Learn About Our Active Breast Trial

Advancing Research in Breast Implant Revision Surgery

Exploring a regenerative approach that supports the body’s natural ability to rebuild soft tissue.

 

Women consider breast implant revision surgery for many different reasons. Some may be experiencing complications with existing implants, while others may simply be exploring different surgical options as their needs or preferences change over time.

 

Professor Anand Deva and his clinical research collaborators are currently leading a clinical trial investigating an innovative scaffold-guided approach designed to support soft tissue regeneration following implant revision surgery.

 

At the same time, ongoing research is exploring how scaffold-based regenerative technologies may support future approaches to breast reconstruction and primary breast augmentation.

 

If you are interested in learning about the current revision surgery trial, or would like to register your interest in future augmentation research, you can explore the options below.

Breast Implant Revision Surgery Trial

Learn about the current clinical study trial exploring scaffold-guided tissue regeneration for women undergoing implant revision surgery. Click the button below.

Future Breast Augmentation Research

Register your interest to receive updates about future research exploring regenerative approaches to breast augmentation, including Primary Augmentation.

More About The Breast Implant Revision Surgery Trial

Why This Research Matters

 

Patients considering revision surgery often feel uncertain about their options. Some may be experiencing complications or discomfort with existing implants, while others may simply be exploring different surgical options as their needs or preferences change over time.

 

Ongoing clinical research aims to better understand how regenerative technologies may support new approaches to tissue repair and restoration.

 

This study is part of a growing field of research exploring how the body’s natural healing processes can be supported through innovative surgical techniques.

“Breast surgery continues to evolve as our understanding of regenerative medicine advances. This clinical trial represents an important opportunity to study how scaffold technology, combined with the body’s own tissue, may support new approaches to soft tissue regeneration following implant revision surgery. Research like this helps us explore what the future of breast surgery could look like.”

 

– Professor Anand Deva

Who the Trial May Be Suitable For

 

This clinical trial is exploring a regenerative surgical approach that may be suitable for women who are already considering revision surgery and are interested in learning more about innovative techniques currently being studied in clinical research.

 

You may wish to learn more about this study if you:

 

  • Currently have breast implants and are considering revision surgery
  • Are exploring implant removal or replacement options
  • Are interested in learning more about emerging regenerative approaches in breast surgery
  • Would like to speak with a clinical research team about whether this study may be appropriate for you

 

Submitting an Expression of Interest allows the research team to review your information and determine whether the study may be suitable for your situation.

 

Participation in the trial is entirely voluntary, and all patients will receive detailed information before making any decisions.

Future Research in Breast Augmentation

 

While the current clinical trial focuses on revision surgery, ongoing advances in regenerative medicine may open new possibilities for future approaches to breast augmentation.

 

Researchers are exploring how scaffold-based technologies may support the body’s natural ability to develop tissue in a structured way, potentially offering new options for patients in the future.

 

If you would like to stay informed about developments in regenerative breast surgery or future clinical research opportunities, you can register your interest below.

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