Continual studies have shown that liposomal clodronate is an effective method of delivering death dealing cells to cancerous growths within the body. The fatty cells also known as liposomes are mixed with the matter which is a toxic substance. The substance will destroy bad cells within you. The cells that will be the focus of the substance are known as macrophages which are cells that should normally clear the body of foreign substances. The macrophage will stop recognizing the matter that needs to be removed and will turn against the human body by delivering cancerous cells that cause tumors in various parts of one's body.
Cancer loves macrophages because they are resistant to radiation and chemotherapy. It was found that these liposomes can attack macrophage cells and kill them. They first tried the Liposome treatment in animals. It was found that the cancer of two canines was reduced until the animal was in remission using this technology.
In other diseases, liposomes can deliver Biophosphonates which contribute to the prevention of bone loss in osteoporosis patients on a molecular level. It doesn't just prevent bone loss, with the right combination; this treatment can stop bone cell degeneration. It was found in mice that the Biophosphonate called Clodoriop was non-toxic and could trap the diseased cells and get rid of them. They will help to treat other diseases such as HIV.
Transplant patients have to take immunosuppresses before going into the operating room. It was found that certain treated liposomes can suppress the immune system that prevents host vs graft disease in transplant patients. Of course, patients have to be kept in a protected environment until the chances of infections reduce.
Scientists have held the belief that the loss of blood circulation will kill cancerous cells. Once the tumors blood supply has been removed, the cell will become waste which a person's body will automatically remove. Cancer can then be successfully cured.
Liposomes that are mixed with antibiotics can kill infectious microorganisms. Infections can be disastrous for the body as they can spread rather rapidly. Antibiotics are prepared with liposomes and injected into your body at the source of the infection. If there is no source, the antibiotic is injected directly into the blood stream. The infection will be isolated and defused. It will also reduce the effects that normal antibiotics have in your body. Good bacteria are stripped away from it, when using normal antibiotics whereas Liposomes will target the infectious cells and ignore the good bacteria.
Liposomes can be prepared with hemoglobin which produces blood. This liposome is often known as "fake blood". Mostly, it's used to encourage the body to produce more blood of its own. The risks of infections and blood transmitted immune diseases are minimized with the use of hemoglobin liposomes.
The fight against disease continues as researchers tirelessly try to find cures for major diseases that so far have proven to be incurable. The first step has been taken in the continued fight against cancer in animals. Now it's time that liposomal clodronate is used to fight cancer in humans. The introduction of this treatment will mean the difference of life and death to some people who are currently dying from incurable diseases.
Cancer loves macrophages because they are resistant to radiation and chemotherapy. It was found that these liposomes can attack macrophage cells and kill them. They first tried the Liposome treatment in animals. It was found that the cancer of two canines was reduced until the animal was in remission using this technology.
In other diseases, liposomes can deliver Biophosphonates which contribute to the prevention of bone loss in osteoporosis patients on a molecular level. It doesn't just prevent bone loss, with the right combination; this treatment can stop bone cell degeneration. It was found in mice that the Biophosphonate called Clodoriop was non-toxic and could trap the diseased cells and get rid of them. They will help to treat other diseases such as HIV.
Transplant patients have to take immunosuppresses before going into the operating room. It was found that certain treated liposomes can suppress the immune system that prevents host vs graft disease in transplant patients. Of course, patients have to be kept in a protected environment until the chances of infections reduce.
Scientists have held the belief that the loss of blood circulation will kill cancerous cells. Once the tumors blood supply has been removed, the cell will become waste which a person's body will automatically remove. Cancer can then be successfully cured.
Liposomes that are mixed with antibiotics can kill infectious microorganisms. Infections can be disastrous for the body as they can spread rather rapidly. Antibiotics are prepared with liposomes and injected into your body at the source of the infection. If there is no source, the antibiotic is injected directly into the blood stream. The infection will be isolated and defused. It will also reduce the effects that normal antibiotics have in your body. Good bacteria are stripped away from it, when using normal antibiotics whereas Liposomes will target the infectious cells and ignore the good bacteria.
Liposomes can be prepared with hemoglobin which produces blood. This liposome is often known as "fake blood". Mostly, it's used to encourage the body to produce more blood of its own. The risks of infections and blood transmitted immune diseases are minimized with the use of hemoglobin liposomes.
The fight against disease continues as researchers tirelessly try to find cures for major diseases that so far have proven to be incurable. The first step has been taken in the continued fight against cancer in animals. Now it's time that liposomal clodronate is used to fight cancer in humans. The introduction of this treatment will mean the difference of life and death to some people who are currently dying from incurable diseases.
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