July 7, 2022 - Parul Saini, Webmedy Team
Every day, doctors, nurses, administrators, and staff strive to improve patient safety and care in healthcare settings. Occasionally, even the most skilled and experienced practitioners make a mistake. Thanks to better technology, patient safety has improved dramatically over the past few decades. Barcodes are one of those technologies that have had an impact on patient safety. This technology also enhances operational efficiency and increases patient safety and identification.
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The importance of barcode technology in healthcare is growing with advances in scanning. While many people think of barcodes when they hear about retail, barcodes also benefit hospitals and other healthcare facilities. Learn how barcode technology impacts healthcare and its benefits for a healthcare organization.
Barcode is a printed series of parallel bars or lines of varying widths and alphanumeric characters used for entering data into a computer system. The bars are typically black on a white background, and their width and quantity vary according to application.
Medication management is a challenging job that relies on the "five rights" - Right Patient, Right Medication, Right Dose, Right Time, and Right Route of Administration. Barcode medication verification at the bedside allows nurses to record medication administration automatically. A study found that barcode usage prevented about 90,000 medical errors each year and reduced the mortality rate by 20%. In another study, barcodes were found to reduce medication administration errors by 82%.
Barcodes can be used to identify the instruments and inventories in kits for surgical procedures. Barcodes on instruments and surgical kits may be used to assure compliance with surgeons' preferences for what their kits contain. Using barcodes to track what is, and what isn't, used regularly may allow hospitals to optimize kit contents for each surgeon. This provides room to reduce costs since surgeons' preferences may change over time. Sterilized instruments can also be uniquely identified using barcodes on surgical instruments.
Barcode technology can help prevent medical errors by making accurate and reliable information readily available at the point of care. During the patient's stay, any other patient care activity can be tracked, like monitoring medications, infusions, specimen collection, and so forth. Electronic barcoding ensures correct patient identification throughout the testing process, including test ordering and reporting, specimen collection, and analysis. Wristbands with barcodes that contain the information of the patient's medical record or visit number and any other identifiers have been proven effective in providing proper patient care. In addition to wristbands, barcode scanners and printers are used to confirm patient identification.
Diagnosis and treatment can involve handling biological components such as blood. Did you know that the FDA requires blood and blood substances for transfusion to have barcodes? Barcode technology allows for better accuracy and patient safety. That is why they created this regulation. In lab testing, barcodes help technicians track samples to ensure accurate results.
When appropriately used, barcode technology can improve your recordkeeping accuracy. Dependable scanners and barcodes keep your data correct and easy to access. Barcode Medication Administration (BCMA) is an inventory control system that uses barcodes to prevent human errors in the distribution of prescription medications at hospitals. BCMA technology automates the process of verification by scanning the barcode on the medication and the patient identification wristband, thus assisting the nurses in confirming the 'five rights' of medication administration: right patient, right medication, right dose, right route, and the right time.
With a single scan, a barcode reader can access patient or supply records. This technology saves time your staff would otherwise spend looking through documents to find what they need.
Inventory control is a complex process in the healthcare industry to deal with, as it consumes a lot of time. Barcodes have helped the industry in managing its inventory regardless of where they are located. As a result, the right materials and equipment are available whenever and wherever they are needed. Barcode scanning of products speeds up the re-order process as well. The system is enabled to automatically re-order products when they reach a specific inventory level (surgical utensils, medicines, equipment, etc.).
Barcode technology can have privacy protections built-in to protect patient information. With the right software, you can stay HIPAA-compliant and defend your organization's data.
Given barcoding's history as a mature reliable technology, barcoding will continue to be adopted in healthcare settings to improve the quality of patient care. Radio-frequency identification (RFID) is expected to be a future competitor for barcoding. Nevertheless, barcoding will continue to play a prominent role and will likely collaborate with RFID to form a hybrid system. In this regard, barcoding (1-D and 2-D) will continue to have advantages over RFID for the following two reasons:
Barcoding technology in healthcare will eventually begin to shift over to the use of 2-D symbologies to accommodate size restrictions and the growing need for large amounts of data. As mobile phones are used more and more, this is already becoming a reality and will be a vital step towards the development of mHealth.
There is constant change in the medical industry, from new treatments and medications to new legislation. In many ways, barcode technology usage in healthcare has been consistent. Barcode solutions boost efficiency and accuracy in everyday processes. Barcodes enable quick and accurate data entry for the healthcare industry, allowing time to be spent increasing efficiencies instead of manually entering data. By allowing practitioners to focus more on their patients, barcode technology improves efficiency, patient safety, and quality of patient care.