Key findings were that Dr. Budwig made in connection with the blood of cancer patients that led her to create this diet.

Through meticulous research found that cancer patients had low levels of Omega 3, lipoproteins and phosphate in your blood. Also found a green substance in their blood that I get to connect with the presence of cancer cells.

Treatment

Dr. Budwig formed her diet based on the research, and concluded that the anticipated results were positive. He began working with a number of patients, some of which already had come to know that not going to overcome, and put them in the diet. She also made sure they had plenty of fresh air and sunshine, as I suspected, they began to improve.

Dr. Budwig claimed that Omega 3 levels were increased in the blood of patients, and blood cells returned to normal after you deploy your diet simple. He later claimed that the diet was as effective and can cure all types of cancers, regardless of the amount of cancer cells that the patient has.

Any natural cures?

Some people question the findings of Dr. Budwig with doubt, but according to other experts in cancer research really provides a simple and effective way to treat cancer. Now there are many people looking for alternative ways to treat many diseases. Budwig diet could become an option for cancer patients seeking ways to cure the treatment in the future.

Source: www.articuloz.com/dietas-articulos/la-dieta-budwig-una-cura-natural-contra-el-cancer-2485467.html
image source: www.whale.to/cancer/BUDWIG02.jpg

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The Ebola virus, like all viruses “hot”, no cure and no specific treatment. The treatment used today is to maintain the life of the person by methods of resuscitation (CPR, artificial respiration) and control bleeding as far as possible.

As for a vaccine, investigations are underway but these are complicated because we still do not know all the proteins of the virus and because there are only 2 or three laboratories equipped to work with a virus such as these.

These laboratories are located in the U.S. and Russia, and the best known are the CDC (Centers for Disease Control) in Atlanta, Georgia, and USAMRIID (United Estates Infectius Army Medical Research of Diseases, Research Center for Infectious Diseases Army U.S. rough translation).

The Soviet Union (Russia) to manipulate this virus for military purposes, it is easy to reproduce in laboratories, highly efficient aerosol, highly contagious Ebola mortality can reach 90%, and most important is that there is no specific treatment.

Calif.. CDC and known outbreaks

This virus has been classified by the Centers for Disease Control and Level 4 Security-biohazardous. This means that for those in Level 4 (hotspot) to use maximum caution biological (use of biohazard suits, similar to those of astronauts, three pairs of gloves and the environment should be most effective filters for air and waste. Also after working at Level 4 should enter the decontamination shower (called gray zone) which is a 7 minute shower which is sprayed with the most potent chemicals and disinfectants. We are not working at Level 4 until one has years of experience.

The first place was identified was a co-epidemic in Zaire (now Democratic Republic of Congo) and Sudan. The strain of Zaire is the deadliest in nearly 90%. The Sudan had a 60%, about 30% less, but quickly expanded. These were the most significant outbreaks. There have been outbreaks in England, Sweden, Côte d’Ivoire (Ivory Coast), and the U.S.. All had fewer than 10 cases and almost no deaths occurred. The most significant outbreaks: RDC (the place of first outbreak), Sudan (also where the first outbreak occurred), Congo, Gabon and Uganda.

They discover how Ebola virus infects cells

(NC & T) The Ebola virus reproduction in laboratory-grown cells is severely hampered by certain chemicals that inhibit enzymes, according to a team of experts whose research has been supported by the National Institute of Allergy and Infectious Diseases (NIAID), part National Institutes of Health (NIH).

The researchers identified two cellular enzymes Ebola virus needs to reproduce. When those enzymes are blocked, the virus loses most of its infectivity.

Ebola virus, like the Marburg virus now alarming Angola, is a filovirus, a family of viruses that cause severe hemorrhagic fevers, and often fatal. Finding medical countermeasures for viral hemorrhagic fevers is a priority for global public health, not only because these diseases occur naturally, but also because, according to Elias A. alert Zerhouni, NIH director, could be used for bioterrorism.

This research sheds light on the mechanisms of Ebola virus uses to enter cells. Anthony S. Fauci, NIAID director, is convinced that the findings raise the possibility of a broad-spectrum antiviral therapy that could be effective against multiple hemorrhagic fever viruses.

The study’s lead author, James M. Cunningham, Brigham and Women’s Hospital and Harvard Medical School in Boston and his colleagues discovered two cellular enzymes Ebola virus uses to choose and cut up one of the viral surface proteins. Once this protein is snipped apart, the virus is free to begin multiplying. The scientists applied broad-spectrum enzyme inhibitors to mammalian cells before exposing them to Ebola virus. When one specific cellular enzyme, cathepsin B, was inhibited, the infectivity of Ebola virus dropped to near zero. Another enzyme, cathepsin L, also demonstrated an important role in the infection process.

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Viruses are spread from person to person, causing new cases of the disease. Many of them, as those responsible for influenza and measles, are transmitted by inhalation, through its dissemination in the infected droplets emitted by coughing and sneezing. Others, like those that cause diarrhea are spread by fecal-oral route. In other cases, the spread is through the bite of insects, such as yellow fever and arboviruses. Viral diseases may be endemic (specific to one area), affecting susceptible individuals, or epidemic, which appear in waves and attack much of the population. An example is the emergence of epidemic flu worldwide, almost always once a year.

6. Treatment

The treatments against viral infections are often not entirely satisfactory, since most of the drugs that kill viruses also affect cells in which they play. The alpha-adamantanamine is used in some countries to treat respiratory infections caused by influenza A and isatin-beta-thiosemicarbazone, effective against smallpox. Certain substances similar to precursors of nucleic acids may be useful against severe herpes infections.

One promising antiviral agent is interferon, which is a non-toxic protein produced by some animal cells infected with viruses and can protect other cells against such infections. Is currently studying the effectiveness of the drug to fight cancer. Until recently, these studies were limited by their limited availability, but new techniques of cloning the genetic material, produce large amounts of this protein. In a few years you may know whether interferon is really effective as an antiviral agent.

The only effective way to prevent viral infections is the use of vaccines. Vaccination against smallpox worldwide in the 1970s, eradicated the disease. It has developed many human virus vaccines and other animals. Among infections suffered by people include measles, rubella, polio and influenza. Immunization with an antiviral vaccine stimulates the body’s immune mechanism, which produces antibodies that protect you when you return to contact with the same virus. Vaccines contain viruses always altered so they can not cause disease.

7. Infections in plants

The virus originated wide variety of plant diseases and serious damage to crops. The most common are produced by the virus of turnip yellow mosaic, the potato virus X (potato) and snuff mosaic virus. Plants have rigid cell walls that viruses can not cross, so that the most important for propagation is provided by the animals that feed on them. Often, insects inoculated into healthy plants that carry the virus on its mouth parts, from other infected plants. Also nematodes, roundworms can transmit the infection when they feed on the roots.

Plant viruses can accumulate huge amounts within infected cells. For example, the snuff mosaic virus may represent up to 10% of the dry weight of the plant. Studies of the interaction between virus and host cells are limited because the infection is via an insect vector. Also, do not typically available in the laboratory of cell cultures susceptible to infection by plant viruses.

credit to: Martín Buczyner