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Oncology

 

Access Advanced Cancer Treatments Abroad Without Delay

Personalized, Safe, and Accessible Oncological Care

 

Maple Med Global is an international healthcare coordination center that connects patients with world-class, accredited oncology hospitals across multiple countries.
Our mission is to help patients access the right treatment, at the right time, in the right place — and at the right cost.
Every cancer center we work with holds internationally recognized accreditations such as JCI, OECI, IASIOS, or AACI, ensuring the highest levels of patient safety, ethical governance, and clinical excellence.
Learn more about these accreditations on our International Quality and Accreditation
page.

We are not bound to a single hospital or country. Instead, we collaborate with a global network of certified cancer centers, objectively comparing medical, technological, and financial factors to find the most suitable option for each patient.

Why Choose Global Oncology Options?

 

Successful cancer treatment requires more than advanced drugs or equipment — it depends on the right specialists, technology, and timely access.
Each country has unique strengths: some excel in nuclear medicine or theranostics, others in genomic oncology or cost efficiency.

Maple Med Global evaluates all these dimensions on your behalf, ensuring you receive the most effective and safe treatment possible.

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What sets Maple Med Global apart:

  • Immediate access to treatment without waiting lists.

  • Accredited cancer centers that meet global quality standards (JCI, OECI, IASIOS, AACI).

  • Access to advanced technologies including proton therapy, theranostic nuclear medicine (Lu-177 / Ac-225), MR-LINAC, CyberKnife, immunotherapy, CAR-T, and genomic oncology.

  • Transparent, cost-effective treatment options with no hidden fees.

  • End-to-end coordination with dedicated medical advisors.

Global Cancer Treatment Destinations

At Maple Med Global, we collaborate directly with leading oncology centers in selected countries that combine cutting-edge medical technology with cost-effective accessibility.


These destinations were carefully chosen for their proven expertise in advanced cancer care, including MR-LINAC, CyberKnife, Proton Therapy, Theranostic Nuclear Medicine, CAR-T cell therapy, and Genomic Oncology, all delivered at globally competitive prices.


Each country offers unique strengths in oncology — from innovation and infrastructure to experience and affordability — ensuring that every patient can access the highest quality treatment without financial or geographical barriers.

Türkiye

Türkiye is recognized for its world-class oncology centers that combine cutting-edge technology with internationally accredited standards.

Türkiye’s oncology centers perform advanced procedures such as MR-LINAC, CyberKnife M6, Radixact/TomoTherapy, and theranostic nuclear therapies like Lutetium-177 and Actinium-225.
Genetic and molecular profiling, as well as robotic surgery, are also widely available.

The key advantage is immediate access to high-technology care without long waiting times and at significantly lower costs compared to North America or Europe.

Bosporus Bridge _15th July Martyrs Bridge_. Camlica Hill Istanbul _ Turkey..jpg
Image by Florian Wehde

Spain and Central Europe

European oncology institutions lead in proton therapy, molecular diagnostics, multidisciplinary tumor boards, and early-phase clinical research.
Within the EU’s unified health safety framework, these centers offer exceptional accuracy for brain, lung, and pediatric tumors.
Personalized medicine based on genomic analysis and biomarker testing is widely practiced.

India

India is one of Asia’s most comprehensive oncology hubs, offering proton therapy, immunotherapy, targeted drug programs, CAR-T cell therapy, and robotic surgery within one comprehensive system.
High patient volumes allow oncologists to gain extensive experience with rare and complex cancer types.
Combined with advanced technology and affordability, India remains a global leader in accessible precision oncology.

Mumbai Hindistan
Image by Oscar Reygo

Mexico

Mexico hosts numerous Joint Commission International (JCI)-accredited cancer centers.
These facilities provide chemotherapy, radiotherapy, surgical oncology, and nuclear medicine following international protocols.
Its proximity to North America and cost advantage make Mexico a preferred destination for patients from Canada and the U.S.

Thailand

Thailand ranks among the top medical tourism destinations worldwide.
Its hospitals feature IMRT, SBRT, MR-LINAC, targeted therapy, and immunotherapy, supported by English-speaking medical teams.
A strong focus on patient comfort, safety, and hospitality makes Thailand a trusted choice for international cancer care.

Image by Anantachai Saothong

Advanced Oncology Technologies and Treatment Approaches

Radiotherapy and Radiosurgery

IMRT

IMRT (Intensity-Modulated Radiation Therapy)

IMRT is one of the most advanced forms of external beam radiation therapy.
It shapes the radiation dose to the exact 3D shape of the tumor, using computer-controlled beams that spare nearby healthy tissue.
This technique is widely used in prostate, breast, head-and-neck, and gynecological cancers, significantly reducing side effects such as fatigue or skin irritation.

vmat

VMAT (Volumetric Modulated Arc Therapy)

VMAT delivers radiation in a smooth, continuous arc around the patient, completing treatment in minutes instead of long static sessions.
This allows oncologists to deliver an accurate and uniform dose from multiple angles, improving tumor coverage and patient comfort.
It’s often preferred for complex or irregularly shaped tumors in the pelvis, chest, or brain.

Cyberknife

​SBRT / CyberKnife (Stereotactic Body Radiotherapy)

CyberKnife is a robotic radiosurgery system that delivers extremely focused, high-dose radiation to tumors that cannot be surgically removed.
It tracks even the slightest patient or tumor movement in real-time, adjusting beams automatically for sub-millimeter accuracy.
This method is ideal for lung, liver, spine, and brain tumors, offering effective treatment with no incisions and minimal recovery period.

mr linac

MR-LINAC
(MRI-Guided Linear Accelerator)

MR-LINAC combines MRI imaging with radiation delivery, allowing doctors to see the tumor and surrounding organs during every treatment session.
This real-time visualization makes it possible to adapt radiation precisely as the tumor moves — for example, during breathing.
It’s especially effective for lung, liver, and pancreatic cancers, where tumor motion is a challenge.

proton therapy

​Proton Therapy

Proton therapy uses positively charged particles instead of conventional X-rays.
These protons release their energy directly inside the tumor, stopping at a precise depth and avoiding damage to healthy tissues.
It’s ideal for brain, spinal, and pediatric cancers, and is increasingly used for patients who need radiation near sensitive organs.

​Brachytherapy (Internal Radiation Therapy)

Brachytherapy (Internal Radiation Therapy)

Brachytherapy delivers radiation from inside the body by placing tiny radioactive sources directly into or next to the tumor.
This allows for a higher dose of radiation to the cancer while reducing exposure to nearby tissues.
It’s commonly used for prostate, cervical, and breast cancers, and typically involves short treatment sessions with fast recovery.

Nuclear Medicine and Theranostic Therapies

lutetium 177 therapy

Lutetium-177
(Lu-177) Therapy

This therapy uses a radioactive isotope that attaches directly to tumor cell receptors, releasing targeted radiation from within.
It is especially effective for advanced prostate and neuroendocrine tumors that no longer respond to standard treatments.
Patients often experience tumor shrinkage and symptom relief with mild side effects.

actinium 225 therapy

Actinium-225
(Ac-225) Therapy

Actinium-225 delivers highly potent alpha-particle radiation that destroys cancer cells at the microscopic level while sparing healthy tissue.
Because of its strong energy and short path, it often achieves results in fewer sessions and with minimal side effects.
This new-generation therapy offers hope for patients resistant to conventional methods.

Theranostic Approach

Theranostic Approach (Diagnosis + Therapy in One)

​Theranostics combines diagnostic imaging and treatment in a single molecular pathway.
Using the same compound, doctors can both identify cancer cells via PET/CT and treat them with targeted radiation.
This personalized approach ensures that each patient receives the right therapy for their specific tumor biology.

Immunotherapy and Targeted Treatments

Checkpoint Inhibitors

Checkpoint Inhibitors

These drugs help the immune system “see” and attack cancer cells by blocking the proteins that hide tumors from immune recognition.
They have transformed outcomes in melanoma, lung, and bladder cancers, helping the body fight cancer naturally.

​Monoclonal Antibodies

​Monoclonal Antibodies

Monoclonal antibodies are lab-made immune proteins that specifically attach to cancer cell surfaces.
They can block growth signals or deliver toxic substances directly to tumors, minimizing harm to healthy tissues.
Used in breast, lymphoma, and colorectal cancers with remarkable precision.

​Tyrosine Kinase Inhibitors (TKIs)

Tyrosine Kinase Inhibitors (TKIs)

TKIs block enzymes that help cancer cells grow and spread.
By stopping these signals, they control tumor growth and often turn cancer into a chronic but manageable condition.
Effective in lung, kidney, and thyroid cancers.

Genetic and Molecular Oncology

CAR-T Cell Therapy

In this breakthrough treatment, a patient’s own immune cells are genetically modified to recognize and destroy cancer.
CAR-T therapy is showing life-saving results in leukemia, lymphoma, and multiple myeloma, offering a potential cure for some blood cancers.

Genetic and Molecular Oncology

Genetic and Molecular Oncology

This approach analyzes a tumor’s DNA to determine its specific mutations and vulnerabilities.
Using advanced tests such as Next-Generation Sequencing (NGS) or liquid biopsy, oncologists can personalize therapy — giving the right drug to the right patient at the right time.

Precision Combination Therapies

Precision Combination Therapies

Modern oncology often combines immunotherapy and targeted drugs to attack cancer from multiple angles.
These tailored regimens maximize effectiveness while reducing the risk of resistance or relapse.
They are increasingly used for advanced solid tumors worldwide.

Supportive and Integrative Care

Nutritional Guidance and Support

Nutritional Guidance & Support

Balanced nutrition supports the body’s ability to heal and recover during cancer therapy.
Dietitians personalize meal plans to maintain strength, manage side effects, and improve treatment tolerance.

Psycho-Oncology Support

Psycho-Oncology Support

Emotional well-being is as essential as medical care.
Psychological counseling and therapy help patients cope with fear, stress, and anxiety, improving overall quality of life.

Physical & Stress Rehabilitation

Physical & Stress Rehabilitation

Gentle exercise, physiotherapy, and mindfulness programs help patients regain energy, reduce pain, and rebuild confidence after treatment.
These holistic methods enhance both physical recovery and mental focus.

To learn how Maple Med Global supports patients at every stage of cancer care — from diagnosis to recovery — visit our Why Patients Choose Maple Med Global section.

From Our Insights

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Explore the latest oncology insights from Maple Med Global — featuring advancements in diagnostics, technology, and global treatment access:

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Get a Free Second Opinion for Cancer Treatment Abroad

Upload your medical reports securely to receive an expert evaluation within 24–48 hours. 
Fast, confidential, and entirely free of charge.
         info@maplemedglobal.ca
         +1 (437) 232-3904

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