An Intelligent Nanoscale Insulin Delivery System

Evaluation of an Ultrasonic Insulin Delivery System in Hyperglycemic Rabbits

Introduction: Sonophoresis has been assessed as a novel approach to create skin permeability and drug delivery using low frequencies of ultrasound waves in the range of 20 kHz to 3 MHz. In this study, a system including seven 40 kHz piezoelectric transducers and an insulin chamber designed by the Medical Physics Research Center has been evaluated on hyperglycemic rabbits. Materials and Methods:...

evaluation of an ultrasonic insulin delivery system in hyperglycemic rabbits

introduction: sonophoresis has been assessed as a novel approach to create skin permeability and drug delivery using low frequencies of ultrasound waves in the range of 20 khz to 3 mhz. in this study, a system including seven 40 khz piezoelectric transducers and an insulin chamber designed by the medical physics research center has been evaluated on hyperglycemic rabbits. materials and methods:...

Nanoscale drug delivery systems: An updated view

The Cellnovo Insulin Delivery System

Disclosure: Stephen C Bain is a member of the Cellnovo Medical Advisory Board. This article is a short opinion piece and has not been submitted to external peer reviewers, but the questions were reviewed by the Editorial Board before publication. Acknowledgements: Editorial assistance was provided by Deborah Glover MBE, BSc, RN and Katrina Mountfort, PhD, Touch Medical Media. This was funded by...

Clinical experience with an implanted closed-loop insulin delivery system.

AIM To report the first clinical experience with a prototype of implanted artificial beta-cell. METHODS The Long-Term Sensor System project assessed the feasibility of glucose control by the combined implantation of a pump for peritoneal insulin delivery and a central intravenous glucose sensor, connected physically by a subcutaneous lead and functionally by PID algorithms. It was performed i...