These illnesses interfere with the normal life of pediatric patients. This challenge is worsened by poor adherence to treatment. Therefore, the implementation of new technologies is necessary to facilitate home care and self-management of these conditions. While various chronic conditions among pediatric patients are managed through different technologies, this discussion will focus on the use of smart inhalers to control asthma in this patient population. This document will focus on instructing a child (school age or adolescent) and family about smart inhalers’ features and their use.Effectiveness and acceptability of a smart inhaler asthma self-management program.
How will this technology or device assist with medication management? Give examples.
Smart inhalers will assist with medication management through sensors that enable asthma patients to record when medicines were taken. Additionally, the use of a smart inhaler to manage medication is facilitated by Bluetooth, which is supported by smart inhalers. The Bluetooth is also be connected with a smart device (Ali, 2019). Therefore, data from the user’s cellular phone inhaler is received and read by an app on the mobile phone, thus facilitating medication management.Effectiveness and acceptability of a smart inhaler asthma self-management program. Furthermore, smart inhalers assist asthma patients with medication management by reducing data sharing with the doctors who advise the right dosage and when the medicine should be taken. These devices have mouthpieces with integrated electronics, which prescribe the correct dosage to the patient. Lastly, the smart inhalers remind the patient when to take medicine. For example, the inhaler has an alert that informs pediatric patients with asthma the right time to take their medication and the correct amount.Effectiveness and acceptability of a smart inhaler asthma self-management program.
How will this technology or device assist in the early detection of symptom changes? Give examples.
Smart inhalers assist in the early detection of changes in symptoms. The inhaler has sensors that indicate changes in symptoms early enough. For instance, the sensor indicates when an individual is in a highly polluted or high pollen area, where the symptoms are likely to change due to trigger increasing the likelihood of an asthma attack. In some cases, the inhaler sends handy reminders to the users to notify them about changes in symptoms.Effectiveness and acceptability of a smart inhaler asthma self-management program.
How will this technology or device assist in disease management education?
The smart inhaler will assist in disease management education in multiple ways. First, it will be used to illustrate to the learners how they can use technology to enhance asthma management. For instance, the trainer can use this device to demonstrate how reminders alert the patient to the right time to take medication and the correct dosage. Reminders also alert the user to check the inhaler technique, thus enhancing its efficiency. Additionally, educators use the smart inhaler to illustrate how the device supports sharing data with the care providers, thus improving the management of asthma. Finally, the device assists the trainer in disease management education by illustrating how the sensor can automatically track the inhaler use, eliminating the need to keep one’s records
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