INNOVATIVE CELL TREATMENTS

Heart function is compromised when the heart does not pump blood efficiently to the rest of the body. This weakness of the heart muscle results from the loss of cardiac muscle cells and the inability to replace them with new cells. Medical intervention with pre-differentiated stem cells into cardiac muscle cells has the potential to provide new material to the damaged tissue, replacing lost cells and thereby improving the heart muscle’s contraction strength.

Chronic obstructive pulmonary disease (COPD) is one of the most common lung diseases in adults. Chronic inflammation causes persistent and progressive damage to the structure of the airways (bronchi). The bronchial wall increases in thickness and mucus production, restricting airflow in and out of the lungs. These changes lead to increased susceptibility to external factors such as viral infections and climatic changes.

Treatment with pre-differentiated stem cells provides the cellular substrate necessary for the reconstruction of damaged structures. The cells injected into the joint space or damaged tissues such as bone, menisci, or ligaments can replace lost cells and facilitate efficient repair. This treatment controls pain and improves function.

Chronic and progressive deterioration of the spine is a leading cause of chronic pain. The intervertebral disc, vertebral bone, and surrounding ligaments can be affected by varying degrees.
This condition is mainly linked to normal wear and tear, but it can also be caused by injury, such as a slipped disc, or playing high-impact sports. Problems with the body's alignment (such as scoliosis) or bad posture can also be a cause.

Treatment with pre-differentiated stem cells provides the cellular substrate needed for the reconstruction of damaged structures. The cells injected into the joint space or damaged tissues, such as bone, menisci, or ligaments, can replace the lost ones and facilitate efficient repair. This is expected to control symptoms and improve function.

Shoulder pain has various causes, with one of the most common being wear of tendons surrounding the joint, which enables movement. Stem cell treatment in worn tendons enhances tissue repair effectively resolving pain and improving function.

Skin aging is a natural process that causes the skin to lose elasticity, firmness, and thickness.
Autologous cell therapy provides new cells to the different layers of the skin. This intervention can be complemented with other treatments that improve the quality of the skin.

The pelvic floor muscles help to keep the bladder sphincter closed, especially in situations where abdominal pressure increases (e.g. coughing, laughing or physical exercise). When these muscles weaken and atrophy, any increase in intra-abdominal pressure leads to urinary leakage.
Atrophy and weakness of the pelvic floor muscles can be reversed with a combination of cellular therapy and exercise training.