Cytotron Treatment

Cytotron Treatment

It is considered a non-invasive therapy used mainly for cancer and osteoarthritis. Scigenics Biotech, based in India, developed this technology and relies on Rotational Field Quantum Magnetic Resonance (RFQMR) to work.

What is Cytotron?

Cytotron is a machine-based treatment that provides pulsed radio frequency electromagnetic waves (RFQMR signals) at the right levels. It is thought that these signals impact the electrical activity of any unusual cells, mainly in cancerous tumors.

Cytotron Therapy for Bone Cancer

Cytotron Therapy for Bone Cancer is a treatment that can be used along with other options to support patients with bone cancers. The treatment looks to slow cancer growth, ease pain and enhance life’s comfort for patients who cannot have surgery.

How Cytotron Treats Bone Cancer?

Cytotron employs Rotational Field Quantum Magnetic Resonance (RFQMR) in its rotating magnetic field to attack cancer cells. Experts believe that it may be useful for treating bone cancer.

Interfere with the cell division process of cancer cells

• Modifies the electrical gradient between the inside and outside of cancer cells.
• Interrupts the forming of mitotic spindles which stops the increase of new cells.

Induces Apoptosis (Programmed Cell Death) 

• Aims at killing only cancer cells while leaving normal cells unharmed.

Pain Management

• Abates inflammation and soreness in the nerves, meaning patients experience greater pain relief.

Blocks the Destruction of Bones

• Found to be very useful in osteosarcoma, as well as metastases originating from prostate, breast or lung cancer that affect the bone.

Cytotron for Osteoarthritis

Cytotron is a treatment that gently repairs cartilage, decreases swelling and pain and aims to avoid or postpone the use of artificial joints. It is most often recommended for people with osteoarthritis beyond the early stages where surgery is not preferred.

Why Is Cytotron Being Studied in Osteoarthritis?

This machine uses Rotational Field Quantum Magnetic Resonance (RFQMR) technology to provide low-frequency radio and magnetic energy.

• Encourage cartilage-producing cells to do their work.
• Prevent cartilage from wearing out quickly and help it to heal faster.
• Help relieve pain and inflammation in the joints.
• Enhance the movement and strength of your joints.

Non-invasive Bone Cancer Treatment

When surgery is not an option, non-invasive treatments help to control bone cancer by using technologies that lessen impact on nearby tissues and aim to improve patients’ quality of life.

This section details the most popular and novel non-invasive bone cancer treatments.

Radiation Therapy

• Standard & commonly used
• During EBRT, rays that are very powerful are used to target the tumor.
• With SBRT, a very targeted and strong dose of radiation can be given while damaging nearby tissue very little.

Cryoablation

• Minimally invasive
• The extreme cold is used to eliminate cancer cells.
• CT/MRI is used to help plan the surgery.
• This method is common for tumors within the spinal or pelvic bones.

High-Intensity Focused Ultrasound (HIFU)

Recently, there have been fewer ingredients available.

• Ultrasound waves are focused to destroy and heat up tumor tissue.
• MRI guidance is used for accurate results.
• There is no risk of radiation during an MRI.

Cytotron Therapy

• This is mostly practiced in India and Malaysia.
• Slows down the expansion of cancer cells using Rotational Field Quantum Magnetic Resonance (RFQMR).
• Does not require surgery and is used often for advanced bone metastases and primary bone cancer.

Systemic Therapies (Meaning the drugs do not target a specific area)

These treatments are not considered localized, but they are non-invasive.

Targeted Therapy

• Given to patients with bone cancer who have particular genetic alterations (as an example, denosumab is used for giant cell tumors)

Immunotherapy

• In clinical studies, it is approved for some cases of sarcoma or metastasis.

Chemotherapy

• Not performed through surgery; however, it is still an important way to treat osteosarcoma and Ewing sarcoma.

Treatments involved Bisphosphonates / Denosumab

• Helps limit damage to bones, mainly caused by the spread of prostate or breast cancer

Proton Beam Therapy

• It is more accurate than traditional radiation.
• Helps to avoid exposing healthy tissue to radiation.
• These types of treatments are very beneficial for pediatric bone cancers like Ewing sarcoma.

Pain Management is usually referred to as Palliative Care.

• RFA, in which treatment is delivered via radio waves (minimally invasive)
• People often talk about steroids, NSAIDs, nerve blocks.
• Using physiotherapy for improved mobility is an alternative to surgery.

Advanced Osteoarthritis Treatment in India

Cytotron Therapy

• Technology used in the experiment: Rotational Field Quantum Magnetic Resonance (RFQMR)
• Benefit: Helps in growing new cartilage and decreases swelling.
• Instructions: 20 to 28 daily sessions that are non-surgical and do not use anaesthesia
• This therapy is indicated for Grade II to IV osteoarthritis and for people who cannot have a knee replacement.

Stem Cell Therapy 

• Idea: Recover damaged cartilage by applying stem cells or Platelet-Rich Plasma
• Application: The medicine is placed directly into the joint.
• This is most effective in the early to mid-stages of OA.

Viscosupplementation (Hyaluronic Acid Injections) 

• Goal: Improve joint lubrication.
• How it is done: By injecting pain medicine inside the joint
• Suitable At: Grade II–III osteoarthritis

Robotic or Computer-Assisted Knee Replacement Surgery

• The purpose is to have better alignment and a quicker way to recover.
• Procedure: The knee is reconstructed either fully or partially using robots.
• Plus points: Mini-incisions cause less injury, a shorter stay at the hospital and faster movement€

Laser Therapy & PEMF

• Some clinics that specialize in physiotherapy and orthopedic care have started using massage services.
• The goal is to ease inflammation and pain, improve blood flow.
• Non-invasive, painless

Combining Ayurveda with modern therapy (Holistic)

Today, a number of Indian hospitals combine various techniques into their care such as:

• Ayurvedic massage is known as Abhyanga.
• Panchakarma
• Yoga therapy

Bone Cancer Alternative Treatment

Cytotron Therapy (India-origin, Non-invasive)

• Slows tumor growth and alleviates pain using RFQMR technology
• Outpatient, non-invasive treatment
• Most commonly applied to bone metastases and palliative therapy
• Reported Benefits: Pain relief, tumor growth arrest
• Limitations: Experimental; not FDA-approved; limited clinical evidence

High-Intensity Focused Ultrasound (HIFU)

• Non-invasive thermal ablation of bone tumors via ultrasound
• MRI or CT guided
• Pain management in bone metastases
• Effective in palliative care
• Limited availability; not curative

Ozone Therapy

• Oxygen-ozone gas is applied to blood or tumor sites to enhance oxygenation and quell inflammation
• Labeled to modulate immune response
• Controversial and untested for cancer
• Not well accepted in mainstream oncology

Ayurveda & Herbal Support (India-specific)

• Utilized for symptom management (pain, inflammation)
• Typical herbs: Ashwagandha, Curcumin (Turmeric), Guduchi
• Typically integrated in care in India
• May enhance well-being and immunity
• Must be monitored by an oncologist + Ayurvedic physician
• Some of the herbs interact with chemotherapy

Nutrition-Based Therapies

• Alkaline diet, ketogenic diet, or vegan diet said to "starve" cancer cells or enhance immune function
• Can enhance strength and well-being
• No definitive evidence that they reduce tumors
• Risk of malnutrition if not checked.

Homeopathy / Naturopathy

• Utilized in India and Europe as symptom relief, not treatment
• Can assist with chemo or radiation side effects (e.g., nausea, weakness)
• No evidence for tumor reduction from science
• Can postpone necessary medical treatment if used as the only approach

Mind-Body Therapies (Holistic Care)

• Meditation, yoga, Reiki, music therapy
• Assists with emotional recovery, stress, and pain management
• Scientifically established as adjunctive
• Most effective in addition to medical therapy

Best Hospital for Cytotron Therapy

• Artemis Hospital, Gurgaon
• Medanta-The Mediicty, Gurgaon
• Fortis Hospital, Gurgaon
• Indraprastha Apollo Hospital, Delhi

Factors Affecting Cytotron Treatment Cost in India

• Hospital or Treatment Center
• City / Location
• Number of Sessions Required
• Condition Being Treated
• Patient's Medical Condition
• Pre-Treatment Investigations
• Hospital Stay or Outpatient Basis
• Additional Therapies

Cytotron Machine Therapy

Cytotron machine therapy is a latest, non-surgical, painless treatment with patented technology known as Rotational Field Quantum Magnetic Resonance (RFQMR). It is mainly applied for:

• Bone cancer (primary and metastatic)
• Osteoarthritis
• Degenerative musculoskeletal diseases
• Cartilage regeneration

It is not surgical, radioactive, and painless — features that appeal to patients who prefer alternatives to traditional methods of treatment.

What Is Cytotron Machine Therapy?

Technology Used:

• The Cytotron machine releases precisely modulated radio frequencies and quantum magnetic fields.
• They are involved with the hydrogen protons of the affected tissues.
• It targets cell division in the case of cancer and cartilage repair stimulation in degenerative diseases.

Latest Technology for Bone Cancer

Advances in bone cancer treatment have seen a number of new technologies introduced that seek to enhance efficacy, reduce side effects, and maximize patient benefits. Some of the new developments include:

Advanced Technologies in Bone Cancer Therapy

Proton Therapy

Proton therapy involves the administration of high doses of radiation to the tumor itself while sparing healthy tissues around it. It is very effective for treating bone cancers close to important structures. Such institutions as MD Anderson in the U.S. have leading-edge technology.

Targeted Therapies

Targeted therapies employ the use of small molecules to inhibit specialized pathways used by cancer cells to grow and survive. Targeted therapies are best suited for the treatment of some bone cancers, including chordoma. Targeted therapies have the mission of inhibiting the growth of cancer cells while sparing normal cells.

Immunotherapy

Researchers from University College London have created a novel kind of immunotherapy that has demonstrated encouraging preclinical outcomes against osteosarcoma, a prevalent bone cancer in adolescents. It uses the body's immune system to combat cancer more efficiently.

Epione® Robotic Platform

Quantum Surgical's Epione® system is used to help minimally invasive treatment of metastases and bone tumors. It enables precision ablation of tumors, with image guidance, eliminating the necessity for open surgery and improving recovery times.

Bioactive Glasses with Gallium

Researchers at Aston University have created a treatment by mixing bioactive glass with gallium, registering a 99% success rate for eradicating cancer cells and stimulating bone repair in lab experiments. The new method is designed to cure the cancer as well as regenerate the damaged bone tissue.

FLASH Radiation Therapy

FLASH therapy provides ultra-high doses of radiation in a fraction of a second, which could cut the number of treatments needed and limit damage to healthy tissues. This method is being explored and could provide a more effective alternative to conventional radiation treatments.

3D-Printed Limb Replacements

There are now new developments in 3D printing technology that enable the production of personalized limb replacement implants for specific patients. The implants are made to fit perfectly, enhancing functionality and comfort for limb salvage surgery patients.

Bone Cancer

• 40–60% improvement in symptoms

Osteoarthritis

• 70–85% symptom relief (especially in knees)

Where is Cytotron treatment available?

• Bengaluru (Primary development center)
• Hyderabad
• Kochi
• Ludhiana
• Pune
• New Delhi