Intro Sentence: UCLA researchers from the Department of Ophthalmology have developed a surgical retractor for improved ophthalmic plastic surgery. Background: Surgical retractors are commonly used in various medical disciplines and allow for improved visibility and access to delicate anatomical structures during surgical procedures. Traditional retractors were designed for broad surgical applications and do not address the fine precision required during ophthalmic plastic surgeries. Due to the fine and delicate structures of the eye and surrounding area, there is a need for instruments that offer precise manipulation and reduced tissue trauma. Current systems lack the integration of features tailored to these needs, leading to inefficiencies and increased surgical complexity. There remains an unmet need for a retractor that offers precise and delicate control for use in ophthalmic plastic surgeries for improve patient outcome. Innovation: UCLA researchers from the Department of Ophthalmology have developed a novel device, titled the Goldberg Retractor, for use during ophthalmic surgery. The retractor has a rake end that is optimized for securing anatomical features and a saddle-shaped blade to allow for improved tissue manipulation and needle navigation in confined spaces. The instrument’s handle has a serrated surface that ensures stability and precision during use. These features enhance the surgical field’s accessibility and reduce the risk of tissue damage during operation. Compared to the current state-of-the-art, this technology can improve surgical efficiency by providing a specialized and versatile tool for ophthalmic plastic surgery.
Credit: Taras Gout
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Development-To-Date: First description of complete invention (08/21/2023)
Reference: UCLA Case No. 2024-038
Lead Inventor: Robert Goldberg