Gore Ventures
Internal Ventures
Innovation Approach
Gore’s Internal Ventures group is comprised of wholly-owned, organically derived “startup” teams that leverage lean innovation approaches – where Associates rapidly test, learn and validate or invalidate opportunities for potential commercial success. Validated concepts may become part of an existing Gore business if they fit with their growth strategy, a new commercial business for Gore, or an external venture.
Pursuing a Viable Alternative for Corneal Tissue Transplants
Gore is developing an investigational synthetic cornea device with goal of providing an alternative treatment for corneal opacity - the 4th leading cause of blindness worldwide.1 The soft, transparent fluoropolymer optic combined with a porous, biocompatible expanded PTFE (ePTFE) skirt is intended to restore vision when donor corneas fail.
1 Murthy_GVS, Johnson_GJ. Prevalence, incidence and distribution of visual impairment. In: The Epidemiology of Eye Disease. 3rd ed. Imperial College Press, 2012;1:3-61
Paving the Way for Cleaner Air
Gore’s Structured Direct Air Capture (DAC) Contactor, used in systems that remove carbon dioxide from the atmosphere, minimizes pressure drop and increases steam stability of the sorbent material.
Gore’s composite structures enable and enhance a variety of sorbent technologies, creating scalable solutions to advance DAC technology.
Envisioning the Future of Glaucoma Treatment
Gore is developing an investigational implant intended to treat glaucoma, a condition that damages the optic nerves and can lead to blindness. Often caused by persistent high pressure in the eye, a glaucoma drainage implant reduces the pressure by draining the accumulated fluid. However, with conventional implants, the eye tissue that absorbs the fluid can scar over time, reducing efficacy.
Our porous, biocompatible ePTFE reservoir incorporated in this investigational device is intended to minimize fibrosis a with a goal of improved durability.
Internal Ventures News & Events
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What is New in Artificial Corneas
Since the first successful full thickness corneal transplantation was performed by Eduard Zirm in 1905, the procedure has grown to become the most commonly performed transplantation globally.
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GORE Glaucoma Drainage Implant Clinical Study Dominican Republic
The objective of this early feasibility clinical study is to evaluate the safety and effectiveness of the GORE Glaucoma Drainage Implant (2 configurations) in subjects with primary open-angle glaucoma that is uncontrolled by hypotensive medications or for which conventional incisional glaucoma surgery would be more likely to fail due to scarring.
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COFEPRIS Approves Clinical Trial for GORE Synthetic Cornea
The Federal Commission for Protection against Sanitary Risks (COFEPRIS) has recently authorized a pioneering clinical trial, which aims to assess the effectiveness of the GORE synthetic cornea device in patients suffering from corneal clarity loss.
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Overcoming Bleb Encapsulation With Biomaterials
An investigational integrated glaucoma drainage implant prototype can create thinner, more permeable blebs.