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3. • Latex gloves are used to avoid the transmission of infectious
diseases to healthcare workers. Some workers, especially those
working in healthcare, have reported the development of latex
allergy due to latex exposure. A milky fluid extracted from the
rubber tree, Hevea brasiliensis is what is referred to when
talking about "latex".
• Sometimes the term "latex" is used for some synthetic rubber.
Nevertheless, it should be noted that allergic reactions do not
occur with these. The proteins responsible for the allergic
reactions to latex are absent in synthetic latex. Some proteins in
natural latex initiate the allergic reactions experienced. It is
unclear to how long a person should be exposed to latex to
garner sensitization. Latex protein exposure directly correlates
with the risk of developing sensitivity. This means that an
increase in exposure equals an increase in risk.
5. • Vaccines can sometimes cause the body to have reacting to allergies.
What makes it worse is - this condition can lead anaphylaxis. The
progression of an allergic reaction to vaccines takes place very rarely.
The risks of non vaccination should be thought about before deciding
on a course of action. Mumps and measles are both reported to have
caused death. Children may be required by their schools to get
vaccinated. Moreover, parents may also protect their children from
acquiring these conditions.
• What are the triggers you and your kids can get after the vaccine is
administered? Egg protein and gelatin are believed to be the probable
causes of allergies. Proteins of egg are commonly found in flu and
yellow vaccine. Moreover, gelatins are commonly found in measles,
mumps, rubella, and varicella vaccines. Vaccines allowed to be
distributed in the United States are now free of the substance
thimerosal. This is in response to recent reports on the adverse effects
thimerosal gives to people with allergies.
7. • Most people think that it's the chemicals in cleaning products
that make some people itch. According to Dr. Wedner, "The
chemical agents do not trigger skin reactions such as itchiness.
The real cause is the additives in perfumes." Almost all soaps
and detergents contain plant extracts that are being added to
make it fancier.
• The skin may react to the perfume additive and give you a
rash." What to do: When choosing soaps to buy, avoid soaps
that have scent and additives. Do nut buy soaps that are not
phthalate-free. 5. When buying various products, check the label
for “diethyl phthalate” compounds. Although they are known
enhance texture, they are also linked to some allergic reactions
as well. Dove, Tide, and Ivory are less irritating to the skin. It is
best to choose these brands and other organic brands.
9. • One must be cautious in taking drugs because some may cause adverse effects.
The instructions on some drugs are stated clearly. However, it is always good
to be more cautious because the evil effects of these drugs are sometimes
unpredictable. Serious consequences due to allergic symptoms are only
minimal. However, there are still some conditions that make a person's life
difficult. This is when multiple symptoms like swelling, trouble
breathing, itching, rash and hives are experienced all at once.
• A large number of patients suggest that medications that are prevalent are
more likely to cause allergic reactions compared with other medications. Anti-
inflammatory drugs, penicillin, antibiotics in general, and aspirin are
considered drugs that give side effects. Anti-inflammatory drugs may give
similar effects as an allergic response when taken with penicillin. However, IgE
may not be involved. Drugs such as vancomycin, intravenous x-ray
dyes, paclitaxel, morphine and ACE inhibitors are known to provide the same
symptoms felt in an allergic response.
11. • Urushiol is an irritating and oily sap contained in poison ivy, poison oak, and poison sumac.
Itchy rashes are typical symptoms of allergic reactions observed with exposure to urushiol.
This may happen within a few hours, or days after exposure. Exposure to urushoil need not be
from direct contact. Indirect contact through other objects covered with the sap is possible.
• The poison plant leaves, stem, and roots predominantly consist of urushiol. Assimilation of
urushiol through the skin happens expeditiously. Inhaling urushiol particles in the air is
probable during poison plant combustion. The inhalation of urushiol can cause an extremely
serious allergic reaction. The smoke of the burning plant irritates the nasal passages, throat,
and lungs. The climate in Alaska, Hawaii, and the Southwest deserts do not provide optimal
conditions for the growth of poison plants.
• The existence of poison ivy can be categorized into two. It can occur as vines or as shrubs.
Areas on the north and west typically have poison ivy shrubs. In other places, poison ivy grows
as vines. When identifying a poison plant, remember its characteristic three leaflet pattern.
Poison sumac generally occurs as a woody shrub. This plant also has stems with about 7 to 13
leaves arranged in pairs. Harmless sumac does not have the bundles of green berries hanging
down from the shrub as is typical of poison sumac. Watery and marshy areas generally have
an abundance of poison sumac. Crimson berries occurring in bundles hang upright in a
harmless sumac shrub.
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