10.25.17
The Smart Patch prototype is a transdermal therapeutic system (TTS), which delivers medication to patients in a convenient, controlled and comfortable manner and features an E Ink display to deliver and to convey relevant information about patch performance.
According to a report conducted by the New England Healthcare Institute (NEHI), poor medication adherence is a pervasive problem that costs $290 billion a year in the US. Forgetting to take medication and not understanding administration instructions are among the main reasons why between 20% and 50% of patients are not adhering to their medical regimens. Smart drug systems like Smart Patches will increase globally to nearly $81.4 billion by 2024 as they provide a more targeted, uniform and secure method of drug delivery.
“Poor medical adherence negatively impacts patient’s therapeutic outcomes, leading to more hospitalizations and higher total costs,” said Dr. Hanshermann Franke, corporate VP of R&D at LTS. “The main purpose of any innovation must be centered on the idea of making patients’ lives as healthy and comfortable as possible. This can be achieved by designing “smart” solutions that easily integrate, facilitate treatment monitoring and help patients use their medication properly.”
The Smart Patch is equipped with a 2” E Ink electronic paper display (EPD) that leverages the display’s bistable nature to ensure the patient doesn’t need to recharge the battery. The patch features a switch, pressure sensor and a low voltage E Ink display that shows helpful information with functionalities including if the patch is applied correctly to the skin, the countdown until the next dose and a reminder to remove the patch and to replace it appropriately.
“This is the first application to feature E Ink’s low voltage film, which uses 50-70% of the typical driving voltage for EPDs,” said Dr. FY Gan, EVP of sales center at E Ink. “In addition to minimizing power consumption, which results in being able to use a small battery with alonger battery life, the low voltage film is the thinnest electronic paper film available on the market at less than 200um, enabling it to fit flawlessly on the TTS.”
“There are many advantages to TTS technologies, and now we can add a decisive enhancement – an E Ink display,” said Dr. Tim Schlange, CMO at LTS. “This feature allows LTS to provide functionalities to patients with more reliable, safe and pain-free applications and to further enhance the value of solutions for its partners in the pharmaceutical industry.”
According to a report conducted by the New England Healthcare Institute (NEHI), poor medication adherence is a pervasive problem that costs $290 billion a year in the US. Forgetting to take medication and not understanding administration instructions are among the main reasons why between 20% and 50% of patients are not adhering to their medical regimens. Smart drug systems like Smart Patches will increase globally to nearly $81.4 billion by 2024 as they provide a more targeted, uniform and secure method of drug delivery.
“Poor medical adherence negatively impacts patient’s therapeutic outcomes, leading to more hospitalizations and higher total costs,” said Dr. Hanshermann Franke, corporate VP of R&D at LTS. “The main purpose of any innovation must be centered on the idea of making patients’ lives as healthy and comfortable as possible. This can be achieved by designing “smart” solutions that easily integrate, facilitate treatment monitoring and help patients use their medication properly.”
The Smart Patch is equipped with a 2” E Ink electronic paper display (EPD) that leverages the display’s bistable nature to ensure the patient doesn’t need to recharge the battery. The patch features a switch, pressure sensor and a low voltage E Ink display that shows helpful information with functionalities including if the patch is applied correctly to the skin, the countdown until the next dose and a reminder to remove the patch and to replace it appropriately.
“This is the first application to feature E Ink’s low voltage film, which uses 50-70% of the typical driving voltage for EPDs,” said Dr. FY Gan, EVP of sales center at E Ink. “In addition to minimizing power consumption, which results in being able to use a small battery with alonger battery life, the low voltage film is the thinnest electronic paper film available on the market at less than 200um, enabling it to fit flawlessly on the TTS.”
“There are many advantages to TTS technologies, and now we can add a decisive enhancement – an E Ink display,” said Dr. Tim Schlange, CMO at LTS. “This feature allows LTS to provide functionalities to patients with more reliable, safe and pain-free applications and to further enhance the value of solutions for its partners in the pharmaceutical industry.”