What are Stem Cell?

Cells that can renew themselves and turn into different cell types are called “stem cells”. Their two main features are long-term self-renewal – millions of cells can come from a single stem cell – and the ability to transform into specialized cells such as heart muscle cells, blood cells or nerve cells, even though they cannot perform these functions in their initial, non-specialized state.

Dermatology and Aesthetic Treatments

1. Acne Scars

This treatment is based on a stem cell application that activates the skin’s natural regeneration mechanism.

After the procedure, the skin begins to produce new collagen and repairs the areas affected by post-acne pits and scars from within.

Over time, the skin surface becomes smoother and more even.

It is an effective option that provides “deep repair” for individuals who have not achieved satisfactory results with traditional methods.

2. Hair Stem Cell Therapy

Stem cells reactivate weakened hair follicles and enhance microcirculation in the scalp.

This reduces hair loss, strengthens the follicles, and allows the hair to appear naturally fuller.

It is a modern, non-surgical treatment based on the principle of natural regeneration.

Neurodegenerative Disease Treatments

1. Autism

Stem cell therapy aims to support the functions of nerve cells and strengthen communication between different regions of the brain.

This may reflect as increased attention span, improved behavioral regulation, and noticeable progress in social interaction.

When combined with educational and behavioral therapies, the results become more significant.

2. Alzheimer’s Disease

This treatment aims to support diminished cellular activity in brain tissue and reduce inflammation.

It may provide visible improvements in memory, attention, and daily communication, thereby enhancing the patient’s overall quality of life.

It is a supportive application that may help slow the progression of the disease.

3. Multiple Sclerosis (MS)

In MS, the immune system targets the nerves.

Stem cell therapy aims to balance this excessive immune activity and support the repair of the protective sheath around the nerves.

As a result, significant improvements can be seen in mobility, balance, energy levels, and daily life functions.

4. Stroke

After stroke, stem cells help promote the formation of new neural connections in the affected brain regions.

This contributes to faster recovery of speech, movement, and balance abilities.

When combined with physical therapy, it can significantly accelerate the healing process.

5. Traumatic Brain Injury

In cases of brain injury caused by accidents or impacts, stem cell therapy reduces inflammation and supports the repair of nerve cells.

It provides gradual but noticeable improvements in memory, attention, focus, and fine motor skills.

It offers strong support to the rehabilitation process.

6. Cerebral Palsy Newly Added Section

Cerebral Palsy is a movement and muscle-control disorder caused by impairment of brain development before, during, or shortly after birth.

Stem cell therapy aims to support the regeneration of nerve cells and improve muscle control and motor functions.

When applied early and consistently, it can provide meaningful improvements in the child’s movement capacity and overall quality of life.

Cardiology Applications

1. Heart Failure

Stem cells help strengthen weakened heart muscle.

Pumping capacity increases, shortness of breath decreases, and fatigue becomes less frequent.

Many patients experience a noticeable increase in daily energy levels.

2. Coronary Artery Blockage

This treatment aims to improve blood flow and oxygenation in the heart’s arteries.

By supporting capillary formation, it can reduce chest pain and ischemia.

It offers patients a more comfortable and more active life.

3. Heart Muscle Repair

Applied to support the damaged regions of the heart muscle after a heart attack.

Stem cells enhance tissue repair and strengthen overall cardiac function.

Over time, improvements in endurance and exercise capacity may be observed.

4. Ischemia Problems

In areas damaged due to insufficient blood flow, stem cell therapy improves oxygenation and blood circulation.

It reduces pain, supports heart performance, and makes the patient’s daily life easier.

Urology (Male and Female Reproductive Health) Newly Added Section

Stem cell therapy supports tissue regeneration and microcirculation in the reproductive system, providing functional improvement.

It is a modern approach that supports sperm production in men, ovarian function in women, and overall reproductive health.

It offers a complementary treatment option aimed at enhancing hormonal balance and reproductive capacity.

Orthopedics (Bone and Musculoskeletal Health) Newly Added Section

Stem cells help regenerate damaged muscle, tendon, and bone tissues.

They provide strong support for accelerating fracture healing, repairing cartilage, and treating sports injuries.

They reduce pain, increase range of motion, and provide long-term recovery.