ATA Therapy

Harnessing genetic technology for personalized cancer treatment

Autologous vaccines harness the body’s own immune system to fight cancer. Derived from a patient’s cancer cells, these vaccines are cultivated in the lab and combined with an immuno-stimulant to trigger an immune response. When the vaccine is administered back into the patient, it equips the immune system to recognize and eliminate cancer cells while preserving healthy tissue.

Test

ATA therapy

Sample Type

Whole peripheral blood sample

Sample Size

25ml

Cancers

Cancer with solid tumors or non-compartmentalized cancers

Turnaround Time

21 days

How it works?

Tumor cells from each patient have unique gene mutations that encode for tumor-associated antigens (TAAs), which are crucial for anti-tumor immune responses. Vaccine Preparation from Fragmented Tumor Cell Antigens, utilizes autologous cancer cells, specifically circulating tumor cells (CTCs), to stimulate the immune system and target cancer cells effectively.

How it is done?

The process begins with isolating circulating tumor cells (CTCs) from the patient’s blood, which are then screened and sequenced to identify tumor cell antigens. Specific epitopes are selected, and peptides are designed accordingly. Necrotic whole tumor cell lysate is commonly used to prepare tumor cells for the vaccine, which is then administered to the patient.

Why choose ATA Therapy?

ATA therapy is applied at various stages to stop cancer progression. It is beneficial for patients with active cancer not undergoing concurrent chemotherapy or radiation therapy. Additionally, it is suitable for patients at risk of recurrence seeking to reduce its likelihood. This therapy not only halts tumor growth and prevents recurrence but also synergizes with other treatments for enhanced efficacy.

1

Book an appointment

The first step towards personalized cancer care is scheduling an appointment with us.

2

30 minutes value packed consultation

Upon booking the appointment, you get a consultation with our RGCC experts to assess your cancer status.

3

Finding the right tests

We guide you through the process of selecting the most effective tests for your specific cancer.

4

Personalized results

We deliver precise results that guide treatment decisions and enhance outcomes.

Why clinicians prefer ATA therapy than other similar tests?

Dr Meghan Watts
Dr Meghan Watts

Oncologist

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Request a Second Opinion

Our RGCC accredited experts are here to help you with their expertise and guide you in your fight against cancer.

Useful Information

Requires 20-30 ml of blood sample

Patients need to avoid chemotherapy, targeted therapies, radiation, IVs, and Ozone therapy 7 days before ATA VACCINE administration.

Patients should not be on immune suppression therapy up to 45 days prior to the application of ATA VACCINE.

Start your personalized cancer journey with us!

Our cutting edge diagnostics and personalised tests makes a meaningful difference in the fight against cancer.

    Frequently Asked Questions

    Absolutely, tests can be performed while undergoing treatment to assess the effectiveness of the treatment against cancer.

    RGCC tests like Metastat accurately detect the development of secondary tumors.

    Your blood sample undergoes processing in cutting-edge laboratories by scientists and technicians to deliver insights into your cancer cells. Once testing is complete, your sample is stored for up to six months in case further analysis is needed.

    Tests personalize treatment regimens by providing crucial information on drugs and therapies tailored to effectively target cancer cells.

    Yes, all RGCC tests utilize blood samples. However, certain cancers, like glioblastoma and brain tumors, may require additional samples such as CSF or tissue. Otherwise, a peripheral blood sample alone is enough.

    Circulating Tumor Cells (CTCs) are cancer cells that have detached from the primary tumor and circulate in the bloodstream. Cancer Stem Cells (CSCs) are a subpopulation of CTCs and both serve as biomarkers for cancer.

    Yes, tests like aCGH can pinpoint the origin of an unknown primary tumor by analyzing genetic abnormalities present in tumor cells.

    Indeed, tests are designed to reveal whether cancer cells are resistant or sensitivity to specific drugs and treatments.

    Genetic Precision for Optimized Cancer Treatment.

    Exhausted from trying various cancer treatments? Consider ATA therapy. It activates and stimulates the immune system to effectively targets cancer cells. Whether it’s active cancer or recurrence, ATA therapy offers promising results. Embrace a treatment that works best for your cancer!