Best Doctors for Targeted Therapy Treatment in Hyderabad

The best doctors for targeted therapy treatment in Hyderabad explain that targeted therapy works by targeting certain specific chemicals or proteins that are only found in cancer cells. Targeted therapy may be used alone or in combination with other therapies, and works well on cancers in whom specific markers and proteins have already been identified.

The cost of targeted therapy can range between Rs 1,50,000 - Rs 3,00,000 or more depending on 

• The type of cancer being treated
• The cost of therapeutic agents and 
• The number of sessions of treatment

The side effects of targeted therapy can include nausea, vomiting, blood clots, bleeding, poor wound healing, tiredness, hypertension, hair loss or hair damage, nail problems, skin rashes, dry skin, etc.

Targeted therapy is a type of cancer therapy in which therapeutic agents are administered orally or intravenously for targeting specific portions of cancer cells and destroying them while leaving normal cells and tissues largely unaffected. This helps to kill abnormal cancer cells and treat the condition.

There are several types of targeted therapies based on the type of therapeutic agent used namely:

• Monoclonal Antibody Targeted Therapy
• Proteasome Inhibitor Targeted Therapy
• Signal Transduction Inhibitor Targeted Therapy and 
• Angiogenesis Inhibitor Targeted Therapy

Targeted therapy is now widely used as the first line of treatment either singly or in combination for a lot of cancers such as breast cancers, lung cancers, etc., where specific cell proteins or functions that are present in cancer cells have been identified and therapeutic agents are available to target and destroy these abnormal cells.

Targeted therapy specialists explain that the drugs used in targeted therapy act against and target certain proteins or actions that are seen only in cancer cells, thereby destroying these abnormal cells. This also means that normal cells are less affected by these drugs, and there are lesser side effects.