STEM CELL AND EXOSOME THERAPIES

Regenerative Approaches for Vision

Modern ophthalmology is constantly evolving – and with it the hope for innovative therapies for complex or congenital eye diseases.

Stem cell and exosome therapies are among the promising regenerative procedures aimed at supporting the function of damaged retinal or optic nerve cells and slowing the progression of vision loss.

These therapies are used primarily for congenital retinal diseases, chemical eye injuries, certain optic nerve diseases, and severe degenerative eye damage.

What are stem cells – and how are they obtained?

Both autologous stem cells (derived from the body's own fatty tissue) and allogeneic cells (e.g., from umbilical cord blood) can be used for treatment. Both options are considered safe; the fundamental superiority of one method over the other has not yet been scientifically proven.

How does the therapy work?

The goal is to bring the regenerative cells as close as possible to the visual center or optic nerve to stimulate healing processes there. Stem cells and exosomes support damaged cell structures by releasing growth factors and signaling substances – with the goal of stabilizing or gently improving vision quality.

The treatment is performed under local anesthesia and is generally well tolerated. Pain or complications occur very rarely.

What is realistic – and what isn't?

This therapy can delay the progression of certain diseases and, in individual cases, even improve visual function. However, a complete cure is not to be expected. A realistic understanding of the possibilities – based on medical information and personal consultation – is important.

The need for repeat treatments and the individual response to the therapy are assessed during regular follow-up examinations.

Modern medicine with responsibility – breaking new ground together.

We would be happy to advise you personally on whether stem cell or exosome therapy makes sense in your case.