The need for healthcare to have good information, communication and decision-making skills has always been there. With increasing complexity in healthcare settings, technology is becoming an important tool that helps in strengthening the fundamentals of healthcare delivery and avoiding mistakes.
The electronic health record system, computerized physician order entry, decision support tools, tele-monitoring technology, artificial intelligence and medical device connectivity can assist healthcare professionals in identifying issues early and working in coordination. It must be noted that technology is not inherently safe and its positive impact will be possible with the right implementation and assessment.
According to the World Health Organization, safety in healthcare needs a systematic approach to technology, processes, behaviors and technologies that minimize the risk of adverse events.
Artificial Intelligence and Early Risk Detection
There is a need to recognize new safety possibilities brought about by artificial intelligence (AI). AI systems will have the capability to examine large amounts of data and detect the trends that may not be quick to detect. Possible uses of AI in patient safety will involve detection of deterioration in the condition of patients, sepsis prediction, adverse drug effects, and decision-making diagnosis support.
Brian Staggs, President of A.C. Grace said, “technology is also making it easier for people to take a more proactive approach to their health. Digital health tools can support awareness of nutrition, lifestyle factors, and other elements associated with long-term cardiovascular and overall wellness. When combined with guidance from qualified healthcare professionals, these tools can help individuals make more informed decisions about preventive health.”
Remote Monitoring and Connected Devices
Jessica Shee of Appple.Store said, wearable sensors and connected health devices are also impacting the safety of patients. These devices can measure parameters such as heart rate, oxygen saturation, blood pressure and glucose levels in a constant way. As opposed to the symptom reports of the patient, healthcare providers will have information about the changing condition of the person.
Connected technologies can be particularly helpful in managing the diseases of the chronic kind and in monitoring people after their discharge from hospitals. According to a systematic review of connected healthcare technologies conducted recently, it was proved that these technologies have the potential to improve healthcare quality and reduce medical errors, but further investigation is needed to make definite conclusions about their effectiveness. Connected technologies work if they have reliable sensors and transmission of the information is secured and interpreted by healthcare professionals.
Matteo Valles, owner of a packaging business - Vol Case said, reliable healthcare also depends on the safe delivery and protection of the medical supplies and equipment that support connected care. From diagnostic devices to hospital supplies, appropriate packaging can help protect products during storage, handling and transportation, reducing the risk of damage before they reach healthcare providers.
Interoperability and Reliable Healthcare Systems
Dr. Peter Ting, a senior cardiologist at Harley Street Heart & Vascular Centre said, an example of one of the most crucial technology challenges is interoperability, defined by the effectiveness of exchanging and utilizing information between various systems and devices in healthcare delivery. Information may be inaccessible when there are disconnected systems among hospitals, laboratories, pharmacies and primary care providers.
Interoperable and standards-based digital systems that can ensure the application of evidence-based healthcare guidelines have been encouraged by the WHO's SMART Guidelines program. Interoperability will help to narrow the gap in information, better coordinate processes and enable standardized delivery of care. However, there will be more information security risks due to the interconnectivity of systems.
Conclusion
Technology is becoming an increasingly crucial element in creating a safe and reliable health-care system. Electronic documentation could increase accessibility of information, computerized prescriptions could decrease mistakes in prescribing medications, technological devices could facilitate monitoring, telemedicine could extend access to medical services, and artificial intelligence could identify possible risks before they become real. However, studies have revealed that poor design and implementation of technologies could lead to the emergence of new errors in health care. The best strategy, therefore, would be to combine the use of technology with clinical expertise, evidence, proper governance, and constant evaluation rather than just increasing the amount of technology used. Properly designed innovations will then become an effective tool in minimizing any unnecessary risk and making health care more dependable.
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