The treatment is determined according to cancer type and extent of spread, as well as patient age, general health and personal preferences. The first types of treatment for kidney cancer are surgery, biological therapy, chemotherapy and radiotherapy.

Surgery is considered the most important treatment for kidney cancer because the chances of survival without this treatment are poor. However, only resort to surgery to cure kidney cancer when it is possible to remove all tumors. Surgery can not cure the majority of patients with metastasized disease. However, there are chances that surgery will cure cancer if it has spread to surrounding tissues. In people where the cancer has spread extensively, even surgery can help but may not cure cancer. In this case, surgery can remove the most advanced tumor area, while immune system and medical treatment can combat the small tumor is not removed.

As many already know, cancer is a diverse group of diseases that cause the body of an affected person produces a very large excess of malignant cells, which sometimes can lead to metastasis and, consequently, the emergence of tumors that can reach be malignant (and in many cases can cause death).

Cervical cancer (also known as carcinoma), meanwhile, develops in the lower fibromuscular uterus that projects into the vagina. This is the second most common cancer among women, not to mention that also constitutes the most lethal cancer for women.

This is because the vast majority of patients suffering from this disease (especially when they pass through stage IV) die before long. It should be noted that the best way to escape from a cancer of this magnitude is detected early and treated properly. Because cervical cancer generally do not present any symptoms, it is essential that all women get Pap tests annually to determine any abnormality.

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Nanotechnology and Health Innovation

Nanodiagnosis In the area of the biosensor technology is one of the most promising, compact systems consisting of analysis composed of a biological recognition (DNA, protein, etc.) That detects an analyte (glucose, antibiotics, etc. ) and a transducer of this detection to quantify the amount of analyte. The most successful devices to date are biosensors for the detection of blood glucose, which were introduced commercially in 1975 by the company Yellow Springs Instrument Company. But the range of applications of biosensors is immense. For example, in the food industry is a priority the detection of certain prohibited items, such as antibiotics used for artificial fattening of animals or to make them resistant to diseases but very harmful to human health. Read the full story