First Surgical Live-Stream Series Successfully Concluded

by Biosis Healing

Important Notice: 

This article is intended for medical professionals' educational purposes. Content may cause discomfort, non-professionals should exercise caution. This article does not provide medical advice. For treatment options, consult licensed physicians.

On November 15, 2024, First Surgical Live-Stream Series for two-week concluded successfully at the First Affiliated Hospital of Chongqing Medical University.

This event brought together nearly 20 clinical experts from prestigious institutions including Wuhan University Zhongnan Hospital, Nanjing Drum Tower Hospital, Beijing Chest Hospital, Yunnan Cancer Hospital, and the First Affiliated Hospital of Zhejiang University, the First Affiliated Hospital of Chongqing Medical University. These experts demonstrated nearly 30 surgical procedures, showcasing exceptional skills and clinical expertise.

Concurrently, over 20 moderators and panelists engaged in online discussions, offering multidimensional insights and sparking intellectual exchanges. The event attracted over 100,000+ cumulative views, receiving widespread acclaim within the medical community.

Figure: Surgical scenes featuring participating experts

Notably, the domestically innovative product VIDASIS^® Staple Line Reinforcement was prominently utilized throughout the procedures. Surgical teams repeatedly employed this device to enhance operational safety.

Figure: Intraoperative application of Staple Line Reinforcement

The live demonstrations revealed outstanding performance of VIDASIS^® Staple Line Reinforcement. The stapler loaded with the Staple Line Reinforcement fired smoothly, clean resection margins, and minimized bleeding or staple-line complications, thereby improving surgical safety and reducing risks of anastomotic leakage, provides a solid guarantee for the postoperative recovery of patients.

Figure: Intraoperative application of Staple Line Reinforcement

This event highlighted the rapid advancement of minimally invasive surgery field in China. Through surgical live-streaming, experts have generously shared their technical expertise and valuable clinical experience, enabling healthcare professionals from diverse regions and practice levels to transcend geographical and resource constraints. This initiative facilitates access to cutting-edge therapeutic approaches and clinical techniques, ultimately delivering enhanced patient care across local communities.

We are honored to collaborate with leading surgeons in addressing anastomotic complications. Through patient-centered approaches and innovative regenerative materials, we aim to deliver comprehensive solutions for minimally invasive surgery, advancing clinical excellence and improving patient outcomes.

VIDASIS^® Staple Line Reinforcement

VIDASIS^® Staple Line Reinforcement is a product approved through the National Medical Products Administration's Innovative Medical Devices Special Approval Process (No. 1, 2018). Manufactured using Biosis Healing proprietary SIS material, this product is designed for anastomotic reinforcement in conjunction with staplers, suitable for distal gastrectomy, proximal gastrectomy, sleeve gastrectomy, gastrointestinal anastomosis, colorectal/anal surgeries, reinforcement and air leakage prevention in pulmonary anastomoses.  

The material is rich in bioactive substances to accelerate anastomotic healing, free of cross-linking agents, with complete degradation and absorption post-tissue regeneration. It also reduces intraoperative electrocoagulation hemostasis, saving surgical time. Excellent material properties with strong suture retention, no post-implantation contraction or anastomotic stricture, minimizes staple line tissue trauma, uniform thin profile without interfering with stapler operation or staple formation.

During the operation, the use of VIDASIS^® Staple Line Reinforcement can achieve hemostasis and anastomotic reinforcement through physical reinforcement and endogenous induced tissue repair, reduce postoperative bleeding and anastomotic leakage, shorten operative duration and hospital stay, accelerate patient recovery.