UroShield
The vibrating catheter that shakes off bugs
A new device that uses soundwaves to ‘shake’ away bacteria could protect thousands of hospital patients from painful and potentially life-threatening bladder infections.
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Annual International Pelvic Pain Society, Chicago Oct. 2014
David Wiseman, PhD, MRPharmS and Teena Petree, PT. International Adhesions Society
Strategies for Treating Chronic Pelvic, Urological, Neurological and GI Pain Using Wearable Therapeutic Ultrasound
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Surface Acoustic Wave Patch Therapy Affects Tissue Oxygenation In Ischemic Feet
WOUNDS 2014
1-Shaarei Zedek Medical Center, Jerusalem, Israel
2-New York College of Podiatric Medicine, New York, NY
PainShield
ULTRASOUND THERAPY FOR WOUND, BONE AND SOFT TISSUE HEALING
Dr. Dagan Harris, NanoVibronix
This literature survey covers the latest information regarding ultrasound utilization for wound, bone and soft tissue healing
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ULTRASOUND FOR TREATMENT OF PAIN FROM VARIOUS SOURCES
Dr. Dagan Harris, NanoVibronix
This literature survey covers the latest information regarding ultrasound usage in pain control therapy
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NANOVIBRONIX UROSHIELD INCREASES ANTIBIOTIC EFFICACY
This research demonstrates the potenial of Nanovibronix technology to increase antibiotic efficacy. This work has been carried out in the biofilm laboratory at Bar-Ilan University, ISRAEL
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NANOVIBRONIX NG SHIELD CREATES ACOUSTIC LUBRICATION
This in vitro research demonstrates the ability of the NG Shield device to create acoustic lubrication on NG tube in order to reduce friction between the tube and its surrounding. The research was performed at Harland laboratory, Minnesota, USA
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NANOVIBRONIX ULTRASOUND TECHNOLOGY INDUCES CELL MIGRATION IN VITRO
This research explored the potential of NanoVibronix technology to induces human keratinocytes cells migration using scratch assay. The research was performed at th university of Miami, Florida, USA
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NANOVIBRONIX ULTRASOUND TECHNOLOGY INCREASES CYTOKERATIN 14, COLLAGEN III & GLICOSEAMINOGLYCAN (GAG) EXPRESSION IN HUMAN SKIN EXPLANTS
This research explored the potential of NanoVibronix technology to increase epidermal precursors in human skin explants. The research was performed at BIO-EC laboratory, Paris, FRANCE
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NANOVIBRONIX ULTRASOUND TECHNOLOGY ENHANCES HUMAN SKIN REGENERATION
This research explored the potential of NanoVibronix technology to enhance epidermal and dermal structures in human skin explants. The research was performed at BIO-EC laboratory, Paris, FRANCE
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