Radiotherapy in Turkey

High-quality, affordable radiotherapy delivered by expert doctors in leading Turkish hospitals — all-inclusive packages and personalised care. Get a free consultation

Radiotherapy in Turkey combines international clinical standards with personalised care to deliver safe, effective cancer treatment. DGS Healthcare helps international patients connect with leading clinics and hospitals, offering end-to-end support — from diagnosis and treatment planning to recovery and follow-up.

About Radiotherapy in Turkey

Radiotherapy, also called radiation therapy in Turkey, works by damaging the DNA of cancer cells so they stop growing and die; it can be used with curative intent or to relieve symptoms in advanced disease. Radiation therapy is employed at various stages of cancer care — early, post-operative or for symptom control when cancer has spread.

Recent advances — for example IMRT, VMAT, stereotactic techniques (SBRT/SRS) and, in specialised centres, proton therapy — have improved tumour control, reduced exposure of healthy tissue and in some cases shortened treatment courses from several weeks to just a few sessions. These innovations can reduce the need for more invasive procedures and improve quality of life for many patients.

Most radiotherapy courses are non‑invasive and are delivered in the outpatient setting at specialist clinics or large hospitals. Treatment sessions are planned and supervised by radiation oncologists and delivered by trained radiation therapists and clinical teams to ensure safe, precise care.

Before treatment starts, your multidisciplinary team reviews your clinical history, pathology and imaging to design an individualised radiation plan. Discuss options with your doctors to understand possible benefits, side effects and expected timelines. Contact DGS Healthcare to arrange an assessment and a tailored treatment plan with our network of expert doctors and modern radiotherapy centres in Turkey.

Radiotherapy Turkey

Radiotherapy in Turkey uses focused beams of energy to damage cancer cells’ DNA, slowing or stopping tumour growth. External beam techniques (the most common approach) direct high‑energy X‑rays from outside the body; in brachytherapy the radiation source is placed inside or next to the tumour.

Both healthy and cancerous cells absorb radiation, but modern planning aims to maximise tumour damage while sparing normal tissue. Common modalities include IMRT and VMAT (for conformal dose shaping) and stereotactic approaches (SBRT/SRS) for very precise, high‑dose treatments to small targets. Photon beams are most common in Turkey, with electron beams used for superficial lesions; proton therapy is available in a limited number of specialised centres.

Radiation therapy can be curative, adjuvant (to reduce recurrence after surgery), or palliative (to relieve symptoms). It may be given alone or combined with surgery, chemotherapy or immunotherapy depending on the cancer type and treatment goals. DGS Healthcare’s oncologists and multidisciplinary teams will recommend the most suitable option for each patient.

Kind of Cancers Treated with Radiotherapy in Turkey

Radiation therapy is used for many cancer types. Approximately half of people with cancer receive some form of radiotherapy during their care pathway. It is also used for certain benign tumours and other conditions such as thyroid disease in selected cases. Common indications include:

Radiation is integrated into multimodal oncology care: tumour boards and multidisciplinary teams review each case to plan the optimal sequence of surgery, systemic therapy and radiotherapy for curative or palliative intent. If you want to discuss whether radiotherapy is right for your diagnosis, contact DGS Healthcare for a specialist review and tailored plan.

Types of Radiotherapy in Turkey

There are two main categories of radiotherapy available in Turkey: external beam radiotherapy and internal radiotherapy (brachytherapy or systemic radioisotope therapy). The choice of approach depends on the cancer type, tumour size and location, overall health, prior treatments and the intended goal of therapy (curative or palliative).

External Beam Radiotherapy in Turkey

External beam radiotherapy delivers radiation from a machine outside the body and is the most frequently used radiation therapy. Modern external-beam techniques employed in Turkish oncology centres include IMRT and VMAT for highly conformal dose delivery, and stereotactic methods (SBRT/SRS) for very precise high-dose treatments. Session times vary by technique and complexity — many sessions are short, but setup and imaging can extend appointment time.

Typical schedules often involve daily fractions, Monday to Friday, but regimens differ: conventional courses may last several weeks, while hypofractionated or stereotactic regimens can reduce the overall number of visits. External radiotherapy targets the tumour but some adjacent healthy tissue may be affected; treatment teams use planning strategies to minimise side effects and protect organs at risk.

Internal Radiotherapy in Turkey

Internal radiotherapy places a radiation source inside or very close to the tumour. Solid-source internal therapy is commonly known as brachytherapy, where seeds, ribbons or capsules are temporarily or permanently implanted — for example in cervical or prostate cancer. Systemic radiotherapy uses radioactive drugs that travel in the bloodstream to treat disease throughout the body (used selectively for some blood cancers and metastatic disease).

Brachytherapy is a localised option that minimises dose to nearby healthy tissue and is commonly used in gynaecological, prostate and some head and neck cancers. Systemic radioisotope therapies are offered in specialist centres for selected indications.

DGS Healthcare’s oncology doctors review your case and recommend the appropriate technique — whether external beam, brachytherapy or systemic therapy — based on clinical evidence and your individual needs. If proton therapy is being considered, note it is available only in a limited number of specialised centres in the country.

How Is Radiotherapy Performed in Turkey?

Radiotherapy may be the sole curative treatment for some patients, but more often it is integrated with other cancer treatments such as surgery, chemotherapy or immunotherapy in Turkey. The timing and combination depend on the tumour type, treatment aim (curative vs palliative) and the patient’s overall condition.

Integration with Surgery

Radiotherapy can be given before surgery to shrink a tumour (neoadjuvant), during the operation as intraoperative radiation to target residual disease while sparing skin and nearby organs, or after surgery (adjuvant) to eradicate microscopic cells that may remain.

Typical Workflow for External Radiotherapy

• Consultation and multidisciplinary review with radiation oncologists and other specialist doctors;
• Planning scans (CT/MRI/PET) and target definition by the oncology team;
• Simulation and immobilisation to ensure reproducible patient positioning;
• Treatment delivery — sessions are typically outpatient; schedules vary (daily fractions over weeks, or a few high‑dose sessions for stereotactic techniques).

Although many appointments are short, session length depends on imaging, setup and the complexity of the plan. Typical conventional courses include daily treatments, Monday–Friday, for 3–9 weeks, while hypofractionated or stereotactic schedules reduce the number of visits.

Safety Limits and Re‑irradiation

There are lifetime dose considerations for tissues — depending on previous treatments, re‑irradiation may be limited. Specialist teams assess prior fields and cumulative doses to determine whether a safe second course is possible and may use advanced planning to treat a different area if clinically appropriate.

Benefits of Radiotherapy

Radiation therapy is an established, targeted cancer treatment that can be curative, reduce recurrence after surgery and relieve symptoms in advanced disease. For many cancers — including breast cancer, prostate and certain head and neck tumours — radiotherapy plays a central role in achieving good oncological results while preserving function.

For palliative indications, radiotherapy frequently improves symptoms — for instance, single‑fraction or short-course treatment often reduces bone pain from metastases in a high proportion of patients (reported response rates in the literature commonly lie in the 60–80% range; clinics will discuss expected outcomes for your situation).

Advances in radiotherapy over recent years have made treatments more accurate and often quicker, improving patient convenience and recovery. If you would like to know which technique best suits your diagnosis, book a consultation with DGS Healthcare’s oncology experts for a personalised plan.

2025 Cost of Radiotherapy in Turkey

Radiotherapy treatment costs in Turkey are generally lower than in many developed countries, but actual prices depend on several factors: the type of radiotherapy (e.g. conventional, IMRT, SBRT, brachytherapy), the number of fractions, necessary imaging (CT/MRI/PET), hospital class, and whether additional services (anaesthesia, surgery or systemic therapy) are required. DGS Healthcare supports patients through the entire process and can provide a customised quote that explains what is included.

Typical price ranges (2025 estimates) — indicative figures to help comparisons. These ranges are illustrative; contact us for a tailored, itemised price that reflects your clinical plan and travel package.

Price of Radiotherapy in the UK

Indicative cost in the UK: £12,000 – £23,000 (for comparison only).

Price of Radiotherapy in the USA

Indicative cost in the USA: $15,000 – $32,000 (for comparison only).

Price of Radiotherapy in Turkey

Indicative cost in Turkey: $6,000 – $9,000. Typical packages through clinic partners may include consultation, simulation scans, the radiotherapy course and local transfers; accommodation can be included in all‑inclusive packages on request.

Prices vary by procedure complexity and services included — contact us for an itemised, customised quote.

Why Is Radiotherapy Cheaper in Turkey?

Several reasons explain the cost advantage for many international patients: favourable currency exchange for those paying in euro, dollar or pound; generally lower operating and labour costs; and competitive healthcare pricing in a market geared toward medical tourism. In addition, some clinics offer packaged services (clinics and hospitals often bundle consultations, scans and transfers) to simplify logistics and reduce overall expense.

Note: verify clinic credentials and read independent reviews before choosing treatment. DGS Healthcare can provide verified clinic options, sample itineraries and a detailed cost breakdown so you can compare treatment cost and service levels across hospitals.

If you’d like an exact price for your treatment pathway, get a customised quote — free. Our team will outline what the price covers (procedure, scans, transfers, accommodation options) and expected timelines for treatment and recovery.

Why Choose Turkey for Radiotherapy?

Turkey is a leading destination for international patients seeking advanced radiotherapy because it combines modern oncology services with competitive treatment cost and patient‑centred care. Major cities such as Istanbul, Ankara and Antalya host JCI‑accredited hospitals and specialist clinics offering the latest radiotherapy technologies and multidisciplinary oncology teams.

• High‑quality hospitals: Many hospitals in Turkey hold international accreditations and have dedicated radiotherapy units with up‑to‑date linear accelerators and planning systems.
• Qualified experts: Experienced radiation oncologists, medical physicists and radiotherapy teams deliver care according to internationally recognised protocols.
• Affordable pricing: Treatment cost in Turkey is often lower than in the UK, USA or other developed countries, while maintaining high clinical standards.
• Comprehensive services: Clinics commonly offer coordinated care (imaging, surgery, systemic therapy and rehabilitation) and can arrange all‑inclusive packages for international patients.

Is Radiotherapy Safe in Turkey?

Radiotherapy delivered in accredited hospitals and specialist clinics follows strict safety protocols overseen by radiation oncologists and regulatory bodies. Many centres treat large numbers of patients each year and maintain quality assurance programmes for equipment and procedures. When comparing options, check hospital credentials, read independent reviews and ask for details on clinical outcomes.

Regulatory oversight by the Ministry of Health and hospital quality processes help ensure patient safety. If you need assistance verifying credentials, DGS Healthcare can provide verified hospital information and patient review summaries.

All‑Inclusive Packages and Patient Support

DGS Healthcare organises all‑inclusive packages that can include hospital appointments, radiotherapy sessions, imaging, VIP transfers and accommodation. These packages aim to simplify logistics and reduce stress for international patients — ask for a detailed itinerary and itemised pricing when you enquire.

Notable Hospitals and Clinics

Several well-known hospital groups provide radiotherapy in Turkey. Examples include Acıbadem Hospital. Other reputable centres include Florence Nightingale, Liv Hospital and Anadolu Medical. Each centre has different specialities and service levels — contact DGS Healthcare to compare hospitals and view verified reviews.

Finding the Right Doctors and Clinics

Choose teams with demonstrated experience in oncology — radiation oncologists, medical physicists and multidisciplinary tumour boards. DGS Healthcare can help you request CVs, case volumes and outcomes data, and provide patient reviews so you can assess experience and service quality before you travel.

If you want assistance selecting a hospital, comparing services or obtaining verified reviews and credentials, request hospital profiles and quotes from DGS Healthcare’s team — we can arrange second opinions, transfer logistics and post‑treatment follow up to support your recovery.