This innovation introduces a customizable implantable testicular prosthesis with an adjustable size, enabling precise fit and improved surgical outcomes.
Background: Existing testicular prosthetics are typically available as either pre-sized balloon-type implants or solid silicone models. These fixed-size options often present challenges during surgery, as incorrect sizing can lead to discomfort, poor aesthetic results, or the need for additional procedures. Manual trimming of prosthetics is time-consuming and may not always yield an optimal shape or fit. This highlights a clear need for a prosthetic option that offers intraoperative size adjustment without compromising structural integrity.
Technology Overview: The newly developed technology is a “nested” solid silicone testicular prosthesis featuring multiple peelable layers, allowing surgeons to adjust the implant size directly during the operation. Unlike traditional balloons filled with fluid or solid prostheses fixed in size, this design provides a modular approach whereby layers of silicone can be selectively removed to tailor the prosthesis to the patient's anatomical needs. This innovation streamlines surgical procedures by eliminating the guesswork associated with sizing and minimizes the need for manual modifications, which can be inconsistent and labor-intensive. The prosthesis maintains the durability and natural feel of solid silicone while introducing a novel method for dimensional customization. Surgeons can achieve a better cosmetic match and enhanced patient comfort, leading to higher satisfaction rates. Additionally, by reducing operative time and complexity, this technology has the potential to improve overall clinical efficiency and reduce healthcare costs.
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Advantages: • Adjustable size via peelable silicone layers allows precise fit tailored during surgery. • Retains the natural texture and durability of solid silicone materials. • Streamlines surgical workflow by eliminating manual trimming and reduces operative time. • Enhances patient comfort and cosmetic outcomes with a customizable approach. • Reduces need for repeat surgeries related to size mismatches or poor fit.
Applications: • Implantation during orchiectomy procedures for patients requiring testicular prosthetics. • Use in reconstructive surgeries following trauma, cancer, or congenital absence of testicles. • Clinical settings where customized and efficient implant fitting is critical. • Potential adoption in urology and plastic surgery practices focusing on genitourinary restoration.
Intellectual Property Summary: Patent Pending
Stage of Development: TRL 4
Licensing Status: This technology is available for licensing.