Let’s regenerate.
Welcome Regensis, where we pioneer the future of regenerative medicine through innovative engineering solutions tailored for both academic and industrial applications.
ABOUT US
At Regensis, we’re more than just a company – we’re a collective of visionaries driven by a passion for advancing the frontiers of regenerative medicine. With a wealth of experience accumulated over years of dedicated work in the field, our team stands at the forefront of groundbreaking discoveries and transformative technologies.
Our mission is clear: Using bioengineering approaches to maximize the possibilities of regenerative medicine, pushing boundaries and opening new avenues for research, development, and practical application. From tissue engineering to biomaterials and cell derived products, we specialize in turning visionary ideas into tangible realities that shape the future of healthcare and related industries.
MEET US
Our Team
Dr. İbrahim VARGEL
Co-founder
Dr. İbrahim Vargel is a Professor and was a faculty member of Hacettepe University, Department of Plastic Reconstructive and Aesthetic Surgery. He retired from university 2022 and has been working in his clinic since then.
Dr. Sedat ODABAŞ
Co-founder
Dr. Sedat Odabas is a Professor and has been a faculty member of Ankara University, Chemistry Department since 2014. He holds BSc in Biology and MSc and Ph.D. in Bioengineering from Hacettepe University.
LET’S WORK TOGETHER!
Our Services
Innovative Solutions
for Regenerative Medicine
Bioinks Solutions
for 3D printing
Engineering Solutions
for Medical Devices
HOW WE CAN HELP
Our Expertise
Our pioneering expertise in designing advanced medical devices that are both effective and easy to use, making a real difference in patient care and health outcomes. By continually refining our designs and incorporating the latest technologies, we strive to meet the evolving needs of healthcare providers and patients alike. We also harness the potential of human, animal, and plant-derived exosomes for a wide range of applications and groundbreaking research. We are actively involved in research aimed at unlocking the therapeutic potential of animal and plant-derived exosomes. Our multidisciplinary approach involves exploring the unique properties and applications of exosomes derived from various sources. Through collaborative research efforts, we aim to uncover new insights into the mechanisms of cellular communication and develop innovative therapies for future medical, cosmetic, pharmaceutical, and nutrition use. In addition, we focus on the production of bioinks derived from natural sources, in particular for 3D bioprinters. Through collaborative efforts with technology suppliers, we deliver a variety of bioinks for diverse applications in tissue engineering and regenerative medicine.