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Tissue engineering

​WE DEVELOP AND PRODUCE​

HUMAN TISSUE 

MODELS WITH EMBEDDED SENSOR

Our models can be tailored for pharmaceutical, cosmetic, chemical and Medtech companies. 

Research

A truly Game-Changer in the Bio Tech Industry.

Mark Willium, CEO OF Abc Med

Cell culturing

WHO WE ARE

OUROBIONICS STORY!

Ourobionics deep technology enables human tissues & organs to become cyborganic to transform regenerative medicine. Our high throughput complex tissue structures embedded with biosensors allow for a high biomimicry level providing real-time output on the physiological and biomechanical processes.  

OUROBIONICS MISSION & VISION

OUR MISSION & VISION

We envision long-term our cyborganic human tissues to play a pivotal role in the treatment of diseases and enhance longevity.

 

Our mission is to speed up drug discovery, lower the costs of pharma R&D, & replace animal testing.

Cellculturing

MEET OUR TEAM

MEET THE MINDS 
BEHIND OUROBIONICS

Ourobionics team brings business and industry experts together with academic experts. Together we have 50+ years of combined experience in tissue engineering, bioprinting and biofabrication research and corporate environment. 

​CHIEF EXECUTIVE OFFICER

CEO

JOHN 
ZANDBERGEN

CO-FOUNDER & DIRECTOR

Director

DR. STEPHEN G. GRAY

CHIEF TECHNOLOGY OFFICER

Chief Technology Office

DR. ALI LEYLAVI SHOUSHTARI

BUSINESS DEVELOPER

Business developer

EIRINI ETROPAKI

CHIEF MARKETING OFFICER

Marketing manager

DORIS
ZORIC

SCIENTIFIC ADVISOR

Scientific advisor advanced biomaterials

PROF. ALVARO
MATA

SCIENTIFIC ADVISOR

Scientific advisor advanced biosensors

ASS. PROF. ALIREZA PIROUZ

SCIENTIFIC ADVISOR

Scientific advisor tissue engineering , bio-electrospinning, bio-electrospraying

PROF. SUWAN N. JAYASINGHE

OUR BLOGS

OUROBIONICS 
LATEST NEWS

Follow us in our journey to end animal testing. For news and other announcements you are also welcome to follow us on LinkedIn on sign up for our newsletter.

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REVOLUTIONIZING HEALTHCARE!

HUMAN TISSUES. SENSOR POWERED INSIGHTS.

Our high throughput complex tissue structures embedded with biosensors allow for a high biomimicry level providing real-time output on the physiological and biomechanical processes.

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