MBBS, MD - Radiotherapy
Dr P P Mohanty is Consultant Radiation Oncologist Practicing at Yashoda Hospital Secunderabad
270 doctors in India — verified profiles, ratings, fees and clinic or online consultation.
MBBS, MD - Radiotherapy
Dr P P Mohanty is Consultant Radiation Oncologist Practicing at Yashoda Hospital Secunderabad
MBBS, MS - General Surgery, MCh - Surgical Oncology
Dr. Saurabh Gupta is a Surgical Oncologist in Shalimar Bagh, Delhi and has an experience of 15 years in this field. Dr. Saurabh Gupta practices at Max Super…
MBBS, MD - Radiotherapy
Dr. Sandhya Sood is a Radiation Oncologist in Tagore Nagar E-block, Ludhiana and has an experience of 22 years in this field. Dr. Sandhya Sood practices at A…
MBBS, MD - Radiotherapy
I am Dr. Bhavin Visariya, Radiation Oncologist, trained from India's most prestigious cancer care institute i.e. Tata Memorial Hospital, Mumbai. With more th…
MBBS, MS - General Surgery, DNB - General Surgery, DNB - Surgical Oncology
A fully trained Cancer Surgeon with vast experience not only in Surgical Oncology [Gastrointestinal, Thoracic, Hepatopancreaticobiliary] but also in Breast,…
MBBS, MD - Radiotherapy
i am a radiation oncologist practicing at Yashoda hospital, somajiguda, hyderabad. i have special interest in treating malignancies related to neuro oncology…
MBBS, MD - Radiotherapy
Dr Shyam P Satpathy is a Radiation Oncologist at Yashoda Hospital, Malakpet
MBBS, MD - Radiotherapy
I am a practicing Radiation Oncologist. I did my training from the premier cancer hospital in the country - Tata Memorial Hospital, Mumbai. After completing…
MBBS, MD - Radiotherapy
Dr. Sapna Manocha Verma is a Radiation Oncologist in Sarita Vihar, Delhi and has an experience of 28 years in this field. Dr. Sapna Manocha Verma practices a…
MBBS, MD - Radiotherapy
Dr. Mano Badhuria is a Radiation Oncologist in Sarita Vihar, Delhi and has an experience of 26 years in this field. Dr. Mano Badhuria practices at Indraprast…
DNB - Radiotherapy, MBBS
Radiation Oncologist
MBBS, DNB - Radiotherapy
Consultant Radiation oncologist with training in IMRT IGRT(Tomotherapy,VMAT) ,SRS,SBRT,Proton & Carbon Ion Therapy. Heading the radiation oncology research a…
Showing 85–96 of 270
Brachytherapy is a type of internal radiation treatment used to treat cancer. Instead of sending radiation from outside the body, brachytherapy places small radioactive sources directly inside or very near a tumour. This lets doctors deliver a high dose of radiation precisely where it’s needed while reducing exposure to the surrounding healthy tissues.
Brachytherapy is commonly used for cancers of the prostate, cervix, uterus, breast, and sometimes head or neck, either alone or along with external beam radiation or other treatments. Patients may receive the radioactive sources for a short time or permanently, depending on the type and goal of treatment.
● Delivers focused radiation right to the tumour with less impact on nearby healthy tissues.
● Shorter treatment time compared with many external radiation schedules.
● Often fewer side effects since less normal tissue receives radiation.
● Can be used as a primary treatment or to boost the radiation dose after external beam therapy.
● May help shrink tumours and improve symptom control.
● Treatment sessions are usually short and outpatient in many cases.
Brachytherapy may be recommended for people who:
Your radiation oncologist will review your medical history, scan results, and goals to decide if brachytherapy is suitable for you.
1. Low-Dose-Rate (LDR) Brachytherapy
Radioactive seeds or pellets are placed in or near the tumour and remain there for hours to permanently release radiation slowly over time. This method is common for prostate and some gynaecological cancers.
2. High-Dose-Rate (HDR) Brachytherapy
A stronger radiation source is temporarily inserted into the tumour area for a few minutes per session and then removed. Multiple sessions are often scheduled over several days.
3. Pulsed-Dose-Rate (PDR) Brachytherapy
Radiation is delivered in periodic pulses, mimicking aspects of HDR but with different timing and dosing patterns. It’s used in select centres and cancer types.
1. Planning and Imaging: Before treatment, your care team uses CT, MRI, or ultrasound scans to map the exact tumour location and nearby organs.
2. Placement of Applicators or Seeds: For LDR, tiny radioactive seeds are placed into the target area. For HDR or PDR, tubes or applicators are positioned temporarily into or near the tumour.
3. Delivery of Radiation:
4. Monitoring and Support: Nurses and radiation therapists carefully monitor your comfort and positioning to help ensure treatment accuracy.
5. Completion and Follow-Up: After the session or seed placement, you may go home the same day. Follow-up visits check how you’re responding and manage any side effects.
The exact steps depend on the cancer type and the chosen brachytherapy method.
After brachytherapy:
● You may have some localised discomfort near the treatment area, often mild and short-lived.
● Most people return to normal activities quickly, especially with outpatient HDR or PDR treatments.
● Your care team may recommend specific activity limits or hydration guidance, especially after prostate brachytherapy.
● Follow-up appointments help monitor tumour response and side effects.
Routine imaging and lab tests may be scheduled over months to years as part of long-term cancer care.
Brachytherapy is generally well-tolerated, but some side effects can occur:
● Local irritation or discomfort at the implant site.
● Urinary symptoms such as frequency, urgency, or irritation (common with prostate treatments).
● Bowel changes such as diarrhoea or rectal irritation with pelvic treatments.
● Skin redness or tenderness near entry points with temporary applicators.
● Rarely, infection or bleeding at placement points.
● Radiation effects on nearby normal tissues, though reduced compared with external beam.
Your oncologist discusses specific risks based on your cancer type, dose, and health status.
● Brachytherapy vs External Beam Radiation: Brachytherapy delivers higher doses near the tumour with less exposure to surrounding tissues, while external beam directs radiation from outside the body, often in multiple sessions over weeks.
● Brachytherapy vs Surgery: Surgery removes cancer physically, while brachytherapy uses targeted radiation to destroy cancer cells without cutting tissue. The choice depends on cancer type, stage, and overall health.
● Brachytherapy vs Systemic Treatments: Systemic treatments (like chemotherapy) travel throughout the body, while brachytherapy focuses radiation locally. Sometimes they are used together for better control.
Your cancer care team helps weigh these options based on expected benefits and side effects.
It is used to treat certain cancers by placing radiation directly inside or next to the tumour to kill cancer cells and reduce the risk of growth or spread.
Most people feel minimal discomfort. Sedation or anaesthesia may be given depending on the area treated.
Some forms (like HDR or PDR) take minutes per session, while LDR seeds deliver radiation over a longer period.
Yes, many patients return home the same day, especially with HDR or PDR treatments.
When done by experienced specialists, brachytherapy is safe, though all cancer treatments carry some risk of side effects.
Yes, it often works with external beam radiation, surgery, or chemotherapy as part of a complete cancer care plan.
Side effects depend on the cancer type and location but can include urinary or bowel irritation, local discomfort, or transient skin reactions.