Types of experimental cancer treatment

   High-intensity focused ultrasound (HIFU) - tumor destruction by high- intensity focused ultrasound .

    Gene therapy - for people who are genetically predisposed to malignant tumors . Gene therapy - an introduction to the tumor genes that cause cells to die ( either spontaneously or under the influence of chemotherapy ), or preventing them from multiplying.

    Cryoablation - local freezing process and devitalization of tissue , allowing aiming to create a zone of necrosis of the shape and size for the destruction of diseased tissue and adjacent to the edge of the healthy cells.

    Local hyperthermia . Session heating tumor tissue to a temperature that causes their death . Hyperthermia sessions require special equipment . Not to be confused with physiotherapy in the hot tub , which are sometimes referred to as " session Hyperthermia ."

    Angiostatic drugs - drugs that interfere with the formation of the capillaries in the tumor , then the tumor cells are killed , denied access nutrients. Some blockers Angiogenesis already used in oncology , but we continue our study of new pharmacological substances.

    Laser therapy - a method based on a transformation of the light energy of the laser beam into thermal temperature within the gland for a few seconds up to 60 ° C. Against this temperature rapidly evolving cell death .

    Using anaerobic bacteria to destroy the central part of the tumor, where the drug does not penetrate . Periphery of the tumor is well destroyed by chemotherapy.

    Vaccination against cancer cells .

    Multi-component systems in which both assigned several medications, a synergistic effect (Semicarbazide-Cadmium Therapy). This allows to obtain a therapeutic effect with lower doses of drugs than standard chemotherapy. Multicomponent system - attempts to unite the principles of classical and holistic medicine .

    Nanotherapy   - an introduction to the human body nanorobots that either deliver medicine to the desired point , or they themselves are attacking malignant tumor and its metastases (can be combined) , can also be used to monitor the status of the human body for a long time . Promising technology of the future, are currently ongoing development .

  Neutron capture therapy (Neutron Capture Therapy). Administration of a special non-radioactive drugs that selectively accumulate in tumors. Thereafter, the tumor irradiated with weak neutron radiation. Medicines actively respond to this radiation and multiplies it inside the tumor itself . As a result, the cancerous cells are killed . At the same total dose of study that gets people is much lower than with conventional radiotherapy . Promising precision and safe therapy . Currently studies are associated with the creation of nanotechnology designed to improve the delivery of such drugs into the tumor.