EHR automates the drug and exam ordering processes in healthcare facilities, resulting in
uniform, readable, and full orders. Patients obtain better medical care when health care providers
have access to complete and accurate information. EHRs can help doctors diagnose diseases
more quickly and reduce or even avoid medical errors, resulting in better patient outcomes.
By providing up to date and full information about patients at the time of care, EHRs
assist providers in better managing patient care and providing better health care. Providing quick
access to patient records so that care can be organized and delivered more efficiently. When
possible safety issues arise, EHRs can alert doctors, allowing them to prevent more serious
repercussions and improving patient outcomes.
Additionally, integrated scheduling systems lower patient wait times in the office,
resulting in a better overall experience from the time they book an appointment to the time they
walk in to see their doctor. Also, patients can read important documentation on their own time if
they have access to this information via a portal. The evolution of EHR has resulted in a strong
tool that allows doctors to better manage diseases that are preventable. Doctors can stay on top of
their patients' health by being able to identify patients who have not yet had crucial screening
examinations.
Care coordination enabled by the use of such technology allows for more efficient and
accurate patient visits, easier documentation, elimination of double entries and duplicate testing,
and even tracking of billing and patient insurances.
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Works Cited
Cappm, Daigrepont Jeffery Efpm. Beyond EHR: Using Technology to Meet Growing
Demands and Deliver Better Patient Care (HIMSS Book Series). 1st ed.,
Productivity Press, 2020.
Hek, Karin, et al. “Electronic Health Record–Triggered Research Infrastructure
Combining Real-World Electronic Health Record Data and Patient-Reported
Outcomes to Detect Benefits, Risks, and Impact of Medication: Development
Study.” JMIR Medical Informatics, vol. 10, no. 3, 2022, p. e33250. Crossref,
https://doi.org/10.2196/33250.