Sensitive skin care is more than just choosing the right sensitive skin care product. Sensitive skin has a low tolerance level to certain products or environmental conditions. People with sensitive skin may react quickly to chemicals, heat or wind by developing red, blotchy and irritated skin. This following form part of this article:
• What are the methodologies for dealing with oily skin?
• Will fresh fruits and vegetables helps in having a healthy skin?
• What is the role of artificial cream and supplements helps in skin care?
Sensitive skin care is more than just choosing the right sensitive skin care product. To provide the best sensitive skin care, you need an overall approach to providing the best possible care.
Sensitive skin has a low tolerance level to certain products or environmental conditions. People with sensitive skin may react quickly to chemicals, heat or wind by developing red, blotchy and irritated skin. Different people have different levels of skin sensitivity. Some people may react to a product, while for others it produces no effect. Similarly, some people may have a very severe reaction, while others only have a mild reaction.
Problems Faced by People with Sensitive Skin
People with sensitive skin face many problems. The redness, irritation and blotchiness associated with sensitive skin can be uncomfortable and embarrassing. It can be annoying having to avoid everything that may cause sensitive skin to flare up. Providing the right sensitive skin care can be particularly difficult, as many skin products will have a negative effect.
Dealing with Sensitive Skin
NATURAL METHODS
Natural skin care can be an effective way of treating sensitive skin. Natural products are less likely to trigger the reaction that other products may have on sensitive skin. Here are some of the best natural ways to treat sensitive skin.
Food Intake and Hydration
Diet can play a big part in sensitive skin break outs. A healthy diet (containing plenty of fresh fruit and vegetables) will help skin look healthy. People with sensitive skin should pay attention to their diet and take note if any foods seem to trigger a sensitive skin reaction. Even some healthy foods may cause a reaction in some people, so do not discount these when you look at possible triggers. Hot and spicy foods are particularly likely to cause a negative effect.
People with healthy skin should also drink lots of water, which will help keep their skin hydrated. When skin is adequately hydrated, it is healthier and better able to fight off skin irritations.
Herbal Remedies
Herbal remedies are very good for sensitive skin, because they are free from the harsh chemicals that can cause skin problems. Generally, products that contain natural ingredients will be better for your skin and less likely to cause a sensitive skin reaction. Try the following remedies for some special sensitive skin care.
• Use almond or jojoba oil to cleanse your face.
• Comfrey steeped in water can make a good toner.
• Make a facial exfoliate by mixing grapefruit with oatmeal.
• Make a face mask out of fruit.
• Cucumber and yoghurt also makes a good face mask for sensitive skin.
• Licorice is a good product for sensitive skin. Look for skin care products that contain licorice.
• Green tea has anti-inflammatory properties, which may help prevent sensitive skin reactions.
• Aloe Vera can soothe skin that is red, irritated and blotchy. Apply directly to the skin.
Even when using natural products, people with sensitive skin need to be careful. As some sensitive skin reactions are caused by allergies, even organic products may cause an adverse reaction in someone. Check every product on a small area of your skin first, and stop using a product if it seems to be triggering the symptoms associated with sensitive skin.
Sunday, 16 November 2008
Public Health Interventions
Early public health interventions
By Roman times, it was well understood that proper diversion of human waste was a necessary tenet of public health in urban areas. The Chinese developed the practice of variolation following a smallpox epidemic around 1000 BC. An individual without the disease could gain some measure of immunity against it by inhaling the dried crusts that formed around lesions of infected individuals. Also, children were protected by inoculating a scratch on their forearms with the pus from a lesion. This practice was not documented in the West until the early-1700s, and was used on a very limited basis. The practice of vaccination did not become prevalent until the 1820s, following the work of Edward Jenner to treat smallpox.
During the 14th century Black Death in Europe, it was believed that removing bodies of the dead would further prevent the spread of the bacterial infection. This did little to stem the plague, however, which was most likely spread by rodent-borne fleas. Burning parts of cities resulted in much greater benefit, since it destroyed the rodent infestations. The development of quarantine in the medieval period helped mitigate the effects of other infectious diseases. However, according to Michel Foucault, the plague model of governmentality was later controverted by the cholera model. A Cholera pandemic devastated Europe between 1829 and 1851, and was first fought by the use of what Foucault called "social medicine", which focused on flux, circulation of air, location of cemeteries, etc. All those concerns, born of the miasma theory of disease, were mixed with urbanistic concerns for the management of populations, which Foucault designated as the concept of "biopower". The German conceptualized this in the Polizeiwissenschaft ("Science of police").
The science of epidemiology was founded by John Snow's identification of a polluted public water well as the source of an 1854 cholera outbreak in London. Dr. Snow believed in the germ theory of disease as opposed to the prevailing miasma theory. Although miasma theory correctly teaches that disease is a result of poor sanitation, it was based upon the prevailing theory of spontaneous generation. Germ theory developed slowly: despite Anton van Leeuwenhoek's observations of Microorganisms, (which are now known to cause many of the most common infectious diseases) in the year 1680, the modern era of public health did not begin until the 1880s, with Robert Koch's germ theory and Louis Pasteur's production of artificial vaccines.
Other public health interventions include latrinization, the building of sewers, the regular collection of garbage followed by incineration or disposal in a landfill, providing clean water and draining standing water to prevent the breeding of mosquitos.
By Roman times, it was well understood that proper diversion of human waste was a necessary tenet of public health in urban areas. The Chinese developed the practice of variolation following a smallpox epidemic around 1000 BC. An individual without the disease could gain some measure of immunity against it by inhaling the dried crusts that formed around lesions of infected individuals. Also, children were protected by inoculating a scratch on their forearms with the pus from a lesion. This practice was not documented in the West until the early-1700s, and was used on a very limited basis. The practice of vaccination did not become prevalent until the 1820s, following the work of Edward Jenner to treat smallpox.
During the 14th century Black Death in Europe, it was believed that removing bodies of the dead would further prevent the spread of the bacterial infection. This did little to stem the plague, however, which was most likely spread by rodent-borne fleas. Burning parts of cities resulted in much greater benefit, since it destroyed the rodent infestations. The development of quarantine in the medieval period helped mitigate the effects of other infectious diseases. However, according to Michel Foucault, the plague model of governmentality was later controverted by the cholera model. A Cholera pandemic devastated Europe between 1829 and 1851, and was first fought by the use of what Foucault called "social medicine", which focused on flux, circulation of air, location of cemeteries, etc. All those concerns, born of the miasma theory of disease, were mixed with urbanistic concerns for the management of populations, which Foucault designated as the concept of "biopower". The German conceptualized this in the Polizeiwissenschaft ("Science of police").
The science of epidemiology was founded by John Snow's identification of a polluted public water well as the source of an 1854 cholera outbreak in London. Dr. Snow believed in the germ theory of disease as opposed to the prevailing miasma theory. Although miasma theory correctly teaches that disease is a result of poor sanitation, it was based upon the prevailing theory of spontaneous generation. Germ theory developed slowly: despite Anton van Leeuwenhoek's observations of Microorganisms, (which are now known to cause many of the most common infectious diseases) in the year 1680, the modern era of public health did not begin until the 1880s, with Robert Koch's germ theory and Louis Pasteur's production of artificial vaccines.
Other public health interventions include latrinization, the building of sewers, the regular collection of garbage followed by incineration or disposal in a landfill, providing clean water and draining standing water to prevent the breeding of mosquitos.
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