Cancer care approaches have evolved over time, and targeted therapy is a major advancement in the field. It uses genetic changes to identify how healthy cells turn into cancerous ones. It enables clinicians to develop personalized treatment plans that focus on the specific genetic alterations of the cancer. By doing so, it enables the attack on the cancer cells directly, leading to more effective and less harmful treatment options.
Understanding targeted therapy
Targeted therapy helps by identifying and targeting the specific genetic changes which are responsible for cancer growth and survival. It provides a thorough examination of every distinct malignancy to identify the mutations that lead to alterations. Genomic sequencing is one of the several genetic tests that are typically used to do this. These examinations offer a thorough examination of cancerous cells.
Once the analysis is done, the treatments are designed to interact with the genetic mutations directly. While some therapies do the work of inhibiting the cancer cells used to grow and divide, others may interfere with the immune system to train them to attack cancer cells.
Why targeted therapy?
Targeted therapy is chosen for its precision. It helps formulate a precise attack on the cancer for each individual patient’s cancer. It focuses on the genetic abnormalities responsible for cancer.
A targeted approach often leads to fewer side effects and a lower treatment toll on the body. Targeted therapies are also a primary treatment option for certain types of cancer or in combination with other treatments such as chemotherapy, radiation, or immunotherapy. It helps enhance overall treatment effectiveness, especially in cases where cancer has become resistant to other forms of treatment.
The genetic basis of cancer
Cancer cells have genetic changes in their DNA that differentiate them from normal cells. These genetic alterations affect the growth, division, and metastasis of cancer cells. The term “genetic makeup” refers to the distinct set of genetic alterations present in each type of cancer. It is essential to comprehend these genetic variations to create efficient, tailored treatments.
Personalized medicine develops targeted treatments that target the specific genetic alterations which lead to cancer. When the treatments are tailored to the unique genetic profile of each patient’s cancer, it improves treatment outcomes and reduces side effects.
How we can help?
We offer various targeted therapies, including SOT, Vaxo-Q-Re and ATA vaccine therapy. They are designed to address specific genetic changes in cancer cells. We also provide numerous tests to detect these genetic alterations and guide clinicians to personalized treatment plans.
After the cancer diagnosis, our tests are recommended for comprehensive understanding of the specific mutations in your cancer. The results of our tests are useful for personalized treatment options that are most likely to be effective for your specific type of cancer.
Although targeted therapy has demonstrated significant promise and efficacy in the treatment of cancer, there are several drawbacks. Determining the most appropriate target for treatment is a difficult procedure that necessitates comprehensive genetic data on the malignancy. For many patients, targeted therapies have considerably improved outcomes despite these difficulties.
Targeted therapies are a significant development in the fight against cancer as they provide a tailored strategy that targets the genetic foundation of the illness. Even though there is still a long way for the cure, the advancement and improvement of targeted therapies has the potential to improve cancer treatment drastically. It benefits the patients from more accurate and efficient treatments that are customized to their individual cancer profiles by employing cutting-edge genetic testing.
