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Dr. Orr Shauly

Plastic & Reconstructive Surgery Resident

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Dr. Orr Shauly is a plastic and reconstructive surgery resident in training at Emory University. He is not in independent practice and does not offer clinical services through this website. All content on this site is for education and information only. It is not medical advice and does not create a doctor-patient relationship.

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April 2019

Emerging Non-Surgical and Surgical Techniques to Treat Erectile Dysfunction: A Systematic Review of Treatment Options and Published Outcomes

Erectile dysfunction (ED) affects 50-60% of men aged 40-70, with physical trauma being a major cause, categorized as vasculogenic, neurogenic, or idiopathic.

Why this matters

Erectile dysfunction (ED) affects 50-60% of men aged 40-70, with physical trauma being a major cause, categorized as vasculogenic, neurogenic, or idiopathic. This work contributes to evidence-based plastic and reconstructive surgery — helping clinicians interpret outcomes, refine technique, and counsel patients with clearer data.

Author

Dr. Orr Shauly

Plastic and reconstructive surgery resident at Emory University (UCLA BS, USC MD) with an h-index of 21 and peer-reviewed work spanning aesthetic surgery, reconstruction, medical devices, and AI in medicine.

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Abstract

Erectile dysfunction (ED) affects 50-60% of men aged 40-70, with physical trauma being a major cause, categorized as vasculogenic, neurogenic, or idiopathic. While many patients do not respond to nonsurgical treatments, few opt for surgery due to procedural complexity and low historical success rates. A review of 19 studies identified promising microsurgical treatments for ED, including microvascular arterial bypass penile revascularization surgery (MABS) and cavernous nerve graft reconstruction using end-to-side ilioinguinal, genitofemoral, and sural grafts, all showing high success rates. Additionally, minimally invasive treatments like botulinum toxin (BoNT-A) and adipose-derived stem cell (ADSC) therapy have shown potential, with BoNT-A advancing to phase II human trials. These novel microsurgical and minimally invasive approaches offer high success rates for patients with neurogenic or vasculogenic ED.

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