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NI Unit5 - Unit 5 Discussion

Unit 5 Discussion
Course

Nursing Informatics (NSG 421)

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Unit 5

Nursing Informatics

Select one surfacing technological tool/advance/innovation used in a healthcare system. Determine a

workflow in which the tool may be utilized and implemented into practice. Be sure to address to

identify strengths, weaknesses, and how the tool will assist in the patient care delivery.

One innovative technological tool in healthcare is Remote Patient Monitoring

(RPM). RPM involves using devices to collect and transmit patient health data

to healthcare providers from a remote location. Let's consider its

implementation in a chronic disease management workflow, such as

diabetes care:

Workflow Integration: Remote Patient Monitoring (RPM) in Diabetes

Care

1. Implementation Steps:

a. Selection of RPM Devices: Choose devices like glucometers,

continuous glucose monitors, or wearable sensors that track vital signs and

glucose levels. These devices automatically transmit data to a centralized

platform.

b. Patient Onboarding: Educate patients on using RPM devices and the

associated app/software. Ensure they understand how to take readings,

interpret data, and handle any troubleshooting.

c. Data Transmission and Monitoring: Patients use RPM devices at

home, and the collected data, such as blood glucose levels, heart rate, or

activity levels, are transmitted in real-time to healthcare providers' systems.

d. Provider Review and Intervention: Healthcare professionals regularly

review the transmitted data. They can set alerts for abnormal readings and

intervene promptly by advising medication changes, lifestyle modifications,

or scheduling appointments if necessary.

Strengths:

 Continuous Monitoring: RPM enables real-time monitoring of

patients, providing a comprehensive view of their health status beyond

intermittent clinic visits.

 Timely Interventions: Healthcare providers can promptly address

any concerning changes in health parameters, potentially preventing

complications or hospitalizations.

 Patient Engagement: Empowers patients to actively manage their

condition by providing immediate feedback and insights into their

health metrics.

Weaknesses:

 Technology Reliability: Dependence on technology can lead to

issues with device connectivity, data transmission errors, or device

malfunction, potentially affecting data accuracy.

 Patient Compliance: Some patients may struggle with consistent use

or understanding of the RPM devices, impacting data reliability.

 Data Overload: Continuous data streams may overwhelm healthcare

providers, leading to challenges in effectively interpreting and

prioritizing the information.

Assistance in Patient Care Delivery:

 Improved Outcomes: Early identification of trends or abnormalities

allows for timely interventions, potentially reducing complications and

hospital admissions.

 Patient-Centric Care: RPM promotes patient engagement and self-

management, fostering a more collaborative approach between

patients and healthcare providers.

 Efficiency Gains: Reduces the need for frequent in-person visits while

still enabling proactive care management.

By integrating Remote Patient Monitoring into chronic disease management

workflows, such as diabetes care, healthcare providers can leverage

technology to deliver more proactive, personalized, and efficient care to

patients, despite potential challenges associated with technology adoption

and data management.

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NI Unit5 - Unit 5 Discussion

Course: Nursing Informatics (NSG 421)

54 Documents
Students shared 54 documents in this course

University: Herzing University

Was this document helpful?
Unit 5
Nursing Informatics
Select one surfacing technological tool/advance/innovation used in a healthcare system. Determine a
workflow in which the tool may be utilized and implemented into practice. Be sure to address to
identify strengths, weaknesses, and how the tool will assist in the patient care delivery.
One innovative technological tool in healthcare is Remote Patient Monitoring
(RPM). RPM involves using devices to collect and transmit patient health data
to healthcare providers from a remote location. Let's consider its
implementation in a chronic disease management workflow, such as
diabetes care:
Workflow Integration: Remote Patient Monitoring (RPM) in Diabetes
Care
1. Implementation Steps:
a. Selection of RPM Devices: Choose devices like glucometers,
continuous glucose monitors, or wearable sensors that track vital signs and
glucose levels. These devices automatically transmit data to a centralized
platform.
b. Patient Onboarding: Educate patients on using RPM devices and the
associated app/software. Ensure they understand how to take readings,
interpret data, and handle any troubleshooting.
c. Data Transmission and Monitoring: Patients use RPM devices at
home, and the collected data, such as blood glucose levels, heart rate, or
activity levels, are transmitted in real-time to healthcare providers' systems.
d. Provider Review and Intervention: Healthcare professionals regularly
review the transmitted data. They can set alerts for abnormal readings and
intervene promptly by advising medication changes, lifestyle modifications,
or scheduling appointments if necessary.
Strengths:
Continuous Monitoring: RPM enables real-time monitoring of
patients, providing a comprehensive view of their health status beyond
intermittent clinic visits.
Timely Interventions: Healthcare providers can promptly address
any concerning changes in health parameters, potentially preventing
complications or hospitalizations.