To improve diabetic patients' compliance to multiple injection protocols, we developed and tested a new insulin jet injector, the Preci-Jet 50. The prototype has the following features: small size (14 × 2 cm) and weight (160 g), capability of mixing two types of insulin, accuracy and reliability of the ejected volume (dose), ease of use and sterilization, simplicity of design, and capacity of adjusting jet pressure to individual skin resistance. The ejected volume, evaluated by gravimetry, was more accurate and more reliable with the injectors (N = 18) than with 0.5-cc disposable plastic syringes (N = 18). The dead space of the injectors (N = 16), as evaluated by isotopic recuperation of radioactive insulin, was minimal, allowing mixed insulin injections. The human-device interface evaluation demonstrated that diabetic patients (N = 13) learned easily to manipulate the injector and that their ability to use it properly improved after 1 mo of use. We conclude that this injector may be a practical tool for insulindependent diabetic patients.
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Technical Section|
May 01 1986
Development of New Jet Injector for Insulin Therapy Free
Istvan Lindmayer;
Istvan Lindmayer
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Karim Menassa;
Karim Menassa
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Jean Lambert, PhD;
Jean Lambert, PhD
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Albert Moghrabi, DEC;
Albert Moghrabi, DEC
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Lise Legendre, TMA;
Lise Legendre, TMA
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Claudine Legault, BSc;
Claudine Legault, BSc
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Michel Letendre, MD;
Michel Letendre, MD
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Jean-Pierre Halle, MD
Jean-Pierre Halle, MD
Department of Medicine, Sacré-Coeur Hospital, Université de Montreal
Montréal
Department of Research and Development, Preci-Tech Ltd., Ville St. Laurent
Québec, Canada
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Address reprint requests to Jean-Pierre Hallé, M.D., Division of Endocrinology, Sacré-Coeur Hospital, 5400 Gouin Blvd. West, Montreal, Quebec H4J 1C5, Canada.
Citation
Istvan Lindmayer, Karim Menassa, Jean Lambert, Albert Moghrabi, Lise Legendre, Claudine Legault, Michel Letendre, Jean-Pierre Halle; Development of New Jet Injector for Insulin Therapy. Diabetes Care 1 May 1986; 9 (3): 294–297. https://doi.org/10.2337/diacare.9.3.294
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