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  1. Video Library
  2. Tech Transfer: Getting it Right and Avoiding Pitfalls for Successful Downstream Investment | LSI Europe '24

Tech Transfer: Getting it Right and Avoiding Pitfalls for Successful Downstream Investment | LSI Europe '24

These panelists talked about the integration of new technology in the medtech industry and the ways to successfully add it to ensure productive outcomes.
Share social-facebook social-x social-linkedin
Speakers
Nadin Youssef
Nadin Youssef
Sr. Analyst, Nina Capital
Bio Bio
Pablo Prieto
Pablo Prieto
Managing Director, CG Health Ventures
Bio Bio
Beatriz Volckaert
Beatriz Volckaert
Senior Associate - Venture Investments, Philips Ventures
Bio Bio
Gina Melchner
Gina Melchner
Venture Partner, NLC Health Ventures
Bio Bio
Tatiana Lobanov-Rostovsky
Tatiana Lobanov-Rostovsky
Health Tech Associate, Oxford Science Enterprises
Bio Bio
View Video Transcript
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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.
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Nadin Youssef  00:03  
I thank you so much for being here with us this morning. Everyone, as most of you know, this panel will be around tech transfer, how to avoid the sort of pitfalls of many companies that have spun out from the Technology Transfer offices or academic spin-outs or other research organizations. With us today is a great panel of experts that I'd love to invite to introduce themselves. Let's start with you, Pablo, you're very well surrounded today.


Pablo Prieto  00:34  
Yes, I am. Thank you very much for the invite. I'm Pablo Prieto. I manage an early-stage fund based in Barcelona called CG Health Ventures. We're a family office-backed fund that invests both in Europe and in the US, mostly in health tech and digital.


Beatriz Volckaert Almansa  00:52  
Thank you, everyone, for being here. I'm Beatriz Volckaert Almansa, part of the Philips Ventures team, the venture arm of Philips. We invest mainly in med tech and digital health companies that are aligned with our business unit, which ranges from consumer health-oriented products to precision diagnosis, imaging, monitoring, or anthropocentric informatics. It's our pleasure to be here. Thank you.


Gina Melchner  01:16  
Hi everyone. I'm Gina Melchner, and I'm a venture partner with NLC Health Ventures. Now, for those of you who don't know NLC, let me just say we're not a venture capital fund. We're actually a venture builder, a venture studio, as it's often called, meaning we're the founder or co-founder in all of our ventures and work very closely with the tech transfer offices, which is, of course, why I'm hoping to share some experience with you today.


Tatiana Lobanov-Rostovsky  01:41  
Thank you. My name is Tatiana Lobanov-Rostovsky. I'm here as part of Oxford Science Enterprises. We're an independent $1 billion fund structured as an investment company. We work very closely with the tech transfer office at Oxford University. We have a unique partnership with them, where we get an early look into the exciting innovation that's happening within Oxford.


Nadin Youssef  02:06  
Amazing. Thank you, everyone. I'm Nadin Youssef. I'm a senior analyst at Nina Capital. We are an early-stage venture capital fund specializing in health tech, and we're based in Barcelona. But of course, we have quite a global mission and perspective as well. Amazing. Gina, I'd love to start with you, given your background. What have you seen as the sort of key attributes that you look for when you're first engaging with these tech transfer offices and they're sort of introducing you to these commercial opportunities that could be possible? So, you know, what are those key attributes that you're looking for?


Gina Melchner  02:46  
So this is an interesting one because we, of course, look at a lot of things throughout our due diligence process, but the first thing I'd look at is always, is there a need? And this is something that we see a lot working with tech coming out of academia, is that a lot of it is really based more on tech push. Definitely not all of it. There's a lot of good stuff out there that is really starting with the problem and solving for that, but we do see tech push. So technologies that are brilliant tech but not always aligned with the problem that we actually see in the market. So that's something that I put a lot of focus on in the beginning.


Nadin Youssef  03:24  
Okay, and how about you, Beatriz, in terms of, you know, coming from Philips Ventures and coming from the sort of more corporate side, when you've had the chance to look at these types of commercial opportunities, what are the key attributes that you're looking for from your end?


Beatriz Volckaert Almansa  03:45  
I would say that it's essential to understand what the current technology cannot solve nowadays and what the solution can provide to hospitals and to patients. Sometimes those technologies need to be looked at from the needs and, you know, try to see how the final customer will be willing to adopt it, why a physician would like to change their current practice and their standard of care. The most successful companies are the ones that are changing the dynamics of the market. So I would say focusing on the needs and who will be adopting these technologies is essential. And, of course, another thing that for all of us is essential is that the team is balanced, that you have the great know-how internally, the domain expertise, and that there's a successful management team to succeed.


Nadin Youssef  04:58  
I think it's very interesting that you've touched on that team element, particularly from our perspective at Nina. I think we sometimes see a gap within these spin-outs or commercial opportunities that have spun out from these academic institutions in terms that they can sometimes be led by an academic, which then unfortunately creates a gap in the commercial sense. Gina, I'd love to ask you, you know, coming from your perspective at Oxford Science Enterprises, great ideas can sometimes get stuck in academia or in these institutions. How do you think this can be avoided?


Tatiana Lobanov-Rostovsky  05:37  
Yeah, that's a great question. I think one of the ways that we try and avoid great ideas getting stuck within academia is by providing very early signposting to the academics within the university that we are not only separate from the tech transfer office, but we can help craft their vision and story into something that could be a company one day. So that's part of it. I think there's definitely an education process within academia that, you know, perhaps it's a bit of a legacy factor, that commercial is part of the dark side, and US investors are again part of the dark side. But it's really part of that education to encourage that if they would like that technology to reach scale and reach as many patients as possible, that we're really here to help facilitate that. And so we really work hard through those kinds of mechanisms to help.


Nadin Youssef  06:36  
Just in light of that, how do you engage with investors? You mentioned the dark side. Do you feel that there's friction between these freshly spun-out companies and investors, or do you think that there's a way that they can both align?


Tatiana Lobanov-Rostovsky  06:56  
I think it's key in what you said about aligning, right? I think it's all about putting our best foot forward and really promoting the strengths of what an investor can bring to the table. Touching on thinking about a founding team, for example, if we position ourselves and really have a knowledge-sharing exercise, we can demonstrate ourselves as great partners to help bolster the commercial parts of a business, acknowledging that they have that clinical side, and really just help think about building the company and the team together. So it's really trying to, I guess, dispel that perhaps legacy view of what investors might be.


Nadin Youssef  07:42  
Okay, and I feel like we were sort of going through the negative end, but I also wanted to touch on how do investors, VCs, or other shapes and forms that they come in, benefit from these spin-outs or from engaging with these tech transfer offices? For me, I feel like there's a lot of horizon scanning, for example, that these investors could be benefiting from. But are there any other attributes that you think there's a reason that investors should always keep an eye out for in these types of companies or spin-outs? Pablo, let's go with you.


Pablo Prieto  08:25  
So the most obvious one is that at least we share the vision with you that investing early can produce better returns. Not only that, you can get a lot of new technologies, which are, I'm going to say, almost like lateral thinking into existing problems. So I'm going to give an example. You know, someone that is innovating in a hospital will probably solve existing problems in hospitals, but if you're trying to solve future problems in hospitals that have not been material to that hospital right now, that innovation is likely to come from other places like academia. So that means that making the bet on someone who has that kind of talent and technology usually pays off big time. Yes, there is a big failure rate attached to this, but as investors, if you understand that kind of risk and adopt it inside your investment thesis, it can be very rewarding. You are at the forefront, as you were saying, the horizon of new problems. For us, that's very fulfilling, and it also meets the financial requirements that any fund has. So for me, when you get a company on Series B or Series C, where they already showed that they have some commercial traction, the product is almost finished, are they going to be solving a problem? Yes, most likely. Is it going to be a good investment? Yeah, most likely. But then, okay, I could be investing in commodities too, and public equity, but that's not what we like. I think every single fund has their taste. And for early-stage investors, we like the thrill of new technologies, as you were saying, and we like the thrill of having discussions about what the regulatory hurdles, the go-to-market hurdles, etc. That's my cup of tea, at least.


Nadin Youssef  10:16  
Anyone else, perhaps more on the positive outcomes that could come from the engagement of these types of investors in the tech transfer offices or the spin-outs?


Beatriz Volckaert Almansa  10:27  
I mean, I think we're operating in a very tricky space, right? It's basically right in that valley of death. There's a lot of need in the early stage. We see a lot of players pulling out of the early stage. So I think it's more important than ever that we really collaborate in the ecosystem and make sure that we're bridging those gaps. The tech transfer offices are a big part of that. I mean, they see so much innovation, and there's so much more out there that doesn't make it into startups, and I think we all have a role to play to really build that ecosystem.


Beatriz Volckaert Almansa  11:01  
I think that the ecosystem is maturing quite a lot, right? Now we're seeing many tech transfers also not just focusing on getting the equity but trying to build their offices for success, right? And their comments for success, and, well, this has been transitioning from, and maybe copying from the US, right? But yeah, on a positive note.


Tatiana Lobanov-Rostovsky  11:31  
Just picking up on that point, something that we've seen within the Oxford ecosystem that we've been really trying to help bolster is working closely with the tech transfer office for things like express licensing, so helping the process go a bit faster. So that helps not only the academics but also us on the investor side. So there are different mechanisms that can definitely help align everyone's interests.


Nadin Youssef  11:56  
Do you think these are more frequent now, or do you feel like it's still somewhat traditional in the sense of, you know, Oxford perhaps being one step ahead of everyone else?


Tatiana Lobanov-Rostovsky  12:09  
Well, perhaps, like one comment on other ecosystems, maybe. I don't know what you guys see.


Pablo Prieto  12:13  
Well, I mean, we see a lot of diversity in the ecosystem, right? We work with tech transfer across Europe and in the US, and you have some that are very commercially minded, like Oxford, for example, like the Mayo Clinic, with whom we collaborate in the US. And then you see the other end of the spectrum, where it's really about the number of licensing deals and the bureaucratic process that's in place, and there's no real commercial sense and understanding of the startup scene, and that's difficult to deal with, but it's also an education piece on our part.


Nadin Youssef  12:46  
Amazing. So just on that note, Gina, what do you think they should be doing differently to better the conditions of these commercial opportunities?


Gina Melchner  12:55  
It's hard to say because it's a mentality thing, almost. You really need to get the right people connected that know how startups work and understand the commercial components. So as an example, we see a lot of tech transfer offices that want to charge large lump-sum payments to the startups for the IP, and in the fragile state the startups are in at the beginning, if they need to pay the university even a small amount of money, it makes it that much harder for them to find investment in time. It's not beneficial to the university in the long run either because the startups might not make it.


Beatriz Volckaert Almansa  13:38  
I mean, for people in the tech transfer industry, the Cohen-Boyer patents way back then for monoclonal antibodies are the prime example of why you shouldn't squeeze too hard, both in terms of lump sums or taking positions in the cap table that are going to squeeze out other earliest stage investors like myself. I'm always very worried that if you're licensing your technology, it's great, you know, you got your license, you got backup from the academic institution. But if you're taking 25% of the company, well, that's going to make me a little bit wary. And where is the value? The value was already at the initial work that was licensed. So hopefully, there are other mechanisms for compensation. But I fully agree that this has improved a lot. Maybe the American model has helped a little bit more, and hopefully in the future, I believe now that a lot of the academic institutions have the realization of making an impact in society, not only by fostering innovation or providing care, in the case of hospitals, but rather to ensure that those innovations reach commercial status, because otherwise the impact will never be measured, right? So if you're fostering innovation, you're doing a lot of patents and so on, but if those innovations never reach society, they're not fulfilling their vision, are they?


Beatriz Volckaert Almansa  14:58  
Yeah, and on this note, maybe I feel like they should act a bit more as mentors for the companies and try to open up their network and, you know, be those kind of board members for those companies. And, yeah, I feel like this is also important.


Nadin Youssef  15:21  
Amazing. And from your end, Tatiana, what do you think is perhaps, you know, how can they better align the incentives? I think there's also perhaps a gap, particularly in the UK or in Europe, in contrast to the US, where I think the incentives are slightly more aligned towards the innovator or the inventor wanting to spin out technologies. How do you think they could improve or better align those incentives in the rest of the world?


Tatiana Lobanov-Rostovsky  15:49  
I think it's an interesting question. I think touching on what Pablo mentioned earlier, the European ecosystem in terms of aligning incentives, let's say, compared to the US, has come a long way, and it's definitely moving in a positive direction. It's not perfect by any means, but it's, like I said, hopefully moving within the right direction. I think naturally there is a complication that within the UK, universities have more public funding, and there's more relationship within that to grants, etc., whereas the US is very much more of a private, closed system. So I think that perhaps that's also where that dissonance comes from. I think ultimately the best way to help align incentives is to really be able to transfer that vision of getting a technology to patients that could be through means of ensuring founders are aligned through the cap table or working closely with them throughout the university and looking at different opportunities that they might have as well. I think ultimately, academics are vision-driven, and they would like to see their idea get to scale.


Beatriz Volckaert Almansa  17:06  
So there are lots of different factors at play.


Nadin Youssef  17:08  
And, you know, you mentioned incentives. But I wanted to also ask Beatriz, what about partnerships? Coming from that corporate side, how do you think that partnerships could, for example, also support the sort of tech transfer from academia into the market?


Beatriz Volckaert Almansa  17:26  
Yeah, I think that, of course, engaging early in the days with strategic corporates in the industry is essential. I don't know the perspective that someone that is right there with the customers can provide and do this trial and error right at the beginning, not just for the startup and for the spin-out, but also how others would perceive this company with this addition is key. So I think it's essential.


Nadin Youssef  18:05  
Very interesting. Okay, amazing. And then I guess one other point where we keep touching on what the TTO can do or what the institutions can do, but what about what VC investors could do, right? And so Pablo, over to you. What do you think should these investors do at these early stages of development when they're engaging with the TTO to really create and foster that innovative environment and help them make it through to the market?


Pablo Prieto  18:35  
Well, when you're so early in a venture, first of all, you always need to have a plan and know that that plan is never going to come to fruition. There's going to be detours, there's going to be bumps, stops, whatever you want to call it, but you need to have a plan, and you need to be able to demonstrate to your early investors that you are meeting those milestones within time and path. I think what I'm saying sounds pretty obvious to someone coming from corporates and from other walks of life, but for academics, sometimes they have a little bit more flexibility in terms of time and financing. When you're in business, you no longer have that luxury, especially when you're taking money from the outside. So for early-stage investors, I think we need to help them craft that plan, make achievable milestones, and have an equity story behind it. So if you're at the pre-seed stage, you want to make sure that you're going to be hitting milestones that seed funds are going to find attractive. Attractive in which way? Well, maybe the risk in the technology, maybe advancing in regulatory, maybe solidifying the IP position, maybe building the team. I mean, there's a number of things there that will need to happen. I think the job that both Tatiana and Gina are doing with very early innovators is crafting those plans, and then when, as an investor, I receive those plans, those plans seem to be credible and need to be aligned. Communication happens more often than not, but I would say plan, plan, plan, and then acknowledge that the plan will not be met at some point.


Nadin Youssef  20:08  
So holding on to that expectation that the plan always can sometimes change.


Pablo Prieto  20:31  
Yeah, okay. I think one of the things, as well, that Pablo, you've mentioned earlier to me, was also about the governance structures and how sometimes governance can be tricky for these spin-outs. So what do you think would be the best sort of way for them to manage this?


Pablo Prieto  20:31  
Yeah, so I have a couple of nightmare stories where technology was licensed from academic institutions, and those academic institutions had veto power on the board about who came on board as investors or as partners, for instance. They don't want to collaborate with the strategics right away. There's like, "What are you talking about? This is the best ever." You know, you have a very early-stage signal. You have a strategic that is interested. What's not to like here? But they had veto power and didn't want to go with any strategic, so those kinds of situations make me as an investor very edgy. You don't want that. I mean, who should have veto power? I mean, I'm going to go extensive on this, but there are sometimes in technology transfer agreements clauses that damage your business down the line. So I think you need to be very wary about whether you let your academic institution take a board seat, and if so, under which conditions? This should probably be a time cap or a milestone cap, whatever you want to do. You need to work out those provisions so they don't basically hijack your technology, because at the end of the day, the company is no longer part of the academic institution. It's an entity on its own. It has its own governance and its own shareholder agreements. Let's face it.


Tatiana Lobanov-Rostovsky  21:52  
Maybe to add on to that, you were talking about horror stories. We've definitely had our share as well, and it can be things as simple as slowing down the venture because the university simply isn't set up to move quickly. But as a shareholder, if you do insist on equity in the company, you have obligations as a shareholder as well. And if it takes you three months to answer an email, which is the case for some of the horror stories, then it also doesn't make sense to take a shareholder position or even a board position. There are certainly universities that are great at this, and they know how to be shareholders, and they're very supportive, and they add value. But there are others who don't, and not all of them need to play that role.


Nadin Youssef  22:35  
I think education is also one of the things that VC investors should be engaging with these TTOs to really show them the impact that they could have at these very early stages of these companies, right? And so I think there's something to reflect on as investors on how to do that. I don't know what other, I guess the other thing I wanted to also comment on that we've mentioned is really we've mentioned the incentives, we've mentioned this sort of governance structure, as well as how industry partnerships can also really help foster that innovative environment and ambience in these academic institutions. But what about who they're surrounding themselves with? And maybe let's just touch a bit more on that team element because from my experiences, I guess from Nina Capital, a lot of the times that I get pitched by these spin-outs, it's almost a pitch deck. It's almost like their thesis system, their whole PhD is in a deck. And so that then sort of signals to me that the team perhaps is not thinking as commercially as I'd like them to think. And so I'd wanted to hear from everyone here sort of any experiences they've had with those teams and how you've navigated. I know from our end, some of our portfolio companies that were spun out, for example, Early Sight. How do we navigate helping them make a team that is both scientifically strong, technologically strong, but also commercially strong? And then, you know, I always feel that there's some of that friction there.


Beatriz Volckaert Almansa  24:11  
You know, I think that when someone comes from academia, or even like a spin-out from a corporate, right, you need to change the mentality and have some sort of restructuring or, you know, some sort of new mentality upon this, right? Because otherwise, you might take some things from the past, and you need to act as a startup personally, right? In some cases, we had the issue where the co-founders were so in love with the idea and a bit focused on their niche that this wasn't working. After some time, well, you realize you tried to mentor. But if not, changes are always good.


Tatiana Lobanov-Rostovsky  25:02  
Yeah, yeah.


Gina Melchner  25:04  
I think to touch on that, we've definitely seen some flavor of very academic-led opportunities. I think we've put in some unique parts of the infrastructure to help facilitate that commercial thinking as early as possible. For example, one of our sourcing strategies is that we have entrepreneurs in residence who float around departments, meet with academics who would like to have a spin-out, but they acknowledge that they would just like to be involved in more of a fractional sense, or often the university has commitments of what other work they can do alongside their academic role. So we have our EIRs work closely with them to think about what a company could look like in which, again, you can build a really strong commercial team around them. They can have their role still while giving strong clinical expertise, but trying to build not only that strong team around them but also very early go-to-market commercial thinking to avoid them going out to market with a more naive sense of what a business would look like. That's another mechanism, actually, within Oxford, but it's connected more to the university called Venture Scouts, and they're also trying to do this early uncovering and helping more of this commercial thinking happen earlier and earlier.


Nadin Youssef  26:27  
Interesting.


Tatiana Lobanov-Rostovsky  26:29  
Do you know anything else on that?


Gina Melchner  26:30  
Yeah, I think for me, the best founders I see out there are the ones who realize what they don't know and can then specifically surround themselves with expertise to compensate for that. Bring in the team members, the advisors, the investors who can compensate for the things that you don't know or you don't have experience with. I mean, it's very natural for an academic founder who's doing this for the first time to not understand the commercial side. You know, what you're good at is the deep tech and science behind it, and that's a great thing, and no one knows it all, but really being honest with yourself about what expertise you need to bring in is massively helpful to these startups.


Pablo Prieto 27:13  
Very interesting. For me, I'm going to give the perspective that for me, unless a team is well-formed, it's a no-go. I mean, every single person in the investment community will tell you, you invest mostly in teams. You can have the best technology. If it's not distributed properly, it's not going to make it to the market successfully. And that's 99%, I would say, team effort. So you need to have a team that is driven in that regard. So when I look at very early ventures, yes, you know, an academic founder who is obsessed with becoming the CEO, maybe because he has this funny idea that being a CEO is pretty cool. I've started three companies. It's not really, and when you're that early, it is stressful, to say the least, but there is no romanticism about it. But they sometimes have this romantic idea and will not let go. So I agree with Gina; academic founders who acknowledge this is my forte and my strength and are surrounded by advisors and so on, it's important, but I will go one step beyond. You need to be able to attract people to your team, and that level of charisma is something that is quite extraordinary and really makes the cut for me. So someone that not only acknowledges, "I'm outside my depth here looking at what's the go-to-market strategy in such and such market," but that can actually attract people to the team to work with them in that regard, not necessarily advisors. I think everybody with some money can pay for external advice and things like that, but to actually attract and engage people that are experienced, I think that's something that is on my playbook. The other thing that I've done is I acquired the habit of having a list of potential team members for early startups, and so whenever there's a match in personalities, I will at least try to make the connection. Why? Because unless you form that team, most of these super early-stage companies are non-investable for me, unless they're coming from incubators.


Nadin Youssef  29:22  
And just on that incubator point, you know, in addition to the team, Gina, what other things do you think they struggle with the most when you see this prototype?


Gina Melchner  29:34  
I mean, being in a startup is very, very different from being in academia. It's a constant roller coaster; the speed is completely different, and not everyone is suited to it. And that's okay; not everyone needs to be an entrepreneur. And that's, of course, why we're here and why you're here as well. We really need to help fill that gap and help the entrepreneurs that are suited to be entrepreneurs to really become that and to surround themselves with the right people, but also show the ones who aren't that there is another pathway for their invention to make an impact.


Nadin Youssef  30:10  
I agree. I think it's really interesting because another thing I've noticed is, well, during my time at Imperial College, I would be fascinated by the fact that tech transfer not only happened from academia into the market, but even happened internally between departments. So I would see, for example, a lab in life sciences taking technology from the automated space, so from the electrical engineers in that department, and they were reapplying it to what could potentially be its application in healthcare. I found that fascinating. But the other thing I noticed as well, in relation to that, was that when these academics were patenting innovations, there was often a value, but they often came out looking for a problem, not that they were born from a specific problem. And so I think that's key. And so what is the work that they can do at those early stages? Because by the time I see them, they quit their jobs. Some of them are now full-time, and it's a great technology, but they're still searching for where it can be applied. So what are the things we would recommend everyone? Let's begin with you on how that could be avoided. How do you avoid being a solution looking for a problem?


Gina Melchner  31:29  
I think you need to iterate a fair amount to find your equity story. I was speaking this morning to a company that started, has really cool technology, started on a market, and the first feedback that I said is, "Look, this is great technology. You're just in the wrong market." I didn't need to say it myself; he has been pitching for a whole year. He hasn't been able to raise, and now he discovered his technology can be applied in another market, and all of a sudden, everybody is interested. So I think there is a lesson to be learned there, and in order to raise capital for a startup, you need to have a solid equity story that resonates, and all investors are looking roughly for the same thing: a substantial market or a very significant transformational technology that will shape up the market in a different way, and a team that can deliver. Okay? So this guy was very resilient for one year, but it took him one year to find his equity story. So the learning, the suggestion that I would have for everyone facing this is, even before you start raising, try to pitch different angles to early-stage investors or even later-stage investors or incumbents to see where it actually sticks. Because if it's not sticking, it's not worth quitting your job.


Beatriz Volckaert Almansa  32:51  
I think that's a really good piece of advice. Anyone else have any other pieces of advice, perhaps, on how to avoid being the solution looking for the problem?


Beatriz Volckaert Almansa  33:02  
I would say focus on the need, but the most important part is also how are you going to monetize it again? And then, you know, this part of trying to do those early-stage pilots or trying to check in with the industry, with the patients, with those hospitals, with those physicians right at the beginning and checking if they will be willing to pay for it is essential.


Nadin Youssef  33:30  
Taking part, yeah, and I think that's actually very interesting that you pointed that out because I feel like there's a responsibility within the institution to let the spin-out do that market research, right? So you mentioned, for example, early-stage pilots. A lot of the academic institutions have hospitals that are attached to them. So also maybe facilitating the transfer of that technology to be piloted or tested out in that as a sort of launch pad is also an interesting thing that I think institutions should definitely be pushing for. All right, amazing.


Tatiana Lobanov-Rostovsky  34:06  
I mean, to that end, we could again learn from new trends in the US. First of all, in the US, a lot of hospitals right now are raising their own funds, Innovation Funds. And second, there is a new model that is happening both in Israel and in the US, which is services for equity. So the hospital becomes a shareholder of yours, but they commit to purchasing the services of the startup early on, and that gives scalability and proof of, let's say, clinical usefulness without the necessity of going into very complicated clinical trial success. So just being actually in the environment where your solution will be deployed in the future. You know, I really think you need to see case by case, but I think I would be very comfortable with the hospital sitting on the board if they're going to be committed to expanding your product and helping you develop it further down the line.


Nadin Youssef  35:09  
No, that's great. And actually, I wasn't aware of that model that was happening in both the services for equity. I think that's an interesting way to go about it. Yeah, definitely. All right. And so I guess for the sort of last question I wanted to ask all of you is, and we can start with you, in one word, what do you think inventors must get right to properly transition between invention and a commercial product?


Tatiana Lobanov-Rostovsky  35:41  
It's hard in one word. Okay, no return. I'm going to have a couple of words, but some kind of early thinking on go-to-market and commercial.


Nadin Youssef  35:57  
Okay, go-to-market and commercial. Gina, one word is indeed hard.


Gina Melchner  35:59  
Yeah, I think there are so many things, but maybe you can wrap it up into opportunity. You really, really need to understand your opportunity, both from a clinical impact angle as well as from a financial angle, because if you don't understand your opportunity, then you're not going to be able to sell it to an investor either.


Beatriz Volckaert Almansa  36:20  
I would add this: I would say, yeah, focus on the need and try to find out how to make a business out of it.


Nadin Youssef  36:31  
Okay, so for being again, I guess that would be more being a proper solution to a need, so being need-driven and then commercial. Amazing. And then Pablo, I was hoping you wouldn't go all the way down the line because it's hard to add to what has been said. I'm going to go a slightly different direction. There is significant evidence from Pittsburgh and so on that the valuation of companies is significantly higher the more IP is behind it. So very often, you find a lot of startups that come with a single patent application, and there is a wealth of knowledge behind that application, but there is only a single application. For whatever reason, the Technology Transfer office didn't have any more money to do any more applications, or whatever it was. So I'm going to say, try to build as much IP because honestly, for your pre-money valuation in your first round, the more patents you have, the higher your valuation is going to be because the higher is going to be your defensibility. Yes, the opportunity needs to be there, commercial, etc. Yeah, I had to say something different, so I'm going to say IP.


Nadin Youssef  37:40  
I think that was actually quite insightful. So thank you so much. All right, so unless anyone else has anything else to sort of add, I think we can wrap up the panel. Thank you so much for being here with us today, guys, and thank you as well to the audience for coming to listen.

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Nadin Youssef

Nadin Youssef

Sr. Analyst, Nina Capital
Born and raised in the vibrant city of Madrid to Lebanese parents, I was instilled with a global perspective from a young age. Having lived in diverse regions, including Spain, the Middle East, the UK, and the US, I've always embraced the identity of a 'citizen of the world.' While the many moves during my childhood were frustrating, my unwavering passion for healthcare remained a constant. In Lebanon, I dedicated my time to volunteering at hospitals and refugee camps; in Spain, I eagerly shadowed skilled surgeons; and during my time in the US, I immersed myself in summer camps geared towards nurturing young aspiring clinicians and scientists. These experiences ultimately shaped my academic and professional journey. I pursued a Bachelor's degree in Biomedical Sciences in the UK and found my true calling in researching practical solutions to immediate healthcare challenges. Following my undergraduate studies, I pursued a Master's in Research, specializing in Medical Device Design and Entrepreneurship at Imperial College. Here, I felt like a child in a playground of innovation. During this time, I developed a microfluidic in vitro diagnostic device designed to personalize the treatment of ovarian cancer and delved into the intricacies of advancing pioneering technologies. A business plan later, we patented the device, completed feasibility studies, and spun out the company with nothing but a 3D-printed scrappy prototype. One year into this exciting journey, I made the difficult decision to transition to a young startup focused on digitizing biomarkers to measure brain health. My work there led me to another one specializing in remote patient monitoring, which had started gaining significant traction within the NHS. Throughout several pilots, partnership agreements, and secured contracts, my passion for early-stage ventures rekindled. My quest for supporting and nurturing emerging digital health companies found its next chapter when I joined a boutique consultancy in London. In this role, I've had the privilege of offering my expertise to small digital health companies, assisting them with market access strategies, fundraising, and navigating the complex landscape of software-as-a-medical-device regulation. Two years later, I find myself writing this from a desk at Nina Capital, a remarkable culmination of my journey thus far. As I embark on this new chapter, I carry with me a profound appreciation for the intricacies of healthcare innovation, the resilience required for early-stage ventures, and a stubborn commitment to fostering groundbreaking solutions for today’s pressing healthcare challenges. Outside of work, it is very likely that you’ll find me at pottery class, reading on the beach, or trying out the latest restaurant in Barcelona!
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Nadin Youssef

Sr. Analyst, Nina Capital
Born and raised in the vibrant city of Madrid to Lebanese parents, I was instilled with a global perspective from a young age. Having lived in diverse regions, including Spain, the Middle East, the UK, and the US, I've always embraced the identity of a 'citizen of the world.' While the many moves during my childhood were frustrating, my unwavering passion for healthcare remained a constant. In Lebanon, I dedicated my time to volunteering at hospitals and refugee camps; in Spain, I eagerly shadowed skilled surgeons; and during my time in the US, I immersed myself in summer camps geared towards nurturing young aspiring clinicians and scientists. These experiences ultimately shaped my academic and professional journey. I pursued a Bachelor's degree in Biomedical Sciences in the UK and found my true calling in researching practical solutions to immediate healthcare challenges. Following my undergraduate studies, I pursued a Master's in Research, specializing in Medical Device Design and Entrepreneurship at Imperial College. Here, I felt like a child in a playground of innovation. During this time, I developed a microfluidic in vitro diagnostic device designed to personalize the treatment of ovarian cancer and delved into the intricacies of advancing pioneering technologies. A business plan later, we patented the device, completed feasibility studies, and spun out the company with nothing but a 3D-printed scrappy prototype. One year into this exciting journey, I made the difficult decision to transition to a young startup focused on digitizing biomarkers to measure brain health. My work there led me to another one specializing in remote patient monitoring, which had started gaining significant traction within the NHS. Throughout several pilots, partnership agreements, and secured contracts, my passion for early-stage ventures rekindled. My quest for supporting and nurturing emerging digital health companies found its next chapter when I joined a boutique consultancy in London. In this role, I've had the privilege of offering my expertise to small digital health companies, assisting them with market access strategies, fundraising, and navigating the complex landscape of software-as-a-medical-device regulation. Two years later, I find myself writing this from a desk at Nina Capital, a remarkable culmination of my journey thus far. As I embark on this new chapter, I carry with me a profound appreciation for the intricacies of healthcare innovation, the resilience required for early-stage ventures, and a stubborn commitment to fostering groundbreaking solutions for today’s pressing healthcare challenges. Outside of work, it is very likely that you’ll find me at pottery class, reading on the beach, or trying out the latest restaurant in Barcelona!
Nadin Youssef
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Pablo Prieto

Pablo Prieto

Managing Director, CG Health Ventures
A start-up mind with experience in pharmaceuticals and consulting, my experience focuses on profiling products and market and building teams to develop and commercialize innovative products where needed most.I am a blend of science trained professional and business experience person, very interested in how digital health is integrating in the healthcare ecosystem with an increasingly empowered, more connected patient / user. Connect with me if you like exchanging thoughts and ideas about healthcare, I am always game for a good chat, or if you want to engage in advisory services.
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Pablo Prieto

Managing Director, CG Health Ventures
A start-up mind with experience in pharmaceuticals and consulting, my experience focuses on profiling products and market and building teams to develop and commercialize innovative products where needed most.I am a blend of science trained professional and business experience person, very interested in how digital health is integrating in the healthcare ecosystem with an increasingly empowered, more connected patient / user. Connect with me if you like exchanging thoughts and ideas about healthcare, I am always game for a good chat, or if you want to engage in advisory services.
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Pablo Prieto
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Beatriz Volckaert

Beatriz Volckaert

Senior Associate - Venture Investments, Philips Ventures
Bio coming soon.
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Beatriz Volckaert

Senior Associate - Venture Investments, Philips Ventures
Bio coming soon.
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Beatriz Volckaert
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Gina Melchner

Gina Melchner

Venture Partner, NLC Health Ventures
Venture Builder in the healthtech industry, bringing early stage innovation to the patient by founding startups. Background in genetic engineering, cell and molecular biology. Experience in strategy consulting and venture capital. Passionate about innovation, sustainable impact, tech solutions.
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Gina Melchner

Venture Partner, NLC Health Ventures
Venture Builder in the healthtech industry, bringing early stage innovation to the patient by founding startups. Background in genetic engineering, cell and molecular biology. Experience in strategy consulting and venture capital. Passionate about innovation, sustainable impact, tech solutions.
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Gina Melchner
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Tatiana Lobanov-Rostovsky

Tatiana Lobanov-Rostovsky

Health Tech Associate, Oxford Science Enterprises
Tatiana joined Oxford Science Enterprises in May 2023. She focuses on uncovering new opportunities in Health Tech and supporting the creation of new businesses and the existing portfolio. Before OSE, Tatiana worked in strategy at a biotech company developing psychedelics for mental health disorders, where she provided in-depth analytic support for strategic decisions. Before this, Tatiana worked in healthcare investment banking as an Associate at Rothschild & Co. There, she worked on a broad range of transactions for private and public companies across Speciality Pharma, Biotech and MedTech sectors. Tatiana holds a BSc in Neuroscience from the University of Bristol.
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Tatiana Lobanov-Rostovsky

Health Tech Associate, Oxford Science Enterprises
Tatiana joined Oxford Science Enterprises in May 2023. She focuses on uncovering new opportunities in Health Tech and supporting the creation of new businesses and the existing portfolio. Before OSE, Tatiana worked in strategy at a biotech company developing psychedelics for mental health disorders, where she provided in-depth analytic support for strategic decisions. Before this, Tatiana worked in healthcare investment banking as an Associate at Rothschild & Co. There, she worked on a broad range of transactions for private and public companies across Speciality Pharma, Biotech and MedTech sectors. Tatiana holds a BSc in Neuroscience from the University of Bristol.
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Tatiana Lobanov-Rostovsky