Insulin PassPort patch system, United States, 2007

Made:
2007 in United States
maker:
Altea Therapeutics

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Science Museum Group Collection
© The Board of Trustees of the Science Museum

Science Museum Group Collection
© The Board of Trustees of the Science Museum

PassPort (TM) system for the delivery of insulin through transdermal patches designed to sustain basal level of insulin, comprising of a device termed the Applicator and a box containing 7 examples of insulin skin patches, made by Altea Therapeutics, US, c.2007. The insulin skin patch system is designed to improve and sustain levels of basal insulin to lower the risk of hypoglycemia, as well as ensure greater patient compliance than injecting insulin equivalents and also has the advantage of being stored at room temperature. The Applicator and transdermal patches are non-working models of the technology and do not contain insulin.

Applying patches is believed to be more convenient than injections, so it is hoped that people with diabetes will find it easier to maintain their insulin levels using this system. The insulin skin patch system is designed to maintain levels of basal insulin – background insulin – in the body. A device called an ‘Applicator’ is used to place a patch to the skin. Once applied, the patch is activated and starts delivering insulin.

The device lowers the risk of hypoglycaemia, which occurs when blood sugars are low due to an overdose of insulin, as the patch can be removed immediately. Insulin has to be stored in a refrigerator but the patches can be stored at room temperature. The product was developed by Altea Therapeutics.

Details

Category:
Therapeutics
Object Number:
2007-59/1
Measurements:
applicator: 172 mm x 63 mm x 42 mm, .1232 kg
type:
insulin delivery device
taxonomy:
  • furnishing and equipment
  • tools & equipment
  • medical instrument
  • drug delivery device
  • hypodermic syringe
credit:
Altea Therapeutics