind these behaviors are nose, throat and pulmonary cancers, and liver disease. Other sources are more difficult to assess and prevent such as genetic disposition to disease, as in the specific and widespread incidence of breast cancers in women, and even men.
Diabetes from weight gain, osteoporosis (lack of vitamin D and calcium as well as lack of exercise), lupus vulgaris/rickets from lack of vitamin D/sunlight but if you get too much sun you get can skin cancer (melanoma), scurvy (lack of vitamin C in the diet), anemia (lack of iron), jaundice (various causes), pneumonia (weak immune system), lung cancer (smoking), hypertension (high blood pressure) from weight gain, lack of exercise and diet (fat, high salt ,stress, smoking etc.)
It's the Swine Flu. In fact, the swine flu became an international sickness in a month.
hgs
The 10 leading causes of death for men in the United States are heart disease; cancer; stroke; accidents; lung disease (including emphysema and chronic bronchitis); pneumonia; diabetes; suicide; liver disease; and, homicides.
Heart disease, cancer, and stroke are the three leading causes of death in the state of California.
According to the World Health Organization, the top 10 leading causes of morbidity include hypertensive heart disease, lung cancer, ischemic heart disease, road injury, diabetes, and respiratory infections. It also includes diarrheal diseases, HIV, COPD, and stroke.
Cerebrovascular disease. You can see the top 10 causes of death in Japan at the WHO website - here is the direct link. http://www.who.int/whosis/mort/profiles/mort_wpro_jpn_japan.pdf
Philippines leading causes of morbidity & mortality in the year 2007: DiarrheaBronchitisPneumoniaInfluenzaHypertensionTuberculosisMalariaHeart diseasesCancerAccidentsTuberculosisChronic obstructive pulmonary disease and other respiratory diseasesDiabetes and Kidney diseases.reference : http://www.pfizer.com.ph/corporate/news/nih.html00
The top 10 leading causes of mortality in Iceland are almost all health related. They are in order coronary heart disease, lung cancer, stroke, Alzheimer's, breast cancer, lung disease, suicide, colon-rectum cancer, prostate cancer, and influenza and pneumonia.
The top 10 causes of death in Thailand are cancer, ischemic heart disease, stroke, lower respiratory infections, HIV, chronic obstructive pulmonary disease, diabetes, road accidents, chronic kidney disease, and cirrhosis. Road accidents are the only non-medical illness or condition on the list.
Four of the leading causes of death for American men are related to diet--heart disease, cancer, stroke, and diabetes.
Leading causes of mortality in the US include cardiovascular disease (heart attacks), vehicular accidents, domestic accidents, workplace accidents, natural causes (old age), and cancer.
what are the 10 leading causes of mortality and morbility rate in the pilippines latest 2008?
Cardiovascular disease - more specifically, ischemic heart disease
The leading cause of death in the Philippines is heart disease, followed by disease in the vascular system and pneumonia.