Dr. Emanuele Romolo Faloni graduated in Medicine and Surgery with highest honors from the University of Rome La Sapienza, Policlinico Umberto I.
He served his military service as a Medical Officer in the Italian Air Force. He continued his studies and obtained his specialization in Diagnostic Imaging with highest honors from the Catholic University of the Sacred Heart, Policlinico A. Gemelli.
Consultant for various healthcare facilities in the field of Radiology, Internal and Musculoskeletal Ultrasound, Vascular Venous, Arterial and Parenchymal EchoColorDoppler, CT and MRI, MR arthrography. Since 2009, he has been permanently employed at the Radiodiagnostics department of Villa Stuart Medical Center, a FIFA center of excellence, where he provides consultancy especially in sports trauma pathology for numerous amateur and professional sports clubs, both foreign and national. His patients include international athletes, Olympians, soccer players, volleyball players, basketball players, motorcyclists, rugby players, fencers, etc.
He collaborates with numerous prominent professionals in the orthopedic, physiatric-rehabilitation, and sports medicine sectors for the complete and rapid return of athletes to sports activity.
As an expert in musculoskeletal pathology, he also performs interventional procedures including joint and musculoskeletal injections, viscosupplementation with hyaluronic acid, corticosteroids, anesthetics, and homotoxicological medicines under ultrasound guidance for accurate and safe drug administration.
His latest interests include the use of CT guidance for facet joint injections in the lumbar spine for chronic and arthritic low back pain, and the use of oxygen ozone therapy, particularly in lumbar disc pathology (percutaneous disc nucleolysis).
For years, alongside the Head of the Physiatry department at Villa Stuart Medical Center, he has been performing ultrasound-guided PRP (Platelet-Rich Plasma) injections, which can stimulate cell proliferation and maturation, modulate inflammation, and regulate tissue homeostasis and regenerative processes, especially in cartilage lesions/early arthritis, tendon pathologies, and muscle injuries.