logo-healthcare technologieslogo-healthcare technologieslogo-healthcare technologieslogo-healthcare technologies
  • About Us
    • Our Story
    • Awards
    • Standards
    • Success Stories
    • Careers
  • Products
    • Healthcare Interoperability
      • FHIR Stack
      • Clinical Master Data Management
      • Terminology Service
      • Health Information Exchange Viewer
    • Patient Engagement
      • Personal Health Record
      • E-Appointment
      • E-Referral
    • Pharma Management
      • Central E-Prescription
      • E-Pharmacy
      • Drug Management
      • Oncolab
    • Drug Traceability
      • DrugXafe – Drug Track & Trace System
      • DrugXafe Mobile App
      • Aggregation Management System
    • Population Health
      • Disease Management
      • Health Analytics
    • Electronic Medical Record System (EMR)
      • Clinical Solutions
      • Administration Solutions
    • Personalized Healthcare
      • Closer – Elderly Smart Home
      • CPlayer for CP Children
  • Resources
    • Insights
  • Contact Us
✕
25 June 2021
Categories
  • Blog
  • Population Health Management
Tags
  • chronic disease managemet
  • disease management
  • wearables
  • Home

  • Insights

The Role of Tech in Chronic Disease Management

Patients with chronic diseases do not have to go to the hospital regularly if their routine controls and follow-ups can be done remotely. Today, doctors can check their patients digitally with remote patient monitoring tools and video consults.

It was observed that hospital visits and costs of people with chronic diseases decreased with the pilot program carried out in a small town in the United States. In the pilot program, elderly patients with multiple chronic diseases were cared for in their own homes, reducing emergency room visits by 35 percent. Additionally, these patients' hospital admissions dropped by 40 percent, with each patient spending an average of $8,000 less annually on healthcare. These and similar studies show that in the future, chronic diseases will be managed more at home than in a hospital setting.

 

Patients with chronic diseases do not have to go to the hospital regularly if their routine controls and follow-ups can be done remotely. Especially during the pandemic period, it is a much better option for the elderly and people with chronic diseases to stay at home. However, this should not affect the health service they receive. Today, with the technological developments in the field of health, most follow-up processes can be done remotely. Although nothing is more effective than in-person experience, doctors can control their patients digitally with remote patient monitoring tools and video consults.

 

Along with exemination methods, technology is changing very quickly. Video visits, mobile health, infrared temperature sensors and wearable devices replace clinic visits. While remote patient monitoring and telehealth have been prominent in the last few years, the workflows and processes related to these two services are also constantly evolving to improve the care delivery experience. The pandemic has only accelerated this process and revealed the need for more innovative infrastructure and device investments.

 

How To Manage Chronic Diseases Remotely?

We can list the technology equipment required for more effective remote management of chronic diseases as follows:

 

Devices and Sensors

Medical devices and sensors help doctors measure critical data and other patient parameters. For example, blood pressure, temperature, glucometers, pulse oximeters and respiratory rate sensors are integrated with mobile applications and can be used for remote monitoring of patients. Most healthcare institutions and smaller clinics offer remote monitoring or kit devices according to each patient's needs.

 

Platforms

Platforms are necessary to aggregate data and facilitate communication between patients and doctors. These platforms are HIPAA compliant and offer integration with EMRs and devices.

 

Integration with EMR

While EMRs are part of the technology infrastructure of any healthcare system, integrating wearable data from devices into EMR can help physicians maintain data continuity. Health institutions and healthcare providers may require data to come only at certain intervals in order not to be adversely affected by the very intense data coming from personal devices. For integration with healthcare standard EMRs such as FHIR, patients should prefer devices that can integrate with the use of healthcare standards.

 

Data Analytics and Decision Support

Devices and sensors can create huge amounts of data and store this data in big data memory. The algorithms at the beginning of this data can help with risk reduction, predictions and reaching more people. AI techniques such as machine learning, cognitive computing, and deep learning can play a critical role in detecting chronic diseases.

 

Functionalities To Manage Remote Care

Atrial fibrillation, type 2 diabetes, stroke, coronary artery disease, chronic obstructive pulmonary disease, chronic wounds, and congestive heart failure are 7 diseases in which technology is used in patient care and promising results are obtained.

 

These diseases affect at least half of the elderly population worldwide and account for 80% of healthcare costs. Current treatment delivery for these diseases is reactive. For proactive care management, patient data at regular intervals is necessary to provide real-time feedback and adapt patients to healthy behavioral changes.

 

Chronic disease management requires an integrated approach focused on lifestyle changes and behavioral modifications. Chronic disease management uses technology to collect data from wearable devices, and AI and analytics to get results. Although there are not many solutions for the management of chronic diseases, it is important to have the following functionality in these technology solutions or applications:

 

• The ability to group patients

 

• The ability to engage patients

 

• The ability to integrate remote patient monitoring devices

 

• The ability to aggregate data from other hospital information systems

 

In addition, you can get detailed information about serialization by reading our article titled What Serialization Means for Pharma Manufacturing See you on different topics.


Source: https://bit.ly/3h7Ph42

Insights


  • End-to-End AI Experience: Artificial Intelligence in Healthcare
    20 September 2023 0
  • In Digital Transformation in Healthcare, active sport man in the sports ground check his wearable health device.
    The Rise of Wearable Health Devices and Their Impact on Patient Monitoring
    8 September 2023 0
  • Benefits of Interoperable Systems in Healthcare IT: How Tiga Succeed?
    31 August 2023 0
  • Understanding the Digitalization in Healthcare: Its Importance and Benefits
    25 August 2023 0
  • Understanding the Potential of Mobile Health Apps: Saving Costs, Saving Lives
    9 August 2023
  • 7 Solutions for Digitalization of Healthcare: How Does Tiga Succeed?
    27 July 2023
  • The Role of Tech in Chronic Disease Management
    25 June 2021 0
  • What Serialization Means for Pharma Manufacturing
    24 June 2021 0
  • Essential Patient Engagement Strategies
    23 June 2021 0
  • What Is Personalized Medicine and Why Is It Important?
    22 June 2021 0

Tags

  • End-to-End AI Experience: Artificial Intelligence in Healthcare
  • In Digital Transformation in Healthcare, active sport man in the sports ground check his wearable health device.
    The Rise of Wearable Health Devices and Their Impact on Patient Monitoring
  • Benefits of Interoperable Systems in Healthcare IT: How Tiga Succeed?
  • Understanding the Digitalization in Healthcare: Its Importance and Benefits
  • Understanding the Potential of Mobile Health Apps: Saving Costs, Saving Lives
  • 7 Solutions for Digitalization of Healthcare: How Does Tiga Succeed?
  • The Role of Tech in Chronic Disease Management
  • What Serialization Means for Pharma Manufacturing
  • Essential Patient Engagement Strategies
  • What Is Personalized Medicine and Why Is It Important?
  • aggregation management
  • AI
  • artificial intelligence
  • blockchain
  • Cerebral Palsy
  • chronic disease managemet
  • clean supply chain
  • counterfeit drugs
  • counterfeit medicine
  • CP
  • CP rehabilitation
  • data aggregation
  • data privacy
  • digital healthcare ecosystem
  • digital transformation in healthcare
  • disease management
  • drug error
  • drug recall
  • drug track and trace
  • e pharmacy
  • e-appointment
  • EHR
  • electronic health records
  • eprescrition
  • FHIR
  • GDPR
  • health analytics
  • health information exchange
  • healthcare analytics
  • healthcare interoperability
  • healthcare management
  • healthcare technology
  • HIE
  • HIPAA
  • HL7
  • home care services
  • home care technologies
  • Hosted EHR solutions
  • Internet of Things
  • interoperability
  • IoT
  • İTS
  • mHealth
  • micro patient engagement
  • mobile health
Share
Tiga Helath

© 2021 Tiga Health. All Rights Reserved.

Privacy Policy | Terms of Use

    

Who We Are

About Us

Careers

Insights

Success Stories

Products

Healthcare Interoperability

Patient Engagement

Pharma Management

Drug Traceability

Population Health

Electronic Medical Record System

Personalized Healthcare

Locations

Türkiye, Ankara Next Level

Türkiye, Ankara Technopark

United Kingdom, Warwick

Qatar, Doha

Saudi Arabia, Riyadh

Estonia, Tallinn

© 2021 Tiga Health. All Rights Reserved.