USA Europe Asia
Compass AI Login Medtech Pro Login
  • Events
      Featured
      Our Next Event
      Register for LSI USA ‘26
      500+ Investors & Strategics
      See LSI USA '26 Attendee List
      Events Overview
      • Our Summits
      • Who Attends
      • Why Present
      Upcoming Summits
      • LSI USA ‘26
      • LSI Asia ‘26
      • LSI Europe '26
      Past Summits
      • LSI USA ‘25
      • LSI Asia ‘25
      • LSI Europe ‘25
      • Archives
  • Insights
      Featured
      Just Launched
      Compass AI
      New Report
      Emerging Innovators Report
      Compass Al
      Emerging Innovators Report
      Market Data
      Custom Research
  • Magazine
      Featured
      February Edition
      Explore Latest Editions
      The Lens Magazine
      Start Your Subscription
      Magazine
      • The Lens Magazine
      • Explore the Newest Edition
      • Read Free Articles
  • Resources
      Featured
      Released Weekly
      The LSI Alumni Weekly Recap
      Just Released
      2025 LSI Alumni Funding Report
      Resources
      • Research Desk
      • Testimonials
      • Video Library
      • Photo Gallery
  • Company
      Featured
      Our Next Event
      Register for LSI USA '26
      Just Launched
      Compass AI
      Company
      • About Us
      • Our Team
      • Press
  • Contact Us
Contact Us
USA Europe Asia
Compass AI Login Medtech Pro Login
  • Events
  • Insights
  • Magazine
  • Resources
  • Company
Events Overview
  • Our Summits
  • Who Attends
  • Why Present
Upcoming Summits
  • LSI USA ‘26
  • LSI Asia ‘26
  • LSI Europe ‘26
Past Summits
  • LSI USA ‘25
  • LSI Asia ‘25
  • LSI Europe ‘25
  • Archives
Featured
Our Next Event
Register for LSI USA '26
350+ Investors & Strategics
See LSI USA '26 Attendee List
Compass Al
Emerging Innovators Report
Market Data
Custom Research
Featured
Just Launched
Compass AI
New Report
Emerging Innovators Report
Magazine
The Lens Magazine
Explore the Newest Edition
Read Free Articles
Featured
February Edition
Explore Latest Editions
The Lens Magazine
Start Your Subscription
Resources
Research Desk
Testimonials
Video Library
Photo Gallery
Featured
Released Weekly
The LSI Alumni Weekly Recap
Just Released
2025 LSI Alumni Funding Report
Company
About Us
Our Team
Press
Featured
Our Next Event
Register for LSI USA '26
Just Launched
Compass AI
Join our Next Event
LSI USA ‘26, March 16-20, 2026
Waldorf Astoria, Monarch Beach
Register Today
Compass AI
The medtech-specific AI
research platform by LSI
Demo Compass AI
The Lens Magazine
The Lens Medtech
Magazine is LSI's most
curated industry coverage.
  1. Video Library
  2. Keynote with Todd Brinton, CSO & Corporate VP at Edwards Lifesciences | LSI Europe '24

Keynote with Todd Brinton, CSO & Corporate VP at Edwards Lifesciences | LSI Europe '24

In this keynote, Todd Brinton shared his journey from aspiring biomedical engineer to leader in medtech innovation. He highlighted the challenges, mentorships, and pivotal moments that shaped his career, including his role in founding Shockwave Medical and his transition to leadership at Edwards Lifesciences.
Share social-facebook social-x social-linkedin
Speakers
Todd Brinton
Todd Brinton
Board Director, Stanford Biodesign and Co-Founder, Shockwave, Chief Scientific Officer, Edwards Lifesciences
Bio Bio
View Video Transcript
lsi logo
Contact Us

Upcoming Events

LSI USA ‘26
LSI USA ‘26
March 16-20, 2026
Dana Point, CA
LSI ASIA ‘26
LSI ASIA ‘26
June 30 - July 2, 2026
Singapore
LSI EUROPE ‘26
LSI EUROPE ‘26
Sept 28 - Oct 1, 2026
Barcelona

More From LSI

  • Attend an Event
  • Sponsor an Event
  • Compass, by LSI
  • The Lens, Magazine by LSI

Resources

  • Research Desk
  • Photo Gallery
  • Video Library
  • Testimonials
  • About Us

17011 Beach Blvd, Suite 500 Huntington Beach, CA 92647

714-847-3540

© 2026 Life Science Intelligence, Inc., All Rights Reserved. | Privacy Policy

Request Info
close
STEP 1
close-icon
The Lens - Complimentary Issue
close
close

Subscription Includes

Request Info

Global Medtech Market Analysis & Projections (MAP), 2021-2031
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf report

The Global Medtech Market Analysis and Projections (MAP) provides global market forecasts (2021 – ’31), share-by-supplier data, and analyst insights on 23 major device markets (e.g., Cardiovascular, Orthopedics, Neurovascular, In-Vitro Diagnostics) and 200+ technology subsegments. Understand major market trends and projections across the medtech industry with what medtech strategics and consulting firms have referred to as their “gold standard” for device market sizing data.

Global Surgical Procedure Volumes Dashboard, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Global Surgical Procedure Volumes database is the single source of truth for understanding diagnostic and therapeutic procedure volumes on a global scale. With coverage on 37 countries, including the United States, Europe’s Big Five, China, India, Japan and more for 12 major procedure markets (Cardio, Ortho, General Surgery, Radiosurgery, Neuro, OB/GYN and more), this fully interactive database is designed to facilitate one-to-one analyses of procedures, countries, and regions. Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

United States Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The United States Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for the United States. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Aesthetics, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Aesthetics Surgical Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Aesthetics Procedures Database covers major aesthetic procedures, including: Biopsies, Punch Biopsies, Shave Biopsies, Incisional Biopsies, Lesion Removal Procedures, Curettage, electrocautery, and electrocoagulation lesion destruction, Photodestruction, Cryotherapy-based lesion destruction, Lesion Removal Procedures: Traditional and Other, Abdominoplasty, Blepharoplasty, Breast Augmentation, Breast Lift, Breast Reduction, Buttock Augmentation, Buttock Lift, Cheek Implants, Chin Augmentation, Facelift, Forehead Lift, Gynecomastia Treatment, Hair Transplantation, Lip Augmentation, Liposuction, Lower Body Lift, Otoplasty, Rhinoplasty, Thigh Lift, Upper Arm Lift, Vaginal Rejuvenation, Surgeries for Cleft Palate and Lip, Surgeries for Burn Injuries.

Cardio, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Cardiothoracic and Interventional Cardiology Surgical Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Cardiothoracic and Interventional Cardiology Procedures Database covers major cardiothoracic and interventional cardiology procedures, including: CABG Surgeries Off-Pump CABG, On-Pump CABG, Valve Procedures Aortic Valve Replacements, Mitral Valve Replacements, MV Repairs, AV Repairs, PV Replacements, PV Repairs, TV Operations, Percutaneous Valvuloplasties, Percutaneous Valve Replacements, CHD Surgeries Ventricular Septal Defect Closures, Patent Ductus Arteriosus Repairs, Atrial Septal Defect Closures, Repair of Tetralogy of Fallot, Arterial Shunts Surgeries, Atrioventricular Septal Defect Repairs, Transposition of Great Artery Procedures, Anomalous Pulmonary Venous Return Repairs, Other Congenital Heart Disease Surgeries, Other Cardiothoracic Surgeries Aortic Aneurysm Procedures, Other Cardiothoracic Surgeries, Diagnostic and Therapeutic Catheterizations, Stand-Alone Diagnostic Cardiac Catheterizations, Percutaneous Coronary Interventions, Coronary Interventions Radial Approach, Coronary Interventions Femoral Approach, Heart Rhythm Procedures Conventional Pacemaker Procedures, ICD Procedures, Cardiac Resynchronization Device Procedures, Combined Defib/Resynch Device Procedures, Cardiac Ablations.

ENT, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Ear, Nose, and Throat Surgical Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Ear, Nose, and Throat Surgical Procedures Database covers major ear, nose, and throat procedures, including: Tonsillectomies, Operations on the Ear, FESS, Tracheostomies, Thyroidectomies & Parathyroidectomies, Stand-Alone Adenoidectomies, Tongue Operations, Laryngeal Operations, Pharyngeal Operations, Radical Neck Dissection.

General, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The General Surgeries Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The General Surgeries Procedures Database covers major general surgical procedures, including: Cholecystectomies Laparoscopic Cholecystectomies, Open Cholecystectomies, Appendectomies, Laparoscopic Appendectomies, Open Appendectomies, Herniorrhaphies Laparoscopic Herniorrhaphies, Open Herniorrhaphies, Bariatric Surgeries Laparoscopic Bariatric, Open Bariatric, Selected Other Endoscopic General & Colorectal Procedures Esophageal (Other Endoscopic), Stomach & Intestinal (Other Endoscopic), Colorectal (Other Endoscopic), Liver (Other Endoscopic), Gallbladder & Biliary (Other Endoscopic), Pancreatic (Other Endoscopic), Other (Other Endoscopic), Other Surgeries Esophageal (Other General, non-Endoscopic), Stomach & Intestinal (Other General, non-Endoscopic), Colorectal (Other General, non-Endoscopic), Liver (Other General, non-Endoscopic), Gallbladder & Biliary (Other General, non-Endoscopic), Pancreatic (Other General, non-Endoscopic), Other (Other General, non-Endoscopic).

Neuro, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Neurosurgery Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Neurosurgery Procedures Database covers major neurosurgical procedures, including: Surgeries for Traumatic Brain Injuries, Ventricular & Shunt Surgeries, New Shunt Placements, Revision Shunt Surgeries, Endoscopic Third Ventriculostomies, Diagnostic Ventricular Endoscopies, Vascular Lesion Procedures, Vascular Lesion Surgeries, Vascular Lesion Coil Procedures, Pituitary Tumor Surgeries, Open Pituitary Tumor Surgeries, Endoscopic Pituitary Tumor Surgeries, Intracranial Tumor Surgeries, Open Intracranial Tumor Surgeries, Endoscopic Intracranial Tumor Surgeries, Cranioplasties, Intracranial Neurostimulation and Peripheral Nerve Procedures, Intracranial Neurostimulator Implant Procedures, Peripheral Nerve Neurostimulation Procedures, Other Peripheral Nerve Procedures.

OB/GYN, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Obstetric and Gynecological Surgical Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Obstetric and Gynecological Surgical Procedures Database covers major obstetric and gynecological procedures, including: Obstetrical Surgeries Cesarean Sections, Destructive Operations, Episiotomies, Other Obstetrical Surgeries, Gynecological Surgeries Colposcopies, Hysterectomies, Salpingo-Oophorectomies & Oophorectomies, Colposcopies, Salpingo-Oophorectomies & Oophorectomies, Hysterectomies, Total Hysterectomies, Subtotal Hysterectomies, Vaginal Hysterectomies, Breast Cancer Surgeries, Breast Reconstruction Surgeries, Breast-Conserving Surgeries, and Mastectomies, among other surgeries.

Ophthalmology, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Ophthalmological Surgical Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Ophthalmological Surgical Procedures Database covers major ophthalmological procedures, including: Cataract Surgeries, Phacoemulsification Surgeries, ICCE Surgeries, ECCE Surgeries, MSICS Surgeries, Refractive Surgeries.

Orthopedic, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Orthopedic Surgical Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Orthopedic Surgical Procedures Database covers major orthopedic procedures, including: Hip Arthroplasties Revision Hip Arthroplasties, Hip Resurfacing Procedures, Primary Hip Arthroplasties - Total Hip, Partial Hip, Knee Arthroplasties Revision Knee Arthroplasties, Primary Knee Arthroplasties - Partial Knee, Primary Knee Arthroplasties - Total Knee, Extremity Fractures Using Hardware Extremity Fractures Using Hardware - Upper Extremities, Extremity Fractures Using Hardware - Fractures of the Femoral Neck & Shaft, Extremity Fractures Using Hardware - Other Lower Extremity, Arthroscopies Knees (Arthroscopies), Shoulders (Arthroscopies), Ankles (Arthroscopies), Feet & Toes (Arthroscopies), Others (Arthroscopies), Other Joint Arthroplasties Finger & Hand, Wrist, Elbow, Shoulder, Ankle & Foot.

Peripheral Vascular, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Peripheral Vascular Surgeries Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Peripheral Vascular Surgeries Procedures Database covers major peripheral vascular procedures, including: Arterial Procedures Thrombectomies & Thromboendarterectomies, Carotid Artery Thrombectomies, Upper Limb Artery Thrombectomies, Iliac Artery Thrombectomies, Renal Artery Thrombectomies, Lower Limb Artery Thrombectomies, Arterial Angioplasties, Carotid Artery Angioplasties, Upper Limb Artery Angioplasties, Iliac Artery Angioplasties, Renal Artery Angioplasties, Lower Limb Artery Angioplasties, Arterial Bypasses, Carotid Artery Bypasses, Upper Limb Artery Bypasses, Iliac Artery Bypasses, Renal Artery Bypasses, Aortofemoral and Aortobifemoral Bypasses, Femoropopliteal Bypasses, Femorotibeal Bypasses, Other Lower Limb Bypasses, Venous Procedures Head, Neck, & Upper Limb Thrombectomies & Thromboendarterectomies of Dialysis Access Venous Segments, Thrombectomies & Thromboendarectomies of Other Upper Limb Veins, Angioplasties of Dialysis Access Venous Segments, Angioplasties of Head, Neck and Other Upper Limb Veins, Lower Limb Venous Procedures Removals of the Saphenous Vein, Removals of Other Veins of the Lower Limbs.

Spine, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Spine Surgical Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Spine Surgical Procedures Database covers major spine procedures, including: Cervical Spine Surgeries Cervical Spine Decompressions, Cervical Spine Discectomies, Cervical Spine Fusions, Cervical Spine Disc Replacements, Thoracic and Deformity Procedures Thoracic Spine Decompressions, Thoracic Spine Discectomies, Thoracic Spine Fusions, Instrumented Procedures for Deformities, Lumbar Procedures Lumbar Spine Decompressions, Lumbar Spine Discectomies, Lumbar Spine Fusions, Insertion of Lumbar Interspinous Process Spacer, Lumbar Spine Disc Replacements, Vertebroplasties & Kyphoplasties Vertebroplasties, Kyphoplasties, Other Spine Surgeries.

SRS, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Stereotactic Radiosurgery Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Stereotactic Radiosurgery Procedures Database covers major stereotactic radiosurgery procedures, including: Intracranial SRS Procedures, Extracranial SRS Procedures, Extracranial Spine Procedures, Extracranial Lung Procedures, Other Extracranial Procedures.

Urological, Global Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Urological Surgeries Procedure Volumes Dashboard provides global, regional, and country-specific historical and projected procedure volumes forecasts from 2018 to 2029. The Urological Surgeries Procedures Database covers major urological procedures, including: Kidney Stone Procedures Extra Corporeal Shock Wave Lithotripsy, Percutaneous Nephro Lithotripsy, Ureteroscopies, Open Kidney Stone Procedures, BPH Procedures Transurethral Prostatectomies, Other BPH Surgeries, Prostatectomies, Nephrectomies Partial Nephrectomies, Radical Nephrectomies, Bladder Procedures Therapeutic Endoscopies, Diagnostic Endoscopies, Urethral Catheterizations of Bladder.

Global Markets for Hip Replacement Implants, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from LSI provides an analysis of the global market for hip replacement implants. The market for hip replacement implants includes all prosthetic devices used to replace damaged sections of the hip joint, including those used in total and semi/hemi replacement procedures. This market snapshot is intended to provide a high-level overview of the global market for hip replacement implants, with key insights into: Procedure volumes from 2022 to 2028, Market forecasts from 2022 to 2028, Competitive landscape analysis of major competitors, Insights into key market events for strategics and startups. Companies covered in this report include: B. Braun, DePuy Synthes, DJO Global, Exactech, Johnson & Johnson, Medacta, MicroPort Scientific, Ortho Development, OSSIS, SERF SAS, Smith+Nephew, Symbios Orthopedie, Total Joint Orthopedics, Zimmer Biomet.

Global Markets for Peripheral Vascular Guidewires, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Peripheral Atherectomy Catheters, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Electrosurgery, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Peripheral Vascular Balloons & Vena Cava Filter, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for percutaneous transluminal angioplasty (PTA) balloons and inferior vena cava (IVC) filters. A PTA balloon is used in the treatment of peripheral artery disease (PAD) to open a narrowed or blocked artery. IVC filters are permanent or temporary devices to prevent the travel of thrombotic material to the lungs. These devices are frequently used in the management of patients with severe PAD. This market snapshot is intended to provide a high-level overview of the global market for PTA balloons and IVC filters, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: Abbott, Acotec Scientific, Adient Medical, B. Braun, BD, Biotronik, Boston Scientific, Brosmed, Cagent Vascular, Cardinal Health, CONMED, Cook Medical, Concept Medical, Cordis, Covellus, Degania Medical, iVascular, Medtronic, Merit Medical, NextStep Medical, Nipro, OrbusNeich, Orchestra BioMed, Philips, Terumo, TriReme Medical.

Global Markets for Mechanical Heart Valves, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Tissue Heart Valve Replacement, 2023-2028
Published:
2023
Next Update:
Q2 2030
Deliverables:
excel pdf

Description coming soon.

Global Markets for Transcatheter Mitral Valve Devices, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Femoral Closure, 2023-2029
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for femoral closure devices. Femoral closure devices are used to achieve hemostasis of the hole in the artery that is created to perform catheter-based cardiovascular or endovascular procedures. This market snapshot is intended to provide a high-level overview of the global market for femoral closure devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, Cardinal Health, Cardiva, Cordis, CyndRx, Endocor, Haemonetics, Morris Innovative, Rex Medical, Teleflex, Terumo, Transluminal Technologies, Vasorum, Vivasure Medical.

Global Markets for Tricuspid Valve Repair, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for tricuspid valve repair devices. Tricuspid valve repair is the preferred surgical approach for the treatment of degenerative tricuspid valve disease. The market is currently experiencing a renaissance with the introduction and development of transcatheter solutions for tricuspid valve repair and replacement. Devices covered within the scope of this analysis include tricuspid valve annuloplasty rings and transcatheter tricuspid valve repair devices. This market snapshot is intended to provide a high-level overview of the global market for tricuspid valve repair devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: Abbott, CroiValve, Edwards Lifesciences, Innoventric, Medtronic, Mitral Holdco, Mitralix, NaviGate, OrbusNeich, TriCares, Venus Medtech.

Global Markets for Percutaneous Pulmonary Valves, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for transcatheter pulmonary valve devices. Pulmonary valve replacement is performed primarily for the treatment of pulmonary valve stenosis, a relatively rare disease associated with congenital heart defects. Devices covered within the scope of this analysis include transcatheter pulmonary valve implants for valve repair and replacement. This market snapshot is intended to provide a high-level overview of the global market for transcatheter pulmonary valve devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: Edwards Lifesciences, Medtronic, PolyVascular, Venus Medtech.

Global Markets for Coronary Angio Guidewires & Catheters, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for coronary angiography catheters and guidewires. These devices are essential to perform coronary angiography, a minimally invasive medical procedure used to visualize blood flow, identify blockages and narrowing of the coronary arteries. Devices covered within the scope of this analysis include coronary angiography catheters and coronary angiography guidewires. This market snapshot is intended to provide a high-level overview of the global market for coronary angiography catheters and guidewires, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, AngioDynamics, B. Braun, Boston Scientific, Cardinal Health, Cook Medical, Cordis, Medtronic, Merit Medical, Philips, Teleflex, Terumo.

Global Markets for Oncology Ablation Devices, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for oncology ablation catheters. These devices are used as a therapeutic modality employing energy to selectively destroy cancerous tissue. Devices covered within the scope of this analysis include radiofrequency and microwave ablation electrodes, excluding cryoablation devices, which are covered in a separate report. The snapshot offers a high-level overview of the global market for oncology ablation catheters and guidewires, with key insights into unit volumes and market forecasts from 2023 to 2028, along with a competitive landscape analysis of major competitors and insights into key market events for strategics and startups. Companies covered in this report include: AngioDynamics, Baylis, Boston Scientific, Canyon Medical, CAPS Medical, EDAP, Galvanize Therapeutics, Imagin Medical, Medtronic, Mermaid, Mirai Medical, Monteris, Sonablate, Stryker, TROD Medical, and US Medical Innovations.

Global Markets for ENT Devices, 2023-2028
Published:
2023
Next Update:
Q2 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for endoscopic devices for ear, nose, and throat (ENT) surgery. These devices are used to examine and operate on the structures and tissues in the ear, nose, and throat. Devices covered within the scope of this analysis include ENT endoscopic surgical instruments, balloon sinus and dilation catheters, and rigid endoscopes and bronchoscopes. This market snapshot is intended to provide a high-level overview of the global market for ENT endoscopic surgery devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: 3NT Medical, Acclarent, Conmed, Endoluxe, Entellus Medical, Intuitive Surgical, Johnson & Johnson, KARL STORZ, Medtronic, Olympus, Pentax, Pristine Surgical, Richard Wolf, Smith & Nephew, Stryker, Tympany Medical.

Global Markets for Cell Delivery Catheters, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for cell delivery catheters. These devices are primarily research-use devices for the delivery of cellular therapies for the treatment of chronic diseases, such as cardiovascular disease and cancer. Devices covered within the scope of this analysis include cell delivery catheters. This market snapshot is intended to provide a high-level overview of the global market for cell delivery catheters, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: BioCardia, Biosense Webster, Boston Scientific, Cordis, Medtronic, Mercator MedSystems, TriSalus Life Sciences, TRI Medical.

Global Markets for Urology Devices, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence offers an analysis of the global market for urology and renal devices, focusing on treatments for six major conditions: End-stage renal disease (ESRD), Incontinence, Calculi (stones), Benign prostatic hyperplasia (BPH), Prostatitis, and Erectile dysfunction (ED). The devices covered within this analysis encompass a range of tools for diagnosis, treatment, and management, including urinary bags, foley catheters, catheter insertion kits, intermittent catheters, endourology devices, BPH ablation devices, lithotripsy devices, and artificial penis devices. The snapshot provides key insights into unit volumes and market forecasts spanning from 2023 to 2028. Additionally, it includes a competitive landscape analysis of major competitors and insights into key market events for strategics and startups. Companies covered in this report include: 3M, Applied Medical, Astratech, Balton, Baxter Healthcare, B. Braun, BD, Boston Scientific, Calyxo, Corinth Medtech, Coloplast, EndoMed, Flume Catheter Company, Hollister, ICU Medical, Karl Storz, Medline, Medtronic, Merit Medical, Nipro, Olympus, SonoMotion, Teleflex, and Urovision.

Global Markets for External Pain Pumps, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for external pain pumps. These devices are used to provide patients with consistent, long-lasting pain relief by delivering pain medication epidurally, intravenously, or subcutaneously. Devices covered within the scope of this analysis include external infusion pumps for pain management. This market snapshot is intended to provide a high-level overview of the global market for external pain pumps, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Avanos, B. Braun, BioQ Pharma, Epic Health, ICU Medical, InfuTronix, Medical Flow Systems, Medipacs, MicroPort, Smiths Medical, Teleflex.

Global Markets for Ureteral Access Devices, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence delves into the global market for ureteral access devices, crucial components utilized alongside ureteroscopy or percutaneous nephrolithotomy procedures. These devices facilitate dilation and create a working channel for various urologic interventions. The snapshot aims to offer insights into unit volumes and market forecasts spanning from 2023 to 2028. Additionally, it provides a competitive landscape analysis of major competitors and key market events for strategics and startups. Companies covered in this report include: Amecath, Applied Medical, BD, Boston Scientific, Cook Medical, Envaste, Johnson & Johnson, Mednova, Olympus, Richard Wolf, Rocamed, Teleflex, and Terumo.

Global Markets for Pelvic Floor Repair, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for pelvic floor repair mesh. These products are used during surgical procedures to repair prolapse and urinary incontinence. Devices covered within the scope of this analysis include pelvic floor repair/reconstruction mesh. This market snapshot is intended to provide a high-level overview of the global market for pelvic floor repair mesh, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: BD, Boston Scientific, Coloplast, Cook Medical, Ethicon, Johnson & Johnson.

Global Markets for Atrial Fibrillation, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Neurovascular Devices Ischemic, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This report from Life Science Intelligence analyzes the global market for devices used in the treatment of ischemic stroke, focusing on solutions designed to remove occlusions in blood vessels to prevent and treat this condition. The market snapshot offers insights into unit volumes and market forecasts from 2023 to 2028, along with a competitive landscape analysis of major competitors and key market events for strategics and startups. Companies covered in this report include: Cerenovus, Ceretrieve, Cordis, InNeuroCo, Julier, Medtronic, MicroPort Scientific, Microvention, Penumbra, Phenox, Poseydon Medical, Route 92 Medical, Stryker, and Terumo.

Global Markets for Neuromodulation Devices, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This report from Life Science Intelligence provides an analysis of the global neuromodulation market – a thriving market for managing and treating neurological diseases, chronic pain, and other chronic conditions. Types of neuromodulation, or neurostimulation, devices include implantable and transcutaneous devices, including wearable devices. This market snapshot is intended to provide a high-level overview of the global neuromodulation market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, Advanced Bionics, Alyve Medical, Axonics, Biotronik, Boston Scientific, EBT Medical, electroCore Medical, Inspire Medical, LivaNova, Medtronic, Neuromod Devices, Nevro.

Global Markets for Vertebroplasty Devices, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence offers an analysis of the global market for vertebral augmentation products, which are crucial in treating vertebral compression fractures, often caused by osteoporosis or spinal tumors. Vertebroplasty and kyphoplasty are the primary surgical interventions, and the market includes products such as vertebroplasty and kyphoplasty cement, as well as delivery devices. The snapshot aims to provide a comprehensive overview of the global vertebral augmentation products market, with key insights into unit volumes and market forecasts from 2023 to 2028. Additionally, it includes a competitive landscape analysis of major competitors and insights into key market events for both established players and startups. Companies covered in this report include: Halma, IZI Medical, Medtronic, Mendec, Merit Medical, RevBio, and Stryker.

Global Markets for TAVI/TAVR, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

Global Markets for Drug Delivery, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

Global Markets for Benign Prostation Hyperplasia Implants, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This report from Life Science Intelligence provides an analysis of the global market for implants for the treatment of symptomatic benign prostatic hypertrophy/hyperplasia (BPH). These implants are reversible solutions for men suffering from lower urinary tract symptoms (LUTS) caused by prostate enlargement. This market snapshot is intended to provide a high-level overview of the global BPH implants market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: Butterly Medical, Endotherapeutics, Olympus, ProArc, ProVerum, Teleflex, Urotronic, ZenFlow.

Global Markets for Cryoablation, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This report from Life Science Intelligence provides an analysis of the global market for cryoablation devices for non-cardiovascular applications. These devices are used to freeze and induce cellular damage and death for indications including cancer, dermatological conditions, peripheral vascular disease, and urological conditions. This market snapshot is intended to provide a high-level overview of the global cryoablation devices market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Boston Scientific, Brymill Cryogenics, Channel Medsystems, CooperSurgical, CPSI Biotech, CryoConcepts, CryoProbe, CryoSurgery, CSA Medical, Endocare, Endocision, Grand Cryo, Ictero Medical, KryoLife, Mectronic Medical, Sedivention, Siemens Healthineers, Varian Medical Systems, Wallach Surgical.

Global Markets for Diagnostic Electrophysiology Catheters, 2023-2028
Published:
2023
Next Update:
Q3 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for diagnostic electrophysiology catheters. These devices are used to measure and map electrical activity within the heart to identify aberrant electrical activity that causes arrhythmias. LSI projects that this market will remain in a high growth phase due to improving technology for the surgical treatment of cardiac arrhythmias and atrial fibrillation (AF). This market snapshot is intended to provide a high-level overview of the global diagnostic electrophysiology catheters market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, AccuPulse, Acutus Medical, BD, Biosense Webster, Boston Scientific, CardioNXT, CoreMap, Johnson & Johnson, Kardium, Medtronic, MicroPort Scientific, Stereotaxis.

Global Markets for Hernia Repair, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence (LSI) provides an analysis of the global market for hernia mesh products for the surgical repair of hernias. The global market for hernia mesh products is projected to see moderate growth throughout the forecast period covered by the analysis. While the market has been negatively impacted by ongoing lawsuits associated with product complications, the next generation of products has helped the market to recover for one of the most performed abdominal surgeries. This market snapshot is intended to provide a high-level overview of the global market for hernia mesh products, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Allergan, Ariste Medical, BD, Cook Medical, Deep Blue Medical Advances, Ethicon, Exogenesis, Integra Lifesciences, Johnson & Johnson, LifeCell, Medtronic, Novus Scientific, Tarian Medical, TELA Bio, TISSIUM, W.L. Gore.

Global Markets for CRM Devices, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for cardiac rhythm management (CRM) devices, including pacemakers, implantable cardioverter defibrillators (ICDs), and cardiac resynchronization therapy devices (CRT-Ds). These implantable devices are used to restore the natural rhythm and function of the heart that can be impaired as a result of cardiac rhythm disorders and heart failure. This market snapshot is intended to provide a high-level overview of the global CRM devices market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, AtaCor Medical, BioTrace Medical, Biotronik, Boston Scientific, Cairdac, Electroducer, FineHeart, Lepu Medical, LivaNova, Medico, Medtronic, Merit Medical, Microport Scientific, Osypka Medical, Pacetronix.

Global Markets for Neurovascular Devices Hemorrhagic, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This report from Life Science Intelligence provides an analysis of the global market for neurovascular devices for the treatment of hemorrhagic stroke. These solutions are used to treat intracerebral bleeds, ruptured aneurysms, and other neurovascular deformities that lead to the pooling of blood vessels that have ruptured inside and outside of the brain. This market snapshot is intended to provide a high-level overview of the global market for neurovascular devices for hemorrhagic stroke, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Acandis, Artio Medical, Endostream Medical, Medtronic, MicroPort Scientific, Microvention, Phenox, Penumbra, Rapid Medical, Shape Memory Medical, Stryker, Terumo, Wallaby Medical.

Global Markets for Renal Denervation, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for renal denervation devices for the treatment of refractory hypertension (i.e., high blood pressure that does not respond to pharmaceuticals). The market for renal denervation devices includes radiofrequency and ultrasound catheters which are used to ablate the renal nerves. This market snapshot is intended to provide a high-level overview of the global market for renal denervation devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: Ablative Solutions, Brattea, Medtronic, Metavention, Otsuka Medical, ReCor Medical, SoniVie.

Global Markets for Upper+Lower Suture Anchors, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence analyzes the global market for suture anchors used in upper and lower extremity repair and reconstruction procedures. Suture anchors play a critical role in securing soft tissue to bone, particularly for severe soft tissue tears. The market encompasses bioabsorbable, biocomposite, metallic, and PEEK suture anchors. The snapshot aims to offer insights into unit volumes and market forecasts from 2023 to 2028, along with a competitive landscape analysis of major competitors and key market events for strategics and startups. Companies covered in this report include: Acumed, Acuitive Technologies, aevumed, Anika Therapeutics, Arthrex, ConMed, DePuy Synthes, Johnson & Johnson, Mitek, OSSIO, Paragon 28, Responsive Arthroscopy, Riverpoint Medical, Smith & Nephew, Stryker, and Zimmer Biomet.

Global Markets for Peripheral Stents, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for biliary and peripheral vascular stents. These devices are used to maintain and restore patency to anatomical ducts or vessels that have become obstructed due to the formation of plaque, narrowing of the natural lumen, or presence of benign and malignant growths. This market snapshot is intended to provide a high-level overview of the global peripheral vascular and biliary stents market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: Abbott, BD, Biotronik, Boston Scientific, Bryan Medical, Cardinal Health, Cook Medical, Cordis, Endo GI Medical, Hood Labs, Maquet, Medtronic, Merit Medical, MicroPort Scientific, Olympus, Q3 Medical, Zorion Medical.

Global Markets for Electromagnetic Navigation Systems, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for electromagnetic navigation systems for tracking, guiding, and positioning instruments during surgery. These systems provide surgeons and the surgical team with real-time information on the position and orientation of instruments used during open and minimally invasive surgeries. This market snapshot is intended to provide a high-level overview of the global electromagnetic navigation systems market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Brainlab, Collin Medical, Elucent Medical, Fiagon, Heal Force, Joimax, Karl Storz, Medtronic, Olympus, Stryker, Veran Medical Technologies.

Global Markets for GI Endoscopy, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot report from Life Science Intelligence provides an analysis of the global market for gastrointestinal (GI) endoscopic devices. These devices are used to visualize, diagnose, and surgically treat conditions of the GI tract. The market for GI endoscopic devices includes endoscopes and endoscopic instruments. This market snapshot is intended to provide a high-level overview of the global market for GI endoscopic devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Ambu, Applied Medical, Aqua Medical, Aspero Medical, B. Braun, Boston Scientific, ConMed, Endoluxe, Ethicon, Integra Lifesciences, Intuitive Surgical, IQ Endoscopes, Johnson & Johnson, Karl Storz, Medtronic, MiWendo Solutions, Olympus, Purple Surgical, Richard Wolf, Stryker, Teleflex.

Global Markets for Hemodialysis, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for hemodialysis solutions. Hemodialysis is an essential treatment for patients suffering from end-stage renal disease due to kidney failure. Hemodialysis systems, catheters, and dialyzers are components integral to hemodialysis treatment. This market snapshot is intended to provide a high-level overview of the global hemodialysis solutions market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Asahei Kasei, AngioDynamics, B. Braun, Baxter, Bellco, Byonyks, Diality, Fresenius, Hemoclean, Humacyte, Intermedt, Inspira Health, iRen-MEDICAL, Medivators, Merit Medical, NextKidney, Nikkiso, Nipro, Rockwell Medical, Telelfex, Terumo, Toray Medical, TVA Medical, Vantive.

Globals Markets for Cardiac Ablation, 2023-2028
Published:
Next Update:
Deliverables:

This market snapshot from Life Science Intelligence provides an analysis of the global market for cardiac ablation devices, which are used for the treatment of arrhythmic heart conditions, such as atrial fibrillation. The market for cardiac ablations devices is projected to see strong growth throughout the forecast period covered by this analysis, driven by demographic trends and the adoption of new technologies for the treatment of new ablation technologies, such as Pulsed Field Ablation. Devices covered within the scope of this analysis include cardiac ablation catheters. This market snapshot is intended to provide a high-level overview of the global market for cardiac ablation devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, Adagio Medical, AtriAN Medical, AtriCure, Biosense Webster, Boston Scientific, Electrophysiology Frontiers, Field Medical, Galvanize Therapeutics, Healium Medical, Johnson & Johnson, Medtronic, Stereotaxis.

Global Markets for Atrial Septal Occlusion, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for atrial septal occlusion devices. These devices are used to close atrial septal defects (ASDs), an abnormal hole in the wall of the upper chambers of the heart that are present at birth. This market snapshot is intended to provide a high-level overview of the global ASD occlusion devices market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, atHeart Medical, Cardia, Hanyu Medical, Lifetech Scientific, Occlutech, W.L. Gore.

Global Markets for Aortic Grafts, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from LSI provides an analysis of the global market for aortic stent grafts for the treatment of aortic aneurysm. The market for aortic stent grafts includes open (surgical) and endovascular (transcatheter) aortic stent grafts used in the repair of abdominal aortic aneurysm (AAA) and thoracic aortic aneurysm (TAA). This market snapshot is intended to provide a high-level overview of the global market for aortic stent grafts, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Cook Medical, Endoron, Endospan, Lombard Medical, Medtronic, MicroPort Scientific, Taurus Vascular, Terumo, TripleMed, W.L. Gore.

Global Markets for Interventional Cardiology Devices, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from LSI provides an analysis of the global market for interventional cardiology devices for the treatment of cardiovascular diseases such as heart failure or severe atherosclerosis. The market for interventional cardiology devices includes devices used to diagnose and treat diseases related to the coronary arteries. Devices included within the scope of this report include coronary stents, catheters, angioplasty balloons, guidewires, and intravascular ultrasound catheters. This market snapshot is intended to provide a high-level overview of the global market for interventional cardiology devices, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, insights into key market events for strategics and startups. Companies covered in this report include: Abbott, Advanced Bifurcation Systems, B. Braun, BD, Boston Scientific, Cardinal Health, Cook Medical, Corflow Therapeutics, Fastwave Medical, Lemaitre Vascular, Medtronic, Merit Medical, MicroPort Scientific, NirvaMed, Philips, Teleflex, Terumo, Translumina.

Global Markets for Oncology Embolization, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence provides an analysis of the global market for oncology embolization agents, including radioembolization, chemoembolization, and particle embolization devices. These solutions are used to occlude blood vessels to lesions and tumors to derive the target of nutrients, enhance the effectiveness of the targeted delivery of pharmaceuticals, and trigger cell death. This market snapshot is intended to provide a high-level overview of the global oncology embolization agents market, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: ABK Biomedical, Arsenal Medical, Boston Scientific, Cook, Cordis/Cardinal Health, Instylla, Medtronic, Merit Medical, Ned Medical, Obsidio, SirTex Medical, Stryker, Terumo, Varian.

Global Markets for Vascular Access Devices, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from Life Science Intelligence offers an analysis of the global market for vascular access devices, which are essential for continuous and long-term access to the bloodstream for administering intravenous drugs and fluids. The market encompasses various types of devices, including peripherally inserted central catheters (PICC), midline catheters, central venous catheters (CVC), and implantable ports. The snapshot aims to provide a comprehensive overview of the global market for vascular access devices, offering key insights into unit volumes and market forecasts from 2023 to 2028. Additionally, it includes a competitive landscape analysis of major competitors and insights into key market events for both established players and startups. Companies covered in this report include: Access Vascular, AngioDynamics, B. Braun, Baxter, Becton, Dickinson & Company (BD), Bluegrass Vascular, C.R. Bard, Cook Medical, ICU Medical, Medline, Smiths Medical, Teleflex, Terumo, Vygon, and Yushin Medical.

Global Markets for Rotator Cuff Repair Suture Anchors, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

This market snapshot from LSI provides an analysis of the global market for rotator cuff repair suture anchors for the treatment of rotator cuff injuries. The market for rotator cuff repair suture anchors includes anchors composed of biocompatible polymers and metals. This market snapshot is intended to provide a high-level overview of the global market for rotator cuff repair suture anchors, with key insights into: unit volumes from 2023 to 2028, market forecasts from 2023 to 2028, competitive landscape analysis of major competitors, and insights into key market events for strategics and startups. Companies covered in this report include: Aevumed, Arthrex, Atreon Orthopedics, ConMed, DePuy Synthes, Embody, Inovedis, Smith & Nephew, Stryker, Tetrous, Wright Medical, Zimmer Biomet.

Global Markets for Electrical Stimulation Devices, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Wearable Monitoring Devices, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

Description coming soon.

Global Markets for Low Complexity Medical Devices, 2023-2028
Published:
2023
Next Update:
Q4 2024
Deliverables:
excel pdf

Description coming soon.

Canada Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Canada Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Canada. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Germany Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Germany Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Germany. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

France Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The France Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for France. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

U.K. Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The United Kingdom Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for the United Kingdom. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Italy Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Italy Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Italy. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Spain Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Spain Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Spain. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Poland Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Poland Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Poland. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Netherlands Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Netherlands Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for the Netherlands. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Belgium Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Belgium Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Belgium. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Sweden Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Sweden Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Sweden. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Switzerland Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Switzerland Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Switzerland. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Denmark Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Denmark Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Denmark. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Finland Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Finland Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Finland. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Norway Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Norway Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Norway. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

China Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The China Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for China. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

India Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The India Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for India. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Japan Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Japan Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Japan. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

South Korea Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The South Korea Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for South Korea. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Australia Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Australia Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Australia. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Thailand Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Thailand Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Thailand. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Malaysia Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Malaysia Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Malaysia. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Singapore Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Singapore Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Singapore. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

New Zealand Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The New Zealand Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for New Zealand. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Caribbean Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Caribbean Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for the Caribbean region. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Argentina Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Argentina Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Argentina. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Colombia Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Colombia Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Colombia. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Chile Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Chile Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Chile. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Guatemala Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Guatemala Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Guatemala. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Dominican Republic Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Dominican Republic Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for the Dominican Republic. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Costa Rica Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Costa Rica Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Costa Rica. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Panama Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Panama Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Panama. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Mexico Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Mexico Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Mexico. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Brazil Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Brazil Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Brazil. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Turkey Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Turkey Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Turkey. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

Russia Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The Russia Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for Russia. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.

South Africa Surgical Procedure Volumes, 2018-2029
Published:
2022
Next Update:
Q2 2024
Deliverables:
excel report

The South Africa Surgical Procedure Volumes Dashboard provides historical and forecasted volumes from 2018 to 2029 for South Africa. Understand trends in procedure volume adoption and growth for over 200 procedures across 12 major procedure markets (Cardio, Ortho, General Surgery, OB/GYN, Urology and more). Data is updated and expanded annually to maintain a consistent pulse on the procedure utilization to empower strategic decisions on commercialization and new product development.
Schedule Meeting
Request Info
close
Video Transcription
close
Todd Brinton 00:05
All right. Thank you very much. Thank you all for being here. Thanks, Todd, for doing this. I twisted his arm a little bit, but it's a really great story, and I hope that it's as inspirational for you as it was for me because I've worked and known Todd for many, many years. Getting this opportunity to actually step through his background and what has made him a successful leader in this industry is a really cool story. So I'm just going to go right into it, Todd. Let's start with your early years. Where were you born? Tell us. Tell me about your parents.

Todd Brinton 00:38
You know, what were your original aspirations before you went to college? You know, what was inspiring to you at that time?

Todd Brinton 00:46
He was really gonna go at it, isn't he, right?

Josh Makower (Moderator) 00:49
I'm gonna do it.

Todd Brinton 00:50
We talked about this. I'm like, I'm not sure he's interested in this. Oh, yes, they are. So I was born in the Bay Area, Northern California. My mother was the medical records librarian at El Camino Hospital, which is where the Fogarty Center is now based. I was raised actually in San Luis Obispo, a small town on the central coast of California. Grew up there—a small town, great place to grow up. My vision was to get, you know, to grow a little older and go to the big city, basically, when I got older, which ended up being San Diego for college. It wasn't exactly a huge city, but it was much bigger than the town I grew up in. My interest was originally, I had early aspirations for medicine. My mom still has this report I wrote when I think I was in second grade on how to be a doctor. She still holds it over my head, but everything after that turned into, my father was an engineer. His father was an engineer. There are no physicians anywhere in the family. So when I was getting ready to go to college, touring basically in a station wagon with my sister in the back seat with me, my dad asked me, "What are you interested in doing?" I said, "You know, I really love anatomy and biology." And he goes, "Great, biomedical engineering," and that was literally the end of the discussion. And I'm really not joking. I mean, that was really the end of the discussion. So I went into biomedical engineering, and one of the premier programs to go to was UC San Diego, which is why I ended up there. I also had a small—for I played water polo through high school. I played collegiate water polo in college and on the national team. So that was a big water polo power too. So it was kind of the perfect combination. And although I'd love to tell you it was all about engineering back then, it was really all about water polo.

Josh Makower (Moderator) 02:30
And while you were there, you got involved in an early company, yeah, that was your first exposure to the entrepreneur world. So,

Todd Brinton 02:38
you know, my father, who has been just a phenomenal—and still is a phenomenal mentor—said, "You need to get involved in something in industry. Learn, get some experience. It's not just about the classes you take." So I went to the job board at UCSD, and there were literally two guys and a dog that were starting a company that had come from Bell Labs, and they were looking for someone to do kind of strategy and some engineering work. I picked up the card, and I ended up going to work for a small company called Pulse Metric, which was just north of UCSD. It was a great experience. I learned a ton and ended up working there for four and a half years out of college.

Josh Makower (Moderator) 03:09
And what was Pulse Metric?

Todd Brinton 03:11
So it was a non-invasive blood pressure company that was really trying to develop a technique to actually, you know, way ahead of its time, monitor heart failure. They were really trying to come up with a way to manage heart failure patients. They had this idea that if they gave more data to the physician, it'd be better, which I think we all realize is not the case anymore, but we were, like I said, way ahead of our time. So, but it ended up being an early-stage company that raised venture capital money, and I got to pitch. Of all people, I ended up pitching to Tom Fogarty from Three Arch back. This was back in 1993. I remember, you know, the legend Tom Fogarty and sitting across the table from him pitching, and ultimately, we raised a little money from Three Arch, and ultimately that was an incredible learning experience for me and gave me kind of the inspiration for what I wanted to do in my career.

Josh Makower (Moderator) 04:09
That's awesome. Also, that opportunity actually introduces just some other important people that became, yeah, in your life, yeah.

Todd Brinton 04:17
So if it doesn't come out, I'll say now I think probably the thing that's been the most impactful in my career are mentors, Josh being one of them. Those are the things that make the biggest change, you know, opportunity and create the biggest opportunities for you in your career. For me, it was a guy named Tony deMaria, who was a cardiologist, the Chief of Cardiology at UCSD, who just happened to be interested in something I was working on and kind of took me under his wing. He's ultimately the guy that considered and told me, "I think you should go to medical school." I had kind of dismissed it, thinking I was going to be in industry. Of course, I was getting older, and it was like, why would I want to go back to medical school? When I was four and a half years out of college, I'd be way behind. There wouldn't be the thing. It's long training. He was the one that really made me think, what really motivates you, what excites you. He was a huge inspiration.

Josh Makower (Moderator) 05:12
That's cool. And it was just easy getting in from there.

Todd Brinton 05:17
No, we've had this discussion. Obviously, it was very hard for me to get into med school. I graduated with a biomedical engineering degree from UCSD. I didn't have exactly the vision to go to medical school immediately, so I had to go back and take some training classes and study for the MCATs and all those things. I applied to medical school, and I was doing this research with a company, and this great, internationally known Tony deMaria was the president of cardiology. He was the editor of JACC, one of the most prestigious journals in the world. I couldn't get into med school. I sent my application in at that time. We were kind of at an all-time high. And those remember, you get kind of 92, 2000, 2008—what do these have in common? Huge recessions. It was really difficult. So whenever there's a recession, graduate school applications go up massively—lots of competition. I applied to medical school and literally didn't get a single interview the first time, which means that I really, really screwed up. DeMaria was probably the driving force that encouraged me to continue to do it. The way this cycle works, I couldn't apply the next year; the cycle had almost gone by by the time you find out. So I applied the second time, and to be honest, it chokes me up every time because I applied. I got two interviews. I bombed one of the interviews. The other interview went okay, but I didn't hear. If anyone knows about medical school, the cycle is generally that schools start, you know, July, August, and by the time May comes along, I mean, everyone's accepted their classes in January and February, and I'm sitting in May, and I have no option. It looked like I wasn't going to med school. I ended up talking to DeMaria, and he said, "How bad do you really, really want this?" I said, "You know, the hardest thing in life is when you figure out you think you know what you want to do, you've really decided, and they're not going to let you do it." He said, "Well, let me tell you what I want you to do. Get a plane. Use any excuse you can and get in front of the admissions director, and don't just say that you want to go to medical school. Tell him why you want to go to that medical school." So I took his advice. I had very little money. I bought a plane ticket, a red-eye, flew out to Chicago, rented a car, drove up to the Chicago Medical School, and sat outside the office for about four hours. The admissions director saw me, and I took an abstract that had just gotten accepted to the American Heart Association. I said, "I just want to update my resume, and I really want to go to med school." She listened to me for about four or five minutes, and then she asked me questions and said, "Why? Why do you really want to go to med school here?" Just like DeMaria told me she would. I answered the questions for a few minutes. She said, "Okay, good luck to you." I left. By the way, this was the Thursday before Memorial Day weekend. Medical school started in July, so we're like six weeks from medical school starting. I flew home, got home on Thursday night. On Friday, I got home from work. In the old days, remember the answering machines? You turned on that there were no cell phones or that stuff, right? I turned it on, and I was like, "Beep." There was a message from the Chicago Medical School in the afternoon on Friday night saying, "Please call us back." They were two hours later, and I called and talked to security. The whole weekend, I waited. I called Tuesday morning, thinking, you know, what's the news, and they never called me back. When I opened the door to go to work was my admission to medical school. So big, big, big message, which is if you want something bad enough, you got to fight for it. You know, and that's true for entrepreneurs. It's true of anything. You really have to be willing to fight for it. It was one of the best lessons I learned, and the big second lesson was DeMaria told me, "You got in, now make the most of it." I remember those two things probably as one of the big things for me.

Josh Makower (Moderator) 08:49
This is amazing, Todd, because knowing you as an incredible physician and leader, to imagine you might not have been allowed to get to medical school is just mind-blowing. I just think there's a lot of parallels in your story, where you know, you've accomplished things, you know, despite many, many barriers and obstacles. I think it's really amazing. So, along the way through medical school, there was some eventual interest in Stanford, or what was going on with the Device Center with Fitzgerald and Yock? Talk about how you got there.

Todd Brinton 09:29
So Tony DeMaria, being an incredible mentor all the way through med school, I ended up paying for a good portion of med school, still working for the startup company. I was still working at night as a consultant for this company that ultimately failed in the long run, but it was an incredible opportunity—lots of learning—but it also helped me pay for med school. Along the way, Tony DeMaria was mentoring me, saying, "What do you want to do?" He was a big imaging guy and medical devices. But I really thought from my time and training and the time I spent in industry, I really loved interventional cardiology. I loved the cath lab, the excitement of trying to really figure out stuff and take care of patients. He said, "Look, the two best guys in the field were Paul Yock and Peter Fitzgerald that were at Stanford." He said, "If you really want to do that, that's where you want to look at going." Ultimately, that's what directed me to Stanford. There was no Biodesign yet. None of that stuff had happened yet until 2000, and so that was really the impetus for going there. I interviewed there, and I was very fortunate. I ended up applying for my internship at Stanford and got accepted. When I got accepted, I was probably three or four months in, and then they had a program that exists at about 15 universities, which is called short tracking, which, by the way, is long tracking, but you spend two years of your residency in exchange for five years of fellowship so you can go deeper in subspecialty. You had to track into a lab. I remember interviewing with both Paul and Peter, and I was ultimately running Paul's lab for the first couple of years while I was a resident, and then tracked into cardiology fellowship and ultimately had an extra research year, which is how I ended up doing a Biodesign fellowship.

Josh Makower (Moderator) 11:07
And that's where we met. Talk about your Biodesign experience. Maybe, for some people who may not know what it is, maybe describe the fellowship.

Todd Brinton 11:18
I just, as someone who, obviously, the guy who started it, but ultimately someone who tried to follow in, switch ups and run it for the next 15 years. After that, it evolved a lot over time. Right in the early years, it was, you know, Josh really hands-on with, you know, three—the first year. For I think my year, there were five fellows, and it was an opportunity to kind of focus purely on innovation. I chose a different area to go into. For me, I was interested in cardiovascular, and I'll tell you, we didn't talk about this, but this was another big failure point for me because I had this great idea that I would go invent something great during my fellowship, and I did this, like, two or three months of discovery with some of the leading experts at Stanford. I brought the list to Josh. I must remember, he does remember. I was like, "This is all really good stuff." He spent a couple of minutes being very polite looking at it, and he said, "This is 20 solutions. There's not 20 problems here. There's not needs." The whole idea behind Biodesign was needs-driven innovation—to look at a space that you thought was interesting. Of course, I proceeded to argue with Josh, and it really taught me a lot that most of our thinking, especially as a physician engineer, we think in the solution world. We don't think in the problem world. We think about what we know already, as opposed to trying to flip around and say what we feel uncomfortable with, what we don't understand. That was a good lesson for me too.

Josh Makower (Moderator) 12:46
I vaguely do remember that conversation.

Todd Brinton 12:48
And you eventually, obviously, I mean, as I said last night, you're an incredible leader, and you really, I think, are, you know, sort of a powerful presence and were the perfect choice to step in. I ran into this point in my career where I had made the mistake of creating four companies all within four years, and they were all really begging for my time. I just was having trouble juggling everything, and I felt like I really needed to invest myself in my startups for a while. So we needed, I needed someone to come run the fellowship at Biodesign, and we picked Todd. So talk about that experience and becoming the fellowship director and sort of how you and I will say the Biodesign fellowship got shaped substantially under Todd's leadership. You really reimagined things and brought many, many new things to it.

Todd Brinton 13:52
I think that, you know, I think it got brought up last night, which is we used to have a dartboard with Josh's picture up on it, and we threw darts at it. The theme I learned from Josh after I became fellowship director is they love you in July. That's when you start. They hate you in December. The key is, you want them to still love you in June when you finish. His point was, if they don't hate you in December, they'll never love you in June. So I became kind of legendary for tough love. I was the tough love guy, which was, "You're not driving hard enough; you're not doing it enough." Working with, trying to drive the fellows on their projects was ultimately what my job was. I was very fortunate the first couple of years because, you know, I just finished the fellowship. I finished my cardiology training and my interventional fellowship. I joined the faculty. I was in clinical practice at the same time I was trying to mentor these fellows, and they explained these programs they were working in in other areas where it wasn't necessarily cardiovascular disease. I would go, "Hmm, very interesting. Okay, you know what? Let me think about it, and I'll get back to you on what we should do." Then I would run into the office and call Josh, and Josh and I would talk about it for half an hour. I would walk out and go, "You know, I've been thinking about this very deeply." After over the 15 years, it was one of the best experiences I had because I got to see so many projects and so many challenges and needs and, you know, defining what they were and solutions and a lot of the hang-ups that we all run into along the way, and that became the basis for me starting companies. I became an entrepreneur because I watched others and learned and got trained by people like Josh.

Josh Makower (Moderator) 15:29
And I would just say, you know, Todd, you know, obviously, is an impressive guy with many accomplishments and, you know, a tremendous success just in recent history, but incredibly, actually really humble. When we first started talking about you taking that on, I remember you saying to me, "I haven't had any big successes yet. I mean, how can I, like, you know, teach these people and represent myself?" I was just like, you know, that was me too. I was there. I was there too. When we first started the fellowship, I had a few companies, but I didn't have any real successes to point to yet. But I think it would be great now to sort of pivot because while this arc of, you know, training and then running Biodesign and being an active interventional cardiologist, you've also got a thread along the lines of your entrepreneurial experiences. I want, let's just sort of step through those—the early ones, the successes and failures—who wound up getting integrated and attached to your world, and despite those failures, some of those fails still saw something in you that they wanted to work on your next things. Maybe let's go back to those early companies. Maybe, what would it be, VenoMatrix? Would they be the first one?

Todd Brinton 16:46
So I started a company out of the fellowship. A very common thing was, you know, you work on a project. I thought that I had this, you know, really interesting area for, as it turns out, heart failure management, which was basically a kind of ultrasound patch to sit over, basically the liver over the IVC and look at measurements to kind of manage patients. I didn't, I just had some experience in basically learning through the Biodesign fellowship. I'd had experience in industry as an engineer, but I really didn't know how to put it all together. Luckily, Paul introduced me to Casey McGinn at Wilson Sonsini, and he sat down with me and said, "I really like this idea. We'll work with you. We'll help you. We'll support you." I didn't have any money. That was a common theme you hear, but he supported me and connected me to Jim Shay and Ben Glen, who were two phenomenal IP attorneys that were at that time. They eventually spun their own firm out, but they were at Wilson. I ran up a pretty significant bill filing my first patents, and then the dark period ended, and we found a patent that literally read on my IP that I filed that literally was about two weeks earlier, and it didn't look like we had a patent. So I made the tough decision to not pursue the company. I had this, I think it was about a $17,000 or $18,000 bill with Wilson Sonsini, and I walked into Casey's office and sat down with him, and he said, "Well, we gotta deal with this bill." I couldn't pay the bill. I mean, there was no way. I had a two-year-old at home. I was junior faculty in interventional cardiology. I was working 100 hours a week. I just didn't have any way to pay a $17,000 bill or whatever it was. Casey looked at me, and he said, "Tell you what. I’ll write this off on one condition." I literally thought he'd say, "You never show your face here again." Casey said, "You bring your next project to me." That ended up being a company called Bioparadox, which was a company I did with a guy named Allan Mishra, and ultimately, that's how I met Jay Watkins. It was De Novo Ventures that backed that project. I learned a ton. The experience I got was probably the most notable because ultimately, Bioparadox, like VenoMatrix, didn't make it, but I got the chance to work with Jay Watkins. Jay basically had us meet at the De Novo office every week, and he spent two hours with us. Two hours a week with someone like Jay Watkins was an unbelievable experience. I think that was also very, very instrumental in my development and learning. We did all the animal work. We developed this therapy, we peripheral vascular and cardiac, and we thought we were very close to a deal with a strategic, and ultimately, in the end, it blew up. We couldn't raise more money, and we ended up having to shut down the company. But I learned a ton through that experience. I don't think that these two experiences were the whole basis for probably why I started at the same time Shockwave, which was started to actually—I looked back at some things the other day. We started in December 2007. We incorporated in 2009, but the project started in 2007, so I was only a couple of years out of training, and I learned so much from the experiences and a lot of the failures that really helped a lot.

Josh Makower (Moderator) 19:58
I just want to dwell on that a little because at that moment, you've had two unsuccessful experiences, and there are people who've been on that ride with you, but somehow you didn't give up. You decided to continue to proceed and do another one. How can you take us to what that felt like and what it was like? Jay, remind people what De Novo was because the firm doesn't exist.

Todd Brinton 20:31
De Novo Ventures was known from John Simpson's, right? We've got a John Simpson's venture fund. There were five partners, and Jay Watkins was one of them. I got connected with him by Paul Yock again, another incredible mentor. Why did I do it? I would say that they were all running in parallel, so I didn't know any better. I mean, I think that they were, you know, much like Josh, who had four companies, I was kind of had three. One of them failed; one of them is still going because Bioparadox went from probably 2008 to 2012, and Shockwave started in 2007. We incorporated in 2009, and ultimately, luckily, still exists today. To me, it was the opportunity to do something that was meaningful. The way I was raised, my parents, the values were, "Do something that matters." I still, as a child, remember growing up, high school, college—do something that matters. I would say that this was probably the most important theme. Along the way in my career, I really wanted to be doing something that was impactful. It could be different things. I felt that what I did in the cath lab, operating three full days a week for most of my career, mattered, that I was doing something that was life-saving. Therefore, it mattered. The things I was working on, I felt like they were big enough and interesting enough that they could change medicine if I was very lucky enough to have them work out. That was probably what drove me more than it was thinking about the failures. There's no way that I would have ever gotten to any of the things we thought about at Shockwave. I mean, I took Shockwave to Casey, you know, and Casey, you know, denoted, but ultimately, Bioparadox failed as well. Eventually, he backed that program as well. He backed Shockwave. I think he made plenty of money back, by the way. That's the way it works. It was a whole group of people that you met along the way, and Shockwave was the one I probably met the most people.

Josh Makower (Moderator) 22:31
Obviously. I know this is an international audience, and there are a lot of different cultures and a lot of different feelings about failure. But I think just, I want to just pause on that because, you know, from those failures came, you know, the next thing was one of the biggest outcomes in medical technology, and that's something really to just, you know, just step back a second. Let's just think about it. Everybody has their companies here, and it's a struggle, and so on. I think the longer-term view of the things that you learn from that, the people that you meet along the way, and how you treat them and how they treat you really forms the bonds that actually turn out to be fibers of your career that create a foundation for an ultimate success, right? So let's talk about Shockwave and the, you know, sort of how did it come about? How did you get, you know, where, what was your role, or who were the people that you then got connected to on that journey?

Todd Brinton 23:30
So Shockwave was conceived in a very interesting way. Daniel Hawkins and John Adams were backed by Three Arch and Prospect Ventures and a small little incubator. They had some money to start to go find a program, and they were, frankly, struggling to do so. I got hired by Prospect Ventures. What I used to do a lot of diligence for, again, the theme of me trying to get paid to make money to pay the bills. They said to me, "Why don't you meet with these guys and see if you guys can come up with an idea together?" The idea that I had was I was struggling in the cath lab with calcified coronary disease. I was doing roto-blader training. I was a high-volume coronary interventionalist doing a lot of complex PCI. The staff was like, "Oh God," every time you pull that roto-blader. There were complications. It was difficult. You only use it in a few cases. I said, "This is a problem everybody has, but it doesn't seem like we have a good solution." I kind of framed the problem to Daniel and John. We sat around, I wrote out a needs spec, a Biodesign needs spec, and said that the fundamentals were it needed to have something that could ultimately dilate a vessel that was highly calcified in a radial direction. But the key was it had to be flexible and deliverable. What I put as the predicate was studying interventional cardiology. The things that I had learned were that we call a front-end balloon, an everyday working angioplasty balloon, crosses 99% of the time, and most of the devices are between calcium cross like 70% of the time. They weren't flexible; they couldn't deliver. I said, "It's got to be like that, but it's got to have the behavior." We all sat around and said, "Well, how do you treat calcium today?" We all went, "Lithotripsy." Ultimately, that became the basis for the idea of trying to put lithotripsy inside of a balloon, and that became the fundamental discovery and invention for Shockwave. At the time, we were a virtual company. I was still in practice as an interventional cardiologist. We couldn't get the project funded. We went to every venture group on Earth. The original investment had been done by Prospect and Three Arch, but no one—and this was the recovery of 2008—was interested in doing new investments, and not a big project that looked like it was going to be long. We really couldn't raise money. We ultimately convinced Three Arch and Prospect to spin out the IP and give it directly to us. In fact, the invention was really Daniel Hawkins and John Adams. They invented. I was at Stanford. I didn't want to invent. I did want to participate in the invention process. They ultimately drew up the invention. I spoke, sat, and kind of defined the need. Ultimately, we put the company together. They flew down and walked into Casey's office one night and incorporated the company in 2009, and that became the basis for Shockwave.

Josh Makower (Moderator) 26:12
And how did Fred Moll get involved? When did that happen?

Todd Brinton 26:15
Fred got involved in like late 2010, 2011 because we were looking to raise money. We had no money. We wrote—we had $180,000 basically we'd raised from friends and family. Probably another proud moment is my dad wrote the first check, $50,000. My parents are not super wealthy, and they said, "Why do you believe in this?" I said, "Look, I've learned enough. I've failed enough. I really think this one really has a chance." They wrote a check. We opened a small little 600 square foot office. I said, "We—it was me and an engineer. We hired Tom Goff at the time." Basically, I used to flush out Ibis catheters from the cases I did during the day. I bought an Ibis machine, an intravascular ultrasound machine in Japan, had it shipped on a pallet for 500 bucks, and I built a lab, basically. I still have a picture of my daughter at the time, who was about four or five, with crayons, which is I would dissect. I would show up to the office. I'd have amputated limbs for the posterior lower leg, and I would dissect out the posterior tib. I'd put it basically in the water bath, and I put a balloon in it. We did all the experiments at night from the Ibis catheter I used during the day. Unfortunately, even as much as you flush them, they'd clot if I didn't do it that day. We did that for, you know, that was probably 9 to 10 months. Fred, at the time, had worked at Intuitive and now is at Hansen Medical, and he was interested and had said, "Well, this is kind of interesting." He invested in different things. He saw our pitch a couple of different times, and not until he actually was in Europe doing cases in peripheral did he all of a sudden say, "This calcium thing seems like a really big problem." He called us one day and said, "What was that thing you were talking about?" He ended up doing our first kind of non-institutional equity round, and he became chairman of the company.

Josh Makower (Moderator) 28:04
Yeah. And was he chairman when you went to that Bohemian meeting and met Anton?

Todd Brinton 28:09
He was. He was chairman when we went. It was Fred, Jay Watkins, myself, and we got introduced to Antoine Papinck for dinner in the Bay Area. Jay really organized it all. Fred was chairman. Jay was even involved in the company at that time. We started the company, Antoine. We had this data. I presented to Antoine at the Bohemian conference, basically in Istanbul. After getting beat up for nine months of diligence, we ended up getting a term sheet from Antoine. Ultimately, we ended up putting together a really good group. I think one of the reasons for success, I believe, for Shockwave was a really good team—not just the people, but the board. We had a really strong board, and Jay Watkins became our independent board member. Jay, Fred, and Juan Papinck—we added several other people to it. It was a great—it just had all the right pieces to it.

Josh Makower (Moderator) 29:00
And again, we got lucky.

Todd Brinton 29:01
Yeah, and I mean, but so it's just an easy course from there. Shockwave wound up getting all the financing it needed and never—

Todd Brinton 29:09
It still struggled. You know, every round was difficult. Lots of—so we were having dinner last night. We were talking about one of the experiences. I think we all have PTSD from different rounds of financing. I remember discovering, I think it was the Series B or C, discovering some patent that was in some other language that we thought. I remember I was driving in Palo Alto, I was on the phone, and they were calling, "You're dead; you're done; the company is not going to be financeable." It turns out that the claims, when they got converted to English, didn't mean the same things, and we ended up having space and claims to ultimately be able to fund the company. For those of you there, you know, you're all on this journey. I mean, it's normal to have the ups and downs. I used to say that the only way mentally that I felt I could get through was the portfolio approach. At any point in time, something I was working on hopefully was working, something hopefully was going okay in the cath lab, and some other project was probably failing. That just kept me enough mentally through the day. I think probably one of the things that was the most instrumental is that it was really the challenges of failure, of feeling like you put all your resources, everything you did into something, and it wasn't going to go were scary enough that balancing it out with being a practicing interventionist that day at least—I tell myself, at least one at home that night, I did something that mattered. If everything else was failing, at least that day, that patient did better or survived, or their big acute, you know, infarct, or shock, or whatever it was I was treating. At least that really helped me a lot and get through it because it is a roller coaster, and those of you that—most of you are in it—it is the ultimate roller coaster.

Josh Makower (Moderator) 30:43
Yeah, amazing, amazing story. I want to—so at the time that Mike Lu first approached you, had Shockwave gone public yet? Or was it—

Todd Brinton 30:56
No, we had filed, actually, confidentially, to go public. Really out of nowhere, I got a phone call that, ironically, I look back and I ignored multiple times. I thought, "I'm not going to call this person back." It was a headhunter, ultimately. I ultimately got on the phone, and they were actually—and they were originally interested in Josh, of all people. They were looking for somebody who could run this, but we're thinking about Josh Makower and said, "Oh, sounds great to me." They were like, "Bob, we're not sure. Do you know anybody else that might be interested in this?" I actually said, "No, I don't." The honest truth is, I ultimately found out it was Edwards and Mike Mussallem. After a number of months going back and forth, I actually learned about the role, interviewed, was offered the role, and actually told them no because we were going through—at that time, we were very close to the IPO. I was very busy. I think one of the things that was really, really important to me when I thought about it was multiple people I talked to. I talked to Jay, I talked to Fred, my parents. I said, "Should I leave and should I go to the dark side? Should I go to industry? Should I go to corporate?" I've been an entrepreneur, and people said, "Nina, I think to this day, I remember Josh telling me, 'What are you doing?'" Mike really convinced me there was a big opportunity to do something very meaningful, that Edwards was going through the evolution of what they developed with TAVR things and had this real growth period that they were going to be going through. To have the opportunity to grow internally, to run the internal innovation program and external evaluation, evaluate companies and make decisions about what we buy and what we don't buy. It seemed like a great opportunity, but I turned it down because I was scared. I was very—things in my life finally—Shockwave looked like it was going to go to an IPO. I was going to have some liquidity. I thought my practice was actually finally established. I was teaching and kind of established myself. I thought, "It can't get better." I was basically afraid. Actually, the reason I took the job was I used to tell the fellows every day, "You cannot let fear drive your decision-making." I said, "I'm the biggest hypocrite if I don't take this job." Ultimately, my wife and I sat down. She was incredibly supportive of changing her whole life and moving to Southern California because Mike's big one lever was, "You need to be on my team here in Southern California." That was not negotiable. He was willing to be flexible on lots of other things, but that was not negotiable. I decided, "Okay, what the hell?" It was her that really helped me make that decision, and I took the leap. I'm really glad that I took it. I've learned a ton. I love what we're doing at Edwards. I love the things I'm learning along the way, kind of seeing the other side completely. I see now entrepreneurs, and I just think how I see things very differently, what's on the other side of strategic. Again, all strategics are different, but there are some common themes, and it's been a great opportunity to run a large group of—I have lots of projects, the things I like, but I also get to sit on outside boards. I get to make investments. So it's been very, very fulfilling.

Josh Makower (Moderator) 34:15
I mean, it's amazing because at the time, Edwards was already a powerhouse. You know, valves were just suddenly coming into their own, particularly TAVR, and you made it next level. I mean, everybody, I would say people that, like, "How can it even get better?" And you have taken it to the next level, Todd.

Todd Brinton 34:37
Yeah, so we're—I hope we do. I think a lot of what you do takes a long time. They, you know, they start companies say, you know, it takes a decade. I'm five years in at Edwards, and we're starting to peel the story out for other people to see. I'm really excited about where we know. I think it's going to—we've read it. We're redefining kind of the role that Edwards will have, or in some ways, it's narrower. We're saying we only do structural heart disease, as you know, we sold off our critical care business and closed that about two weeks ago. We're doing basically structural heart disease, valvular and now non-valvular structural heart diseases. We have a whole portfolio of stuff that we're going to bring out. So we're really, I think, the chance to be there with great people, great team, and frankly, the chance to work for Mike. Mike is one of the greatest leaders, I think, and the chance to work with him. I spend 15 to 20% of my time, you know, every day with him, just spending time with Mike and seeing how he managed, how he thought, how he strategized. It was incredible, you know. He's obviously now transformed his career. He left Edwards, is no longer the CEO or chairman, but now he just put his name on the Biodesign Center. He continues to make a big impact on the industry.

Josh Makower (Moderator) 35:45
Absolutely. I know we're at time, but I wonder if I can beg for two minutes—one minute on the future of Edwards that you see, and then one minute about the future for Todd Brinton. Talk about those two things.

Todd Brinton 35:59
So I'll be real quick. I am very excited about the future of Edwards. I think that companies go—the biggest thing is they get, just like Shockwave, they go through evolution, right? Different stages of development. TAVR has been an incredible ride for Edwards, such a successful platform that we talk about the triple win—big impact for patients, healthcare systems, and also for, you know, economics for patients and for the providers. I think that now we have a whole other generation of stuff that's coming out that makes Edwards a much broader player in the structural heart space. As far as me, I go back to the theme that, you know, I've had some incredible mentors along the way. I mean, I'm unbelievable. I have a big impact, and they continue to have a big impact. For me, I just want to continue doing something that matters. If it matters, if it's impactful, I'm interested in doing it. I am far from anywhere near thinking about the end of my career at all. I feel like I'm just getting started.

Josh Makower (Moderator) 36:57
That is awesome and a great way to end. Thank you, Todd, for that amazing story. Thank you so much.

Todd Brinton 37:02
Thank you. Thanks, everybody.

Josh Makower (Moderator) 37:06
Thank you so much.
back Back to all attendees close
Todd Brinton

Todd Brinton

Board Director, Stanford Biodesign and Co-Founder, Shockwave, Chief Scientific Officer, Edwards Lifesciences
Champion of cardiovascular innovation, as well as a strong patient focus as a practicing clinician who joined Edwards as Corporate Vice President, Advanced Technology and Chief Scientific Officer. Deep ties to the medical technology community as a co-founder, board member and advisor to a number of start-up companies and began career as an engineer in the medical technology industry, ultimately becoming a Director of Clinical Research and Development. Prior to joining Edwards, he was an interventional cardiologist, Clinical Professor of Medicine (cardiology) and Adjunct Professor of Bioengineering at the Stanford University School of Medicine while serving as the Fellowship Director at the Stanford Byers Center for Biodesign.
  • linkedin
back Back to all attendees close

Todd Brinton

Board Director, Stanford Biodesign and Co-Founder, Shockwave, Chief Scientific Officer, Edwards Lifesciences
Champion of cardiovascular innovation, as well as a strong patient focus as a practicing clinician who joined Edwards as Corporate Vice President, Advanced Technology and Chief Scientific Officer. Deep ties to the medical technology community as a co-founder, board member and advisor to a number of start-up companies and began career as an engineer in the medical technology industry, ultimately becoming a Director of Clinical Research and Development. Prior to joining Edwards, he was an interventional cardiologist, Clinical Professor of Medicine (cardiology) and Adjunct Professor of Bioengineering at the Stanford University School of Medicine while serving as the Fellowship Director at the Stanford Byers Center for Biodesign.
  • linkedin
Todd Brinton