For example, a human kidney can be regenerated by growing its own cells in a bioreactor and transplanting the cells in a patient's organ to replace the missing kidney. These indinavir ritonavir combination be led by the Institute of Translational Medicine and Bioengineering. It seems to me that this will be the most significant achievement of the decade. It is likely to require significant work to be completed in the coming years. However, it will probably take some years to build the systems and equipment that will allow scientists to take this work seriously. In many ways this is akin to the development of a new technology. There are still many steps to be accomplished before this can be realized. This norvir ritonavir sustiva be a major advancement in biomedical engineering.
It will have implications for many areas of our society, including manufacturing, medicine, and engineering. It will open the door to other areas of research as well. Next year, I'll have new material for the New Millennium that will have to do with the future of tissue engineering and regenerative medicine. For example, the use of a bone graft from a patient with a degenerative heart defect is now routinely used in the prevention of cardiovascular disease and death.
The bone graft is transplanted back to the recipient at a later date, to ensure no further heart problems. Another successful approach is to stimulate norvir ritonavir sustiva a patient with osteoporosis to regenerate bones. Osteoblastomas and osteoporosis cause the bone cell to indinavir ritonavir combination activity, and in the case of osteoporosis, to fail to renew the bone tissue. These cells can be stimulated to renew by injecting chemicals into the cells or by adding chemicals to the bone matrix. Other methods for stimulating the body to replace lost tissue can be equally effective, or more effective. For example, by applying an antibiotic directly, it is possible to restore normal bone function in cancer patients. This technique requires no surgery, and therefore can be used on an ongoing basis. By applying a chemical signal to the cells, other drugs or chemicals can be combined to mimic a range of other biological responses that are required for normal bone growth.