Synova Biosciences

Synova Biosciences

Transforming Organ Transplantation with Innovation

Personalized lab-grown organs for safer, accessible transplantation.

Engineering personalized organs from your own cells.

Advanced organoids for autologous therapy solutions.

Pioneering regenerative medicine for a better future.

An intricate and colorful anatomical model of a human organ is encased in a glass box. The model showcases a complex network of blood vessels or neural structures, vividly rendered in red, yellow, and blue. Each color section appears to represent different parts of the structure, intertwined and detailed against a dark background, emphasizing the vibrant colors.

An intricate and colorful anatomical model of a human organ is encased in a glass box. The model showcases a complex network of blood vessels or neural structures, vividly rendered in red, yellow, and blue. Each color section appears to represent different parts of the structure, intertwined and detailed against a dark background, emphasizing the vibrant colors.

A detailed 3D printed model of a human heart with intricate, lattice-like patterns is displayed on a transparent circular stand. The heart is primarily light orange in color, situated against a dark background, which highlights its features and structure.

A detailed 3D printed model of a human heart with intricate, lattice-like patterns is displayed on a transparent circular stand. The heart is primarily light orange in color, situated against a dark background, which highlights its features and structure.

A pair of hands wearing surgical gloves holds a translucent, round, gel-like object, likely a medical implant. The background features a fabric that resembles surgical scrubs.

A pair of hands wearing surgical gloves holds a translucent, round, gel-like object, likely a medical implant. The background features a fabric that resembles surgical scrubs.

Transforming Lives Through Innovation

At Synova Biosciences Ltd, we engineer personalized, lab-grown organs for transplantation, making organ replacement safer and universally accessible for all patients.

Medical professionals in scrubs and masks are performing surgery under bright surgical lights. A variety of surgical instruments are organized on a covered tray next to the operating table.

Medical professionals in scrubs and masks are performing surgery under bright surgical lights. A variety of surgical instruments are organized on a covered tray next to the operating table.

A person wearing a light blue shirt is seated at a white surface, attentively examining a colorful anatomical model of the human digestive system. The model is detailed, showing various organs in vibrant pink, yellow, and blue colors.

A person wearing a light blue shirt is seated at a white surface, attentively examining a colorful anatomical model of the human digestive system. The model is detailed, showing various organs in vibrant pink, yellow, and blue colors.

A male doctor wearing a white lab coat is attentively administering medical care to a patient. The patient, who is seated in a hospital chair, is receiving treatment through a port in his chest. A female healthcare professional stands nearby, observing and providing support.

A male doctor wearing a white lab coat is attentively administering medical care to a patient. The patient, who is seated in a hospital chair, is receiving treatment through a port in his chest. A female healthcare professional stands nearby, observing and providing support.

Our Vision and Mission

We specialize in developing advanced organoids from patients' own cells, aiming to revolutionize regenerative medicine and expand organ availability for clinical use.

Personalized Organ Solutions

Transforming lives with lab-grown organs for safer and personalized transplantation solutions.

Organoid Development

Two surgeons wearing masks and colorful caps are intensely focused on performing surgery under a bright surgical light. They are dressed in teal surgical gowns and white gloves, with a variety of surgical instruments in use.

Two surgeons wearing masks and colorful caps are intensely focused on performing surgery under a bright surgical light. They are dressed in teal surgical gowns and white gloves, with a variety of surgical instruments in use.

Creating advanced organoids from patient cells for personalized therapy and treatment options.

A person wearing white gloves tends to young seedlings in a nursery or laboratory setting, with rows of small plants aligned in trays. The environment is likely controlled, as indicated by the pink lighting.

A person wearing white gloves tends to young seedlings in a nursery or laboratory setting, with rows of small plants aligned in trays. The environment is likely controlled, as indicated by the pink lighting.

A healthcare professional wearing a red surgical cap, mask, and gloves is performing an intricate procedure. The person is using surgical tools and wearing specialized binoculars to enhance vision. The setting appears to be a brightly lit operating room.

A healthcare professional wearing a red surgical cap, mask, and gloves is performing an intricate procedure. The person is using surgical tools and wearing specialized binoculars to enhance vision. The setting appears to be a brightly lit operating room.

Clinical Organ Creation

Expanding into the creation of organs for broader clinical use and accessibility.

Innovative Regenerative Medicine

Pioneering future therapies in regenerative medicine for safer organ replacement solutions.

Innovative Solutions

Engineering personalized organs for safer, accessible transplantation solutions.

A bottle labeled 'Stem Cell Vitamin C Whitening' is placed on a piece of burlap fabric. Beside it lies a syringe, and some green leaves are placed above the bottle, creating a natural and organic feel. The background is a soft peach color.

A bottle labeled 'Stem Cell Vitamin C Whitening' is placed on a piece of burlap fabric. Beside it lies a syringe, and some green leaves are placed above the bottle, creating a natural and organic feel. The background is a soft peach color.

Personalized Organoids

Developing patient-specific organoids for advanced therapies.

A microscopic image of a biological tissue sample, showing intricate and detailed structures in vibrant colors. The tissue appears to be illuminated with fluorescent staining, showcasing branching patterns and areas of varying intensity in green and blue hues.

A microscopic image of a biological tissue sample, showing intricate and detailed structures in vibrant colors. The tissue appears to be illuminated with fluorescent staining, showcasing branching patterns and areas of varying intensity in green and blue hues.

A hand holding a small cluster of young green seedlings with visible roots. The background consists of trays filled with soil and more seedlings, suggesting a nursery or greenhouse environment.

A hand holding a small cluster of young green seedlings with visible roots. The background consists of trays filled with soil and more seedlings, suggesting a nursery or greenhouse environment.

Medical professionals are performing surgery in an operating room equipped with overhead lights and medical equipment. IV bags are visible, and the team is focused on the patient lying on the operating table.

Medical professionals are performing surgery in an operating room equipped with overhead lights and medical equipment. IV bags are visible, and the team is focused on the patient lying on the operating table.

Clinical Applications

Expanding organ creation for broader clinical use and accessibility.

Customer Feedback

Hear from our satisfied clients about their transformative experiences.

Synova's organoids changed my life. The personalized therapy was incredible and effective.

John Doe

New York

The innovative approach of Synova Biosciences is truly groundbreaking. Their commitment to personalized medicine is evident in every interaction and treatment.

Jane Smith

Los Angeles

★★★★★

★★★★★