Program

Inventing the future in surgery in the digital world

Device integration in the OR

Workflow Optimization in Operating Rooms and Intervention Labs Through AI-Driven Data Analytics

A1-01 Time is muscle: Measuring workflow and procedure duration in the cardiac catheterization laboratory

A1-02 Anonymization of Surgery Videos with the Aim of Analyzing the Impact of Workload and Working Experience of Intraoperative Nurses

The future of surgery is flexible and image guided

The future of MIS is not laparoscopy

B1-01 MRI-Compatible Low Profile Robots for In-Bore Interventions

B1-02 Non-Invasive Ablation Surgery to Treat Essential Tremor and Quantitative Evidence Up to 5 Years

B1-03 MRgFUS in the Treatment of Parkinson Disease Taiwan First Experiences

B1-04 Compliant mechanisms can potentially prevent soft tissue trauma in laparoscopic surgery

Development and clinical feasibility of biosensors in the UMC Utrecht; Overview and lessons learned

Continuous Intraabdominal Pressure Monitoring via Wireless Digital Capsule Device

C2-01 Monocyte-mediated drug carriers targeting cancer spheroids in a 3D microfluidic cell culture that reconstitute tumor microenvironment

C1-02 Rapid and Label-Free Clinical Detection of Direct Bilirubin Using Surface Enhanced Raman Scattering (SERS) Technology

C1-03 Label-free detection of SARS-COV-2 Biomolecules on Multilayer Random Crossed Silver Nanowires based Surface Enhanced Raman Scattering (SERS) Substrates

C1-04 A Novel Cancer Cells Recognizer Tracking Starvation-Induced Lipid Trafficking into Mitochondria

C1-05 Evaluation of Lung Cancer Cell Fluorescent Probe Based on Acridine Derivative

C1-06 A high-resolution time-to-digital converter within pico-sec by an FPGA chip for ToF-PET applications

C1-07 Fluorescent dye increases tumor contrast for more efficient surgery

Assessing the Commercial Viability and Product Development of Innovative Implantable Medical Devices

Advancing Medical Intervention through Robotic Technologies

A2-01 CREATE4CARE: Low-Tech-But-High-Impact Innovations, Initiated By Healthcare Professionals And Patients, Co-Designed With Students

A2-02 INCUBATOR TRAFFIC LIGHT: Validation Of An Alcohol-Based Hand Rub Dispenser System For Neonatal Incubators With Visual Feedback To Improve Hand Hygiene Compliance

A2-03 Feasibility of Imaging-Based 3-Dimensional Models to Design Patient-Specific Osteosynthesis Plates and Drilling Guides

A2-04 Device Development for the Pediatric Environment: an Ankle Robot to Increase Mobility in Children with Cerebral Palsy through Telerehabilitation

A2-05 A Lab-on-a-Disc with unique designs of microfluidic channels for cell separating applications

A2-06 Incorporating Unmet Clinical Needs, Market Intelligence, and Intellectual Property into the Formulation of a New Medical Device Production Strategy

A2-07 Proximal smoke evacuation effectively maintains visual field during minimally invasive surgery

Witness & Prospect of MIS Training Business in China

Implementing crossover science and technology in laparoscopic suturing training

B2-01 Blood Flow and Pressure Change Simulations in the Left Ventricle and the Aorta

B2-02 Virtual and portable training platform for laparoscopic robotic surgery

B2-03 Art in laparoscopy: Seven years fun experience of life-long skills training and passion in minimally invasive surgery from an innovative idea to philanthropic endeavor

B2-04 3D printing and Virtual Reality in the training of colon surgery

Percutaneous Ultrasound-guided Radiofrequency ablation for Hepatocellular carcinoma in difficult location

Echo laser and Microwaves in the treatment of thyroid microcarcinomas

C3-01 Transcatheter Arterial Chemoembolization Followed by Laparoscopic Ultrasound-guided Microwave Ablation- A Successful Treatment for Hepatocellular Carcinoma in difficult-to-treat Area

Work Style Reform of Surgeons needs Medical Innovation

Small and affordable robots

A3-01 Environmental cost of minimally invasive surgery procedure and what can surgeon do

A4-01 Enhancing Diagnostic Accuracy and Clinical Conversations: AI-based Symptom Assessment Applications for Mid-level Healthcare Workers

Precision Medical Robot System

Building a bridge from the Island of Academic ideas (e.g. Intellectual property) over the Sea of threats (e.g. Regulations) to the World of healthcare (e.g. commercialization)

B3-01 Question-based development of high-risk medical devices: A proposal for a structured design and review process

B3-02 Medical Device Regulation, impact on academic hospitals in the Netherlands

B3-03 First clinical experiences of automatic validation of a patient monitor using an AI based verification system

Development and Implantation of an Individualized 3D Printed Titanium Cage for Cervical Fusion

PSI applications of knee surgery in sports medicine

The Application of 3D Printing in Foot and Ankle Surgery

C4-01 Bioprinting of a living, functional, personalized osteochondral implant

C4-02 Three-dimensional virtual surgical planning including patient-specific osteosynthesis for medial tibial plateau fracture surgery: A human cadaver study

C4-03 A two-step approach for 3D guided patient-specific corrective limb osteotomies

Innovations in Taiwan's Biomedical Technology - Connecting the Asian Value Chain

Precise parenchyma-sparing lung resection and ablation for the management of multifocal lung cancers: How to preserve more?

Minimizing Surgical Trauma in Thoracic Surgery: Innovations and Techniques

Q&A

Application of Augmented Reality in the Clinical Practice of Robotic Partial Nephrectomy

Advancements in Urological Cancer Surgery

Q&A

An Ideas Market to Allow Small Projects to Join Forces