Liposomal clodronate is a vehicle that is used when delivering medication to cure calcium autoimmune diseases by means of fatty acids. It has been effective with treating canine cancer. Cells called macrophages that normally clear the body of bacteria and foreign bodies. Macrophages can become toxic to the body as well because it can distribute cancerous cells in the body. These macrophages are resistant to chemotherapy. Hence it was necessary to find other ways to destroy these cells. This lipid vehicle was developed to deliver cell destroying medication to individual blood cells.
Biophosphonates which contribution to the prevention of bone loss in diseases called osteoporosis can also be delivered via these liposome treatments. Research was undertaken on mice to see how this cellular treatment can benefit humans. Clodriop is a non-toxic bisphonphonate which is partnered to liposode. They are used to trap diseased molecules. They are also good to suppress macrophage cells to treat autoimmune diseases such as HIV.
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.
What will happen is that the cancerous cells will die off when the blood supply is cut off. The body will recognize the cells as foreign bodies and remove them as it would of any other kind of waste. There are liposomes that are fused to antibiotics which are used as antibodies against infectious microorganisms. Infections usually start at a cellular level and can be spread all over the body.
Liposomes that have been prepared with antibiotics will help to prevent the spread of the infection and to produce antibodies that will fight the infection. It will also reduce the side effect that sometimes comes with antibiotics. Liposomes that have been prepared with antioxidants are used to help remove the body of free radicals. Free radicals can easily become cancerous cells because they are not used for anything else. This can be prevented with the use of proper antioxidants.
Antioxidants can be delivered through liposomes that will recognize and destroy free radicals in the body. Free radicals can become dangerous to the body because cancer sometimes forms from these free radical cells. There are liposomes that are fused with hemoglobin which produces the concept of "false blood". False blood usually is used to help bodies to produce their own blood more quickly, especially in cases where a lot of blood loss has occurred.
Extensive studies have shown that this means of introducing medication to the system is effective. There are many kinds of drugs that can be fused with liposomes to create effective cures for major incurable diseases. The next step would be to introduce nano-technology into the body via these cells that will cure other diseases and not just cancer. Liposomal clodronate is the next step in microbiology that will create effects and increase the health of millions when introduced as medical treatment.
Biophosphonates which contribution to the prevention of bone loss in diseases called osteoporosis can also be delivered via these liposome treatments. Research was undertaken on mice to see how this cellular treatment can benefit humans. Clodriop is a non-toxic bisphonphonate which is partnered to liposode. They are used to trap diseased molecules. They are also good to suppress macrophage cells to treat autoimmune diseases such as HIV.
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.
What will happen is that the cancerous cells will die off when the blood supply is cut off. The body will recognize the cells as foreign bodies and remove them as it would of any other kind of waste. There are liposomes that are fused to antibiotics which are used as antibodies against infectious microorganisms. Infections usually start at a cellular level and can be spread all over the body.
Liposomes that have been prepared with antibiotics will help to prevent the spread of the infection and to produce antibodies that will fight the infection. It will also reduce the side effect that sometimes comes with antibiotics. Liposomes that have been prepared with antioxidants are used to help remove the body of free radicals. Free radicals can easily become cancerous cells because they are not used for anything else. This can be prevented with the use of proper antioxidants.
Antioxidants can be delivered through liposomes that will recognize and destroy free radicals in the body. Free radicals can become dangerous to the body because cancer sometimes forms from these free radical cells. There are liposomes that are fused with hemoglobin which produces the concept of "false blood". False blood usually is used to help bodies to produce their own blood more quickly, especially in cases where a lot of blood loss has occurred.
Extensive studies have shown that this means of introducing medication to the system is effective. There are many kinds of drugs that can be fused with liposomes to create effective cures for major incurable diseases. The next step would be to introduce nano-technology into the body via these cells that will cure other diseases and not just cancer. Liposomal clodronate is the next step in microbiology that will create effects and increase the health of millions when introduced as medical treatment.
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