BG Medical Press Releases

• BG Medical/SURGIMESH® AND CQInsights Announce the First Patient Treated in a National Hernia Patient-Centered Outcomes Initiative
  
  
• New 4th Category of Hernia Mesh Can Drastically Reduce Post-Operative Chronic Pain and Recurrence
  
  
• This Hernia Awareness Month, BG Medical and SURGIMESH Partners With CQInsights to Launch the First Hernia Patient-Centered Outcomes Initiative
  
  
• Significant Healing Superiority Of Non-woven Over Knitted/Woven Surgical Mesh Structures Presented During The 2016 World Biomaterials Congress To Worldwide Biomaterials Experts
  
  
• Improved Tissue Compatibility of Novel SURGIMESH® XB Non-woven Microfiber Polypropylene Barrier Mesh Shown To Produce Clinical Outcome Improvements In Challenging Patient Population
  
  
• Intrinsic Superiority of Non-woven Polypropylene Hernia Mesh Supported By Long Term Clinical Results and Healing Differences Identified Through Quantitative Histopathologic Analysis
  
  
• Zero Complication Experience Using SURGIMESH® XB MatrixMesh™ Hernia Implant in Continuous Quality Improvement (CQI) Study Involving High Risk Hernia Patients Reported at 1st World Conference on Abdominal Wall Hernia Surgery
  
  
• Long Term Superior Outcomes Using SURGIMESH XB in Laparoscopic Ventral Hernia Repair Reported at World Abdominal Wall Hernia Conference By Leading US Hernia Center
  
  
• Value Conundrum In Hernia Repair Examined During Clinical Session With American College of Osteopathic Surgeons in Attendance Responding Positively To Proposed Non-Woven Mesh Solution
  
  
• Acclaim Received For "Raising the Bar in Patient Oriented Hernia Repair With Non-Woven Mesh" Session Hosted at the Las Vegas American Hernia Society Meeting
  
  
• Non-Woven Matrix Surgical Mesh (SURGIMESH®) Demonstrates Key Fibrous Connective Tissue Healing Advantage Over Knitted, Woven and Expanded Surgical Mesh Technologies Based Upon Advanced Digital Histopathologic Analysis Techniques
  
  
• ACOS General Surgeons Benefit From 3rd Annual Seminar on Surgical Mesh Failure Modes and Healing Focused On Optimizing Hernia Patient Outcomes
  
  
• BG Medical and Surgical Momentum Implement Innovative Clinical Quality Improvement Program Assessing the Value and Outcomes of SURGIMESH® XB in Laparoscopic Ventral Hernia Repair
  
  
• SURGIMESH® Non-woven Technology at BG Medical Seen as Innovation Leader in the Development of Advanced Hernia Repair Devices and Market Approaches Striving for Excellence in Patient Hernia Repair Outcomes
  
  
• SURGIMESH® XB Tintra Skirted Configurations Receive FDA Clearance To Serve Minimally Invasive Open Hernia Market
  
  
• High Worldwide Surgeon Engagement for SURGIMESH® Non-woven Mesh Technology at the 100th Anniversary Joint ACS/ACOS Meetings in Chicago
  
  
• SURGIMESH® Non-woven Mesh Technology Embraced at 5th International Hernia Congress in New York City by Leading Surgeons Worldwide
  
  
• SURGIMESH® Non-woven Technology Mesh Products Headline Annual Clinical Congress of the American College of Osteopathic Surgeons
  
  
• Grass Roots Marketing Initiative In Support of American College of Surgeons Annual State Chapter Meetings Highlighting Non-woven Technology of SURGIMESH® Hernia Repair Matrix
  
  
• "Improving Upon Historical Hernia Mesh Failure Modes" Marketing Initiative Successfully Launched to Engage Hernia Surgeons In Reviewing Knitted, Expanded and Non-Woven Mesh Experimental and Clinical Performance
  
  
• Enhanced Technology SURGIMESH® WN Inguinal Hernia Repair Configurations Introduced To The US Hernia Repair Market Effective In Capturing Additional Competitive Share
  
  
• BG Medical Hosts Inaugural Hernia Symposium Reporting Pain-free Inguinal Hernia Results Using SURGIMESH® WN Hernia Mesh
  
  
• Re-laparoscopy of SURGIMESH® XB – No Adhesions
  
  
• Reduced Pain SURGIMESH® WN in Hernia Repair
  
  
• Aspide Medical Receives FDA Clearance of SURGIMESH® XB Mesh
  
  
• Aspide Medical Receives FDA Clearance of SURGIMESH® WN Mesh

21805 W. Field Pkwy
Suite 160
Deer Park, IL 60010
Lake County

info@surgimesh.com