Best Cold Sore Treatment From Nature

If cold sore treatment is top priority for you right now, quickly read this short article. It reveals many outstanding cold sore treatment options from nature that you should begin using immediately.

Cold sores are always the result of the herpes simplex virus when it is actively replicating new virus particles. The end result are one or more blister-like sores on your lip or nose. These blisters are filled with a thick fluid and are very distracting to you and those talking to you. They usually come together to form a single, huge sore.

There is no known way to eliminate the herpes virus from your body, but you can slow down and prevent outbreaks with a few selected cold sore treatments.

One very popular cold sore treatment is with ice. Hold ice to the infected area for about 10 minute sessions at two hour intervals. This will help bring down the swollen tissue, and ease the pain.

Keep in mind, however, to stop using ice once the blister opens up. Then you switch over to hot compresses for fastest recovery.

A wet bag of tea will also be helpful. Hold the tea bag to the sore area for several minutes every 2 hours.

Also, it is an excellent idea to warm up the tea bag (do not burn yourself) and use it as a hot compress. Do this as 20 minute sessions at least four times each day to help relieve the troublesome symptoms.

Witch hazel is an excellent dryer and will encourage faster healing when used to dehydrate active blisters. Essential oils, such as peppermint or lemon, or the gel from fresh Aloe Vera can give soothing relief from your blisters.

Put a little household sugar directly on the blisters. Sugar is quite effective against bacteria, virus and fungal infections, and will help dry up the sore. Honey actually does a better job and is easier to apply.

Herbs frequently used for cold sore treatment include peppermint, sage, garlic and Valerian root.

Many of these actually offer up a natural source of anti-viral medication, which really helps with a speedy healing experience. Some also contain nutrients that greatly enhance your immune system for higher resistance to viral attacks.

Echinacea is a powerful herb and is known for its ability to quickly dehydrate cold sores. As an internal remedy, it is well proven against virus and bacterial infections.

Healing really accelerates when your sores dry up. Keeping the area well cleansed and the blister as dry as possible will help to a great degree. When a blister opens up, you are susceptible to a secondary bacterial infection. This is why cleanliness is so important.

Drinking sufficient water each day helps cleanse and strengthen your body in its fight against this virus. Some folks stay away from alcohol because they find it can trigger their outbreaks, although wine can actually help.

Alcohol will dehydrate you and weaken your immune system, both of which will render you susceptible for an outbreak of cold sores.

If you find yourself getting a lot of cold sores, you can slow them down dramatically with just a few changes in your habits.

Stress is the most common trigger for cold sores. Explore methods of lowering your stress levels – Daily exercise is a very good idea and it greatly reduces the bad effects of stress. Try to limit sugar and other foods that cause acid in your system.

All the herpes viruses are extremely contagious so there are things you should avoid when coming into contact with others.

Avoid kissing and sharing cups, towels, or eating utensils with an infected person. Lack of care and cleanliness will often be the cause of virus spread. If you are infected, wash your hands frequently and avoid touching your eyes, face and genitals.

Without a doubt, however, the easiest and best cold sore treatment is preventing them from occurring. Following a healthy way of living is always wise, and especially helpful in keeping outbreaks to a minimum.

Be sure to test a variety of cold sore treatments to sort out which work best for you. There are some very good web sites where you will find a lot more cold sore treatment ideas, along with exact directions for best success.

Remember, watch what you eat, get some regular exercise, limit alcohol intake, take some good daily vitamins and get adequate rest. All these things will enable you immune system to work at peak performance and lessen the quantity and severity of your cold sores.



Source by Denny Bodoh

What Are The Stages Of Herpes And How Do You Recognize The Various Symptoms?

The stages of herpes that develop physically for those who have the condition are, for the most part, the same for all people. The HSV-1 virus and the HSV-2 virus vary slightly in their manifestation areas, but for the most part, even the two different strains of the virus develop identically. This results in the physical characteristics of both oral and genital herpes outbreaks being essentially the same.

The early stages of herpes are characterized by redness in the area that first came in contact with the virus. As the redness begins to settle in the area, a pain or itch may develop. In some cases, the area will begin to swell. The swelling can range from being practically unnoticeable, to very severe.

It is important to be mindful of this part of an outbreak if you are aware that you carry the virus because medications are often most effective when the outbreak is treated early on. These initial stages of herpes outbreak sometimes go completely unnoticed. Outbreaks will develop increasingly less severely the longer that the virus is in a persons system, and timely treatment of the outbreaks will generally result in reduced frequency and less painful outbreaks in the future.

Shortly after the early stages of herpes signs become apparent, small red bumps will begin to develop on the affected area. These bumps quickly grow into full, fluid filled blisters. The fluid that fills the blisters will be clear, whitish, or reddish. In some situations, one larger blister will form. At other times, small series of blisters will develop into small clusters.

In the next stages of herpes, the blisters will begin to ooze fluid and ulcerate. They will take on an appearance similar to a cut and be very sensitive and raw to the touch. When this happens, the blisters will be the most painful. In order to manage the pain more effectively, ointments or creams, such as those containing aloe vera can be applied.

After opening, the blisters can begin the healing process. This process begins the final stages of herpes outbreak. After the newly open wounds expel their fluids, they will begin to dry out. As they dry, scabs will develop over the raw areas. With the formation of the scabs, the body can now regenerate the new skin necessary to cover over the area of the outbreak. As the new skin is formed, the scabs will fall off the area that the lesions formerly occupied. When they fall off, the healing process has officially been completed.

This generalized account of a herpes outbreak is characteristic of the basic stages of herpes. In some more severe cases, early stages of herpes can be accompanied by flu-like symptoms such as fevers and headaches. When medical attention is sought soon after the virus is identified and when necessary treatment, whether it is prescriptive or natural, is employed, the severity of these additional symptoms usually declines dramatically or ceases to exist at all.



Source by Sheldon Miller

Sticky virus surfaces could help

A person doesn’t have to get sick to catch a virus. Researchers hope to catch viruses for detection and vaccinations by understanding their sticky outer layers.

The complex structures making the surface of a virus are small weaves of proteins that make a big impact on how a virus interacts with cells and its environment. A slight change in protein sequence makes this surface slightly water-repelling, or hydrophobic, causing it to stick to other hydrophobic surfaces.

A new paper, published recently in Colloids and Surfaces B: Biointerfaces (DOI: 10.1016/j.colsurfb.2017.02.011), details surface hydrophobicity in porcine parovirus (PPV).

 

The water-repellant shell of proteins that make of the capsid of a porcine parovirus was the focus of Caryn Heldt's study.

The water-repellant shell of proteins that make of the capsid of a porcine parovirus was the focus of Caryn Heldt’s study.

 

Vaccines, Removal and Detection

Caryn Heldt, an associate professor of chemical engineering at Michigan Technological University, is the paper’s lead author. Currently, she is on sabbatical in St. Louis working with Pfizer to better understand how surface hydrophobicity could be used to improve vaccination production.

“Vaccine purification is all about surface interactions; if the components break apart, then they cannot be used as a therapeutic,” Heldt says, adding that sensing and removing viruses also depend on surface interactions. “This may also help biologists understand a virus’ interactions with a cell.”

The main finding in this paper is that Heldt and her team compared experimental methods with computational methods to measure the surface chemistry. 

 

Chemical engineer Caryn Heldt is on sabbatical in St. Louis working with Pfizer on streamlining vaccine production.

Chemical engineer Caryn Heldt works with graduate student Ashish Saksule in her lab.

 

Models and Experiments

Because virus hydrophobicity is relatively new and difficult to measure, Heldt’s team focused on using hydrophobicity models as a comparison. They compared the expected hydrophobicity measurements based on the main protein from the virus, the non-enveloped PPV, to well-studied model proteins that span a range of repelling or attracting water. Then they analyzed the samples using two kinds of chromatography—the analysis of chemical mixtures—along with fluorescent dyes that illuminate sticky, hydrophobic patches on the proteins.

The key is that the measurements focus on what’s easy to reach. These locations are part of what’s called a crystal structure’s solvent accessible surface area. Narrowing down the observed area in an experiment helped the team measure hydrophobicity.

“The entire virus capsid is too large of a complex to do these calculations,” Heldt says, explaining the capsid is an outside shell made of 60 copies of similar proteins—VP1, VP2, VP3—and her team tested the exposed parts of VP2, which is the most abundant. “It was interesting that we were still able to correlate our solvent exposed surface area calculations with the experimental results because we were only using this one protein.”

The strong correlation between the computational and experimental results indicates that PPV—and likely other viruses—have a measurable hydrophobicity. Once the measurements are better understood, then Heldt and other researchers can better catch viruses. Doing so can improve detecting viruses, concentrating them and purifying vaccines. 

First case of Zika virus confirmed in Denton County | News

Denton County Public Health (DCPH) has confirmed its first travel-associated case of Zika virus for 2017. The individual affected is a resident of Trophy Club and travelled to Mexico, a country with active transmission. The individual is no longer contagious, and DCPH is not currently recommending ground spraying. To date, there has been no local transmission of the disease in Denton County.

“This case highlights the ongoing risk of travel to countries with ongoing Zika transmission,” says Matt Richardson, director of public health. “If you’re traveling this spring, make sure you continue to use mosquito repellent when outdoors. Also, with warmer weather and the arrival of spring here at home, it’s time to think about prevention for mosquitos in your own back yard.”

Zika virus is spread to people primarily through the bite of an infected Aedes species mosquito, a known aggressive daytime biter. Sexual transmission has also been reported in a small number of cases. The most common symptoms of Zika are fever, rash, joint pain, and conjunctivitis (red eyes). The illness is typically mild with symptoms lasting no more than seven days. DCPH advises recent travelers with Zika virus symptoms, as well as individuals diagnosed with Zika virus, to protect themselves from further mosquito bites, and also to practice safe sex.

Residents traveling to areas with Zika risk should be aware of current travel recommendations, which can be found at https://wwwnc.cdc.gov/travel/page/zika-information. Travelers should take steps to avoid mosquito bites while there, and continue avoiding bites after they have returned home.

All residents should take the following precautions while traveling and at home:

·         Drain standing water around their homes to reduce mosquito breeding grounds. Consider use of BTI briquettes (or mosquito dunks) in water that cannot be drained, such as small ponds and drinking troughs.

·         Be aware of mosquitoes during times that they are active: Dawn, Daytime, Dusk and evening hours.

·         Apply an insect repellent that contains DEET (N,N-diethyl-m-toluamide) to exposed skin and to clothing when outdoors. The Centers for Disease Control and Prevention (CDC) also recommends Picaridin (KBR 3023).

·         Dress in pants and long sleeves when outside and/or wear permethrin-treated clothing.

Visit the Denton County Public Health website www.dentoncounty.com/zika for additional information on Zika virus and prevention.

Adult Ear Infections – Causes , Symptoms and Home Remedies

Adult ear infections caused by bacteria and viruses, and generally occur prior to a cold, sinus or throat disease, which in turn attack the pipe, which connect the middle ear to the throat. This can lead to these tubes to prevent clogging of the liquid drain from the middle ear. It is precisely this lack of drainage, which leads to ear infections because the fluid is an excellent breeding ground for bacteria and viruses.

The most common symptoms of inner ear infections are common in pain or discomfort and a little annoying itch. Other side effects may include disease (usually in children), dizziness, hearing difficulties, the liquid drain from the middle ear and fever.

Good home remedy for adult ear infection and Eustachian tube to remove water pipes is a place a few drops of garlic juice of the ear and then blow dry, it seems to your ear (the dryer is not too close to the head otherwise you may burn yourself). Another home remedy you can use is olive oil. Here, put a few drops on a warm and place tablespoons of fluid in both ears. On the other hand, if you do not fancy using olive oil to improve the ear infection Lobelia extract will work just as well. If that does not try to wash your ears with colloidal silver, this solution works deal with, because it is a natural antibiotic. Other home remedies for ear infections in adults are taking vitamin C supplement because it helps to enhance the entire immune system.

The 2 Categories Of What Causes Low Blood Platelets – Exposed

What causes low blood platelets falls into two main categories.

Category 1: Low platelet production (bone marrow dysfunction)

Category 2: Platelet destruction (autoimmune disorder).

You will need to first identify which category your condition falls in before moving on to identify the root cause or causes.

It must be pointed out that this should all be done under doctors care. Qualified medical professionals are a must and you should pick with care. Be sure to include a nutritionally orientated or naturopathic professional on your team.

Below are some roots of what causes low blood platelets, placed under which category they fall into.

Category 1:

Epstein-Barr virus which is a common virus that can manifest itself as mononucleosis. This is quite an eye opener (as much as 10 million Americans affected). Many people carry the virus and never get sick but can still give it to others. When one becomes sick it manifest as mononucleosis or what is otherwise known as the “kissing disease.” Once the virus is active it can interfere with platelet production. Strong antibiotics, bed rest, plenty of fluids and staying at home so as not to infect others or expose ones self to other viruses is standard treatment.

Some medications, vitamin or mineral deficiencies (folate and B12) or abuse of alcohol can suppress bone marrow production of platelets. In these cases the deficiencies need to be added or the offenders removed.

Certain types of cancers such a leukemia or ones involving the lymph system can also interfere with platelet production in the bone marrow. Although these conditions are uncommon compared to the above it is nice to know that they are treatable with the new advances made in the medical field the last couple of decades.

Category 2:

ITP disorder (Idiopathic Thrombocytopenia Purpura) is an autoimmune disease which means your own immune system is attacking and destroying your platelets. Platelets have a short “shelf life” and then are discarded and replaced with new. A confused immune system can be terminating platelets prematurely or even creating antibodies to remove platelets immediately.

Other autoimmune disorders such as Lupus can also destroy platelets faster  than they are produced. The above reactions or I should say overreactions by the immune system can be triggered by allergies, chemical exposure, stress and other senstivities.Again finding the “triggers” and avoiding them is the key.

The causes of these immune dysfunctions vary from person to person and you may even have multiple “triggers”. Eating a healthy diet and keeping a daily journal is a start to identifying the offending behavior or sensitivity. Once a pattern is seen adjustments can be made.

Conclusion:

Doctors care is a must. The next most important thing to do when suffering from causes low blood platelets is not to give up. Get involved and be responsible for your health. Don’t think you will see permanent improvement just by taking some pills that a doctor will prescribe. Be pro-active and positive. Don’t ignore the value of including “Natural” treatments. Be sure to educate yourself and again, include the services of a nutritionally or naturopathic professional. Good health to you.

PSU research shows how viruses can undergo major mutations without losing ability to infect

Portland State University researchers have found that only about half the genes in a specific virus affecting single cell organisms is needed to infect a host. This means the virus can undergo major mutations without losing its ability to survive and infect.

The research, headed by PSU biology professor Kenneth Stedman, shows how resilient and stable viruses can be. It also gives new insights into the structure of HIV and other viruses, how they are made and the challenges of fighting them.

“If you get rid of some of a virus’s genes, you change the structure but it can still infect,” Stedman said. “Our next step will be to find out what makes these viruses so stable, and that will give us insights into all kinds of diseases, from AIDS to Alzheimer’s.”

The viruses Stedman studied were taken from highly acidic, near-boiling volcanic hot springs. Stedman, co-founder of PSU’s Center for Life in Extreme Environments, said studying organisms from such hostile conditions helps scientists understand the molecular basis of survivability under extreme conditions and maybe the origins of life itself.

Have the Difference Between Bacteria and Viruses at Your Fingertips

Being able to differentiate between bacteria and viruses is not an easy thing to do especially if you have not handled the two types of micro-organisms before.It is usually perceived to be a very confusing task as it is easy to mistake one for the other.For this reason, researchers have taken the initiative to enlighten us on the difference between bacteria and viruses.Listed below are some of the differences that are used to distinguish between the two micro-organisms.

Viruses are said to require a living host to exist.This happens to be a requirement because viruses survive by multiplying, and a living being or host is a necessity for this process to take place.On the other hand, bacteria do not survive by multiplying and therefore they are able to grow and exist on non-living surfaces.

Another difference between bacteria and viruses is in their size.Viruses are known to be the smallest and the simplest life form found on earth.They are said to be smaller than bacteria by a multiple of about 10 to 100 times hence bringing out a clear distinction between them and bacteria.

Research has it that, bacteria basically contain all necessary things for them to reproduce.This include things like; genetic information which is in the form of DNA or RNA, ribosomes which are necessary for translating the given genetic information into enzymes that are required for its survival and also plasmids which are used to convey the extra genetic information used for various purposes.On the other hand, viruses generally only contain genetic information and have no way of replicating that information.They lack the proper machinery that is needed to make proteins.This reason has led to viruses needing to infiltrate other orgainism’s living cells in order for them to reproduce.

One big difference between bacteria and viruses is in their cell wall structures.Bacteria are said to have cell walls which contain peptidoglycan polymers used to provide the bacteria with structural definition.However, for viruses,the same cannot be said to be true.They just contain a simple protein coat on their outside which means they lack peptidoglcan polymers.

The above physiological feature actually leads us to the next difference between bacteria and viruses.The presence of the peptidoglycan polymers in bacteria means that bacteria are able to be affected by antibiotics and can actually be killed by these medicines because most antibiotics interfere with the production of the peptidolycan polymers used by bacteria for their cell wall formation.For viruses, no harm can be brought by antibiotics because they do not use peptidolycans for cell wall formation.

To be more precise,the difference between bacteria and viruses is in their infection characteristics.Viral infections are usually systematic and involve many different body parts or even one body system at the same time such as having sinus congestion while also having fever.Bacterial infections are however said to differ from their viral counterparts as they are believed to be more localized in specific body parts at a given time.For example, when you get a cut and the cut gets to be infected with bacteria, pain will be experienced where the cut is situated and not any other part.

So take time to learn more about the differences found between these two micro-organisms to avoid a case of mistaken identity during treatment.

Wangeci Kinyanjui is an expert on research and reporting on Health Matters for years.To get more information on difference between bacteria and viruses visit her site at DIFFERENCE BETWEEN BACTERIA AND VIRUSES

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What Causes Pulsatile Tinnitus or Pulsating Tinnitus

If you can hear a very distinct rhythmic pulse in your ears that synchronizes with your heart beat, there is a big possibility that you are suffering from a certain type of tinnitus called Pulsatile Tinnitus aka Pulsating Tinnitus.

Pulsatile Tinnitus Causes

According to Otolaryngologists or ENT, Pulsatile Tinnitus is commonly caused by irregularities of blood flow in a person’s arteries located in the neck or head, abnormalities in brain structure and sometimes it is caused by brain tumor.

In a study conducted by Dr. Robert Levine-clinician, researcher and director of Tinnitus Clinic at Massachusetts Eye and Ear Infirmatory in Boston, Pulsatile Tinnitus cause to some people is untraceable and they find no abnormalities even if they go through an extensive examination.

Dr. Levine explained that the probable cause of Pulsatile Tinnitus to these people is possibly associated with:

1. A sound generated by blood vessels near the inner ear beyond the doctors diagnostic capabilities.

2. There is no acoustic sound produced. The Tinnitus is caused by some type of neural activity different from a person’s heart beat. For example, if a blood vessel is pressing against the auditory nerve connecting the inner ear to the brain, a doctor may not be able to trace the cause of pulsating sound in a person because the disorder affects the hearing related activities of the brain.

Other experts on the disorder say that many of the people suffering from Pulsatile Tinnitus are caused by a chronic inflammation in the inner ear. The increased blood flow damages the delicate tissue present in the ear that causes Patulous Eustachian Tube.

Patulous Eustachian Tube is unusual physical disorder where the Eustachian tube which is normally closed remains sporadically open. When this happens a person may hear his own voice, breathing and heartbeat that vibrate directly into the ear drum. If the tube is infected or injured, fluid builds up in the middle ear that causes Pulsating Tinnitus.

Doctors believe that another cause of Pulsatile Tinnitus is Sinusitis, an inflammation of the paranasal sinuses due to allergies or virus infection. If a person takes more than the prescribed dosage of antibiotics, it will thicken the mucous in the inner ear which needs to be flushed out if not the person may suffer the consequences of a pulsating sound.

Hypothyroidism also causes Pulsating Tinnitus because it causes the heart to beat faster causing a pulsating noise. Other causes include diabetes, hypertension, too much stress in a person’s daily life, lack of rest and exercise.

You must understand that Pulsatile Tinnitus is a common disorder for many people especially among senior citizens. This condition can be prevented and there are available treatments.

A person suffering from Pulsating Tinnitus should be examined by an ENT to pin point the possible cause of the disorder. The doctor will be able to listen to the pulsating sound in and around the ear by using a stethoscope or through a minute electronic microphone placed inside the ear canal called Ausculscope.

If the doctor is able to diagnose the cause of a person’s Pulsatile Tinnitus, he will be able to advice the patient with treatment options and preventive measures.



Source by Lisa Wilton