C4C Odonto
Cellular and acellular solutions for dental tissue regeneration

What it is
C4C Odonto develops regenerative therapies for dentistry using cellular solutions (such as mesenchymal stem cells) and acellular solutions (such as biomaterials or exosome derivatives). These technologies aim to repair and regenerate dental tissues damaged by periodontal disease, injuries, or surgery, promoting faster and more effective recovery with improved functional and aesthetic outcomes.
Technology
We develop regenerative solutions for dentistry based on mesenchymal stem cells, exosomes, and advanced biomaterials. At C4C Odonto, we integrate scientific innovation with certified manufacturing processes, ensuring safe, reproducible products with clinical potential for effective dental tissue repair.
Cellistem®ER

Solution
At C4C Odonto, we transform oral regeneration through advanced biotechnology-based therapies. We develop cellular and acellular solutions—such as mesenchymal stem cells, exosomes, and biomaterials—that promote dental and periodontal tissue repair. This innovative, minimally invasive approach enhances recovery, functionality, and aesthetics in dental treatments.
Odonto for patients
If you experience inflammation, pain, or tissue loss caused by apical periodontitis, Cellistem® ER may be an option for you. This minimally invasive cell therapy combines mesenchymal stem cells with a regenerative biomatrix to restore sensitivity, improve vascularization, and support dental tissue regeneration from its origin.
Odonto for physicians
Learn how to integrate regenerative therapies into your dental practice. C4C Odonto offers cellular and acellular solutions supported by scientific evidence to treat periodontitis and oral lesions, with accessible clinical protocols and specialized technical support.
Odonto for investors
Invest in biotechnology that is transforming oral care. C4C Odonto represents a unique opportunity in regenerative dental medicine, with high demand, scientific differentiation, and strong international scalability potential.


















