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Prostate Artery Embolization

116 devices 21 with evidence

Clinical Overview

Prostate artery embolization (PAE) is a minimally invasive procedure used to treat benign prostatic hyperplasia (BPH), a common condition in older men characterized by an enlarged prostate. This procedure is typically performed by interventional radiologists and aims to reduce urinary symptoms by decreasing blood flow to the prostate, causing it to shrink. Patients who are candidates for PAE often experience lower urinary tract symptoms and may not be ideal candidates for surgical interventions.
Clear Filters
Device Manufacturer Pathway Cleared Evidence
Philips Orthopaedic Applications Evidence Philips Medical Systems North America 510(k) 2004 419
Orthopaedic Innovations Renewal Acetabular Cup System Orthopaedic Innovations 510(k) 2002 10
Venturi Mask W Humdification Cup Adult Paediatric Dhd Medical Products Div. Diemolding 510(k) 1986 —
System 22 Paediatric Mask Evidence Medic-Aid 510(k) 1994 —
Barrier Orthopaedic Split Sheet Surgikos 510(k) 1977 —
Stryker Orthopaedics Hip Devices Labeling Update Evidence Howmedica Osteonics Corp., Dba Stryker Orthopaedics 510(k) 2025 —
Laerdal Paediatric Pocket Mask Model 820050 Laerdal Medical A/S 510(k) 2003 —
Special Orthopaedic Solutions Glenoid Shoulder Component Evidence Howmedica Osteonics 510(k) 2010 —
American Orthopaedic Cast Cutter Model 0295-202 Martin Medical 510(k) 1986 —
Advanced Orthopaedic Solutions Trochanteric Nail Evidence Advanced Orthopaedic Solutions 510(k) 2002 —
Custom Orthopaedic Trays Packs Associated Medical Products 510(k) 1994 —
Surgicase Orthopaedics System Surgicase Connect Surgicase Guides Materialise 510(k) 2014 —
Self-Sealing Water Trap Adult Paediatric Circuits Dhd Medical Products Div. Diemolding 510(k) 1986 —
Edwards Orthopaedics Arthroscopes and Accessories Baxter Healthcare 510(k) 1988 —
Urethane Orthopaedic Casting Tape Hexcel Medical 510(k) 1981 —
Alpha Orthopaedics AT2 System Evidence Alpha Orthopaedics 510(k) 2012 —
Additive Orthopaedics Locking Lattice Plate Additive Orthopaedics 510(k) 2017 —
Paediatric Face Mask 1-3 W Wo Ring Warne Surgical Products 510(k) 1984 —
Medtronic Orthopaedic Trauma Application Evidence Medtronic Navigation 510(k) 2005 —
Quick-Start Orthopaedic Fixation Screw and Reverse Thread Screw Innovate Orthopaedics 510(k) 2025 —
Axiom Orthopaedics Shoulder Resurfacing System Axiom Orthopaedics 510(k) 2006 —
Bedside Paediatric Early Warning System Bedsidepews Evidence Bedside Clinical Systems 510(k) 2013 —
Stryker Orthopaedics Hip Systems Labeling Update Evidence Howmedica Osteonics Corp., Dba Stryker Orthopaedics 510(k) 2023 —
Neutralect Adult Standard Return Rem Paediatric Electrosurgery Plate Modification Evidence Msb 510(k) 1996 —
Alpha Orthopaedics AT3 System Alpha Orthopaedics 510(k) 2010 —
Masterscreen Paed - Baby Body Viasys Healthcare 510(k) 2009 —
Depuy Dupont Orthopaedics Finger Joint Prosthesis Depuy 510(k) 1997 —
Solcotrans Orthopaedic Drainage Reinfusion System Evidence Solco Basle 510(k) 1990 —
Additive Orthopaedics Patient Specific 3d Printed Bone Segments Evidence Additive Orthopaedics 510(k) 2018 —
Maxxus Orthopaedic Surgical Gloves Evidence Johnson & Johnson Medical 510(k) 1995 —
Biomet Orthopaedic Salvage System Osstm - Proximal Femoral Hybrid Tibial Biomet Manufacturing 510(k) 2015 —
Orthopaedic Staples Evidence Ortho Spectrum 510(k) 1989 —
Additive Orthopaedics Hammertoe Correction System Additive Orthopaedics 510(k) 2016 —
Paeon Anterior Cervical Plate System Elatus Lumbar Plate System Aegis Spine 510(k) 2023 —
Field Orthopaedics Micro Screw System Field Orthopaedics Pty 510(k) 2018 —
Orthopaedic Polyethylene Cable Evidence Smith & Nephew Richards 510(k) 1993 —
Orthopaedic and Spinal Ring Currettes Karlin Technology 510(k) 1988 —
Conventus Orthopaedics Ulna Fixation System Conventus Orthopaedics 510(k) 2016 —
Tracheostomy Masks Adult Paediatric Evidence Dhd Medical Products Div. Diemolding 510(k) 1986 —
Maxxus LP Orthopaedic Latex Surgical Gloves Johnson & Johnson Medical 510(k) 1995 —
Paediscope Model P010A and PF011A Evidence Aesculap 510(k) 2002 —
Improved Passivation Method for Metallic Orthopaedic Implants Evidence Smith & Nephew Richards 510(k) 1995 —
Avanta Orthopaedics Trapezial Implant Avanta Orthopaedics 510(k) 1997 —
Orthomed Orthopaedic Fixation Staples Biomedical Exports 510(k) 1986 —
Centurion R Site Guard R Transparent Dressing Transpaent Film Dressing Tri-State Hospital Supply 510(k) 1995 —
Field Orthopaedics Bony Trauma Extremity System Btes Plate Range and Plate Screws Field Orthopaedics Bony Trauma Extremity System Btes Screw Range Evidence Field Orthopaedics Pty 510(k) 2020 —
Stryker Orthopaedics Acetabular Shells Femoral Stems and Total Hip Instruments for Use with the Direct Superior Approach Evidence Stryker Orthopaedics 510(k) 2015 —
Overture Orthopaedics Patellofemoral System Overture Resurfacing 510(k) 2023 —
Avanta Orthopaedics Trapezium Implant Avanta Orthopaedics 510(k) 1997 —
Orthopaedic Wires Evidence Acu Med 510(k) 1994 —

Evidence Landscape

The clinical evidence for prostate artery embolization includes randomized controlled trials (RCTs), observational studies, and case series. Outcomes typically measured include symptom relief, quality of life improvements, and reduction in prostate volume. Evidence is strongest for symptom improvement and safety, while long-term outcomes and comparisons with surgical alternatives require further research.

Device Landscape

The prostate artery embolization device category includes various embolic agents and delivery systems. Key subtypes include microspheres, polyvinyl alcohol particles, and liquid embolics, each differing in size, composition, and delivery method. These variations are designed to optimize embolization based on patient-specific anatomy and clinical objectives.

Clinical Workflow Considerations

Prostate artery embolization is typically performed in an outpatient interventional radiology suite. Clinicians should consider pre-procedural imaging to assess vascular anatomy and potential access routes. Training in catheter-based techniques and embolic material handling is essential. Decision points often involve selecting the appropriate embolic agent based on patient-specific factors.

Frequently Asked Questions

What are prostate artery embolization used for?

Prostate artery embolization is primarily used to treat benign prostatic hyperplasia (BPH) by reducing prostate size and alleviating urinary symptoms.

What clinical evidence is available for prostate artery embolization?

The evidence includes RCTs, observational studies, and case series, with strong support for symptom relief and safety. Long-term outcomes and comparisons with surgical options are less established.

How do I choose between different prostate artery embolization?

Clinicians consider patient-specific factors such as prostate size, vascular anatomy, and overall health, as well as institutional experience and available embolic agents.

What complications are associated with prostate artery embolization?

Common complications include transient pain and hematuria, while serious complications are rare but can include non-target embolization and infection.

What training is required for prostate artery embolization?

Training typically involves fellowship or specialized courses in interventional radiology, focusing on catheterization techniques and embolic material management.

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