Board Certified Podiatric Surgeon | IME

Specialties & Experience of this Expert Witness

Additional Information

Available for local IMEs in Long Island and New York City. Available to travel within New York State and the surrounding region (NJ/CT) as needed. Dr. David Ehrlich, DPM, FACFAS, is a board certified podiatric surgeon in active clinical practice on Long Island and in New York City. He performs a high volume of foot and ankle procedures including forefoot reconstruction, minimally invasive bunionectomy, the Lapidus procedure, foot and ankle trauma, diabetic limb salvage, and infection management. He holds attending privileges at New York Presbyterian – Queens and multiple Northwell Health facilities, and serves as a podiatric physician and surgeon at Optum Health Care. Dr. Ehrlich has a strong academic background, serving as a course instructor for Treace Medical and Paragon 28, and has presented at grand rounds at Huntington Hospital, NYU Langone, and NYCPM, and was invited faculty at the International Foot & Ankle Conference. He provides independent medical examinations, standard of care analysis, causation opinions, and record review for legal matters involving foot and ankle trauma, surgical complications, and chronic conditions. He is available for deposition and expert testimony and is known for thorough, well-supported reports delivered on time. If you are looking for a distinguished and respected podiatric surgery expert, contact Dr. Ehrlich for a complimentary 10 minute call. Please reach out to drehrlich@specialtyexperts.com. Common types of cases treated: - Forefoot reconstruction (bunion and hammertoe correction) - Foot and ankle trauma (fractures, sprains, complications) - Diabetic limb salvage (ulcers, infections, prevention of amputation) - Tendon disorders (Achilles, posterior tibial tendon) - Arthritis management (foot and ankle joints) - Complex revision forefoot surgery - Charcot foot reconstruction - Minimally invasive foot surgery - Limb salvage in high-risk patients - Post-traumatic deformity correction