Our world is vastly fueled by technology, so it’s no strange phenomena that patient care is being rapidly improved by technological advancements, too. At the head of these advancements lies the field of health care informatics.
Per the Health Information Technology for Economic and Clinical Health Act (HITECH), health care facilities are mandated to keep electronic records for every patient. This data allows other medical facilities, clinicians, and researchers to access and utilize patient information in ways that weren’t possible before.
As such, health care informatics merges health care with information technology and communications to improve patient care. Here are 5 practical ways this field is making that happen.
Telemedicine
Telemedicine gives doctors and patients the ability to communicate virtually, allowing them to engage visits via video conferencing. This is ideal for patients who wouldn’t otherwise be able to access health care due to being immobile, remotely located, or lacking in sufficient transportation. Telemedicine capabilities have also expanded to allow some medical facilities to perform detailed robotic surgical procedures from different locations.
Electronic Health Records
In compliance with the Health Information Technology for Economic and Clinical Health Act (HITECH) of 2009, all health care providers are required to maintain Electronic Health Records (EHRs). This legislation cleared the path for health informatics to grow and for providers to share patient information more efficiently.
The broader impact is reflected in how doctors can better diagnose and treat patients based on a fuller picture of their past and present health. More specifically, health care informatics has improved processes such as e-prescribing while helping to reduce healthcare disparities.
Cloud-Based Technology
With the abundance of data pouring into health care facilities through EHRs, the cloud has evolved into a trusted means for sharing and storing huge amounts of patient data.
There are pros and cons, though.
On one hand, the cloud presents security concerns as digital information breaches and cyber attacks remain a constant threat. However, the cloud is still a more secure option compared to on-site storage solutions. Health informatics and IT security experts are constantly developing and deploying new solutions to stay ahead of hackers and protect patient information.
Mobile Technology (mHealth)
Mobile technology for patient care, also known as “mHealth,” is effectively streamlining patient care and providing a much more convenient experience. A wide array of mobile apps allow patients to better access health information, contact health care providers, schedule visits, and monitor their health. Plus, physicians can better monitor how well a patient is complying with a treatment plan with tools that remotely monitor medical devices and health conditions.
Wearable Devices
The Fitbit and smart watches are two of the most well-known wearable devices designed to improve health outcomes and enhance prevention for patients. However, other devices that monitor calorie burning, heart rate, sleep patterns, steps taken per day, and characteristics of certain diseases are flooding the market, too.
Health informatics continues to be a mainstay when it comes to improving patient care in the 21st century. Researchers and health care providers increasingly rely on technology to improve diagnostics and treatment along with prevention efforts. This reliance is not expected to fade any time soon.
FAQ: How Healthcare Informatics Is Revolutionizing Patient Care
What is Healthcare Informatics?
Answer: Healthcare informatics is the integration of healthcare with information technology and communications to improve patient care. It involves managing and leveraging data to enhance medical services, diagnosis, treatment, and overall patient outcomes.
How does Telemedicine improve patient care?
Answer: Telemedicine allows doctors and patients to engage in virtual visits via video conferencing. It provides access to health care for immobile patients, those in remote locations, or those lacking transportation. Furthermore, it enables some medical facilities to perform detailed robotic surgical procedures remotely, thus expanding medical care accessibility.
What are Electronic Health Records (EHRs)?
Answer: Electronic Health Records (EHRs) are digital versions of patients’ paper charts. They provide real-time, patient-centered records that make information available instantly and securely to authorized users. EHRs improve the ability of health care providers to diagnose diseases and reduce medical errors, thereby enhancing patient care.
Why is Cloud-Based Technology important in health care?
Answer: Cloud-based technology in health care allows for efficient sharing and storing of patient data. While there are security concerns due to potential cyber threats, the cloud remains a more secure option compared to on-site storage. It supports better data management and accessibility, crucial for modern health care services.
What is Mobile Health (mHealth)?
Answer: Mobile Health, or mHealth, involves using mobile devices and technology for health services and information. It streamlines patient care, allowing patients to access health information, contact providers, schedule visits, and monitor their health via mobile apps. It also helps physicians monitor patient compliance with treatment plans through remote monitoring tools.
How do Wearable Devices contribute to health care?
Answer: Wearable devices, such as Fitbits and smartwatches, monitor health metrics like heart rate, sleep patterns, and steps taken per day. These devices enhance prevention and health outcomes by providing real-time health data, helping patients and doctors make informed health decisions.
What role does Healthcare Informatics play in modern medicine?
Answer: Healthcare Informatics is essential for improving patient care in the 21st century. It supports better diagnostics, treatment, and preventive care through advanced technology. Researchers and health care providers rely on informatics to enhance medical practices, and this reliance is expected to grow.
How can I get started with Healthcare Informatics?
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