George Savvides Joins Next Science Board of Directors

August 1, 2018Press Releases

Next Science welcomes George Savvides to its board of directors as Independent Chairperson. Mr Savvides is currently on the board of directors of Ryman Healthcare. He serves as the Chairman of both Macquarie University Hospital and Kings Transport Group Ltd, and is the Deputy Chairman of the Australian public broadcaster, SBS. Read the Full Release

Next Science Products to be Featured in 4 Abstracts at SAWC Spring Conference

February 12, 2018Uncategorized

Next Science is excited to announce that 4 Poster Abstracts by key wound care experts have been accepted for presentation at the Spring Symposium on Advanced Wound Care. These presentations will highlight the benefits of products powered by Next Science’s patented, non-toxic Xbio™ technology to disrupt biofilm and treat chronic wounds. Read the Full Release

New Mayo Clinic Study Demonstrates Effectiveness of BlastX for Treating Chronic Wounds

February 7, 2018Press Releases

Next Science is excited to announce the results of a prospective, randomized 12-week Mayo Clinic study about the use of BlastX antimicrobial wound gel on chronic wounds to determine if disrupting chronic wound biofilm is therapeutically efficacious. The positive results are published in WOUNDS®. The study represents statistically significant findings for both reduction in wound … Read More

Next Science’s XbioTM Technology Shows Potential to Lower Catheter-Associated Urinary Tract Infection Rates

January 26, 2018Press Releases

Next Science is pleased to announce the publication of a comprehensive article about the application of its Xbio technology to help prevent the development of E. coli biofilms on urinary tract catheters, a leading cause in catheter-associated urinary tract infections. The results are published in the Journal of Medical Microbiology & Diagnosis. View Publication Read … Read More

Judith Mitchell Joins Next Science Board of Directors

November 8, 2017Press Releases

Next Science is proud to announce that Judith Mitchell has been appointed to its board of directors as Director and Chief Executive Officer. Ms. Mitchell joined Next Science in August 2017. Most recently she was President, DePuy Synthes Asia Pacific, the Orthopaedics Division of Johnson & Johnson.

Next Science Showcasing BlastX™ at Fall Wound Care Conferences

October 2, 2017Press Releases

Next Science will highlight its BlastX Antimicrobial Wound Gel at three upcoming conferences. It will exhibit at the Wild on Wounds National Wound Conference in Las Vegas, Nevada, from October 4-7. In addition to exhibiting, it will make poster presentations at SAWC Fall from October 19-22, also in Las Vegas. And Next Science will exhibit … Read More

BlastX™ Highlighted in Consensus Paper on Wound Biofilm

August 14, 2017Press Releases

Next Science’s proprietary BlastX Antimicrobial Wound Gel is highlighted in a recently published consensus paper on biofilm disruption and treatments. The novel Xbio™ technology in BlastX inhibits biofilm development by gram-positive and gram-negative wound pathogens.

Dr. Myntti to Present at Montana State University’s Biofilm Science and Technology Meeting on July 20

July 17, 2017Press Releases

Next Science is pleased to announce that Matthew Myntti, Ph.D., President and Director of R&D will be presenting “Advancing Biofilm Removal via Surgical Wound Lavage” at Montana State University’s Biofilm Science and Technology Meeting on July 20, 2017. Dr. Myntti’s presentation will highlight the collaborative development between Next Science and Zimmer Biomet on their Bactisure™ surgical lavage, an effective solution to the problem of biofilm in healing surgical wounds.

Next Science® Announces Publication of “Wound Biofilm: Current Perspectives and Strategies on Biofilm Disruption and Treatments”

June 28, 2017Press Releases

Leading wound care thought leaders have published a consensus on strategies for biofilm disruption and treatments. The peer-reviewed paper provides a new perspective regarding the need for a paradigm shift toward biofilm treatment strategies and disruption of the bacterial biofilm protective matrix. The publication was supported by Next Science.