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The Automated IV Pumps Technology

In the modern world, technology is constantly changing and seems to advance and transform the way people live and work. For example, technological progress has considerably impacted the medical field by assisting and allowing doctors to better communicate with their patients and providing a new way to practice medicine. By utilizing automated IV Pump technology, information providers can access their patient’s collected information easily. The healthcare sector has improved from manual, automated IV Pumps to advanced automated technology that uses computer programs to acquire and organize clinical health information (Ehrenwerth et al., 2020). Automated IV technology controls the number of fluids such as drugs that are delivered into a patient’s body. It is commonly regularly used in a nursing home and at home. Automatic is more considerable than manual administration, and the control of fluids in the patient’s body provides safety to the patients.

Advantages and Disadvantages of Automated IV Pump

An automated IV pump technology is commonly used in practicing professional nursing. More specifically, this will focus on how automated technology used to administer drugs has impacted positively and negatively patient care. One of the advantages of conducting medication to patients through computerized technology includes reducing errors in judgment about the quality of fluids administered. Automated IV pumps also assist nurses to infuse the precise amount of the drug into the patient’s bloodstream at a specific rate (Ehrenwerth et al., 2020). This technology is expected to diminish the risk of sides’ outcome while enhancing patient safety. In addition, automated IV pumps are easier to operate and do not require continuous monitoring. It’s possible that employees aren’t well-versed in computer programs. Some personnel may be computer illiterate; necessitating extensive training to program automated dispensing machines correctly. When hospital employees aren’t adequately taught how to use technologies connected to infusion devices, patients may receive improper medicine and dosage.

Legal and Ethical Implications Associated with Automated IV Pumps

Automated technology can be managed by the relatives and caregivers of a victim at home when they need continued care after discharge—legal and ethical implications associated with the use of Automated IV Pumps. Patients may avoid having to visit a healthcare facility to receive drugs endogenous as a result of this. However, there are several drawbacks to this automated IV pump technology. For example, medication delivery through machines may result in mortality, drug distribution equipment may be programmed wrongly, and employees may lack knowledge, skills, and training on computerized programs (Ehrenwerth et al., 2020). Staff workers may not be computer proficient and may require substantial training to program automated IV pumps properly.

By approving an automated IV Pumps, contributors address various issues such as a person accessing practical solutions concerning security about computer and data personal systems must be addressed, and legal frameworks required to be put in place (Eldoushy, 2021). The Information technology of Health discourses the providers’ legal responsibilities to restrict unapproved access while protecting any breaches of sensitive information of personal Health. While patient care automated IV Pumps technology can improve nurse productivity and satisfaction, operational efficiency, quality care, and quality, there is a shortage of research on the effects of different patient care technologies.

Role Played by Automated IV Pumps in Promoting Patient Safety and Quality Outcome

By incorporating human aspects information into the nursing curriculum and engaging human factors engineers in growing multidisciplinary approaches to professional education, nurse educators can increase nurses’ participation in the use of technology. Technology has aided in the reduction of pharmaceutical errors by changing the way nurses give medicines. Patient safety is a subcategory of healthcare that deals with preventing, minimizing, and avoiding harmful consequences or injuries from medical operations (Ehrenwerth et al., 2020). Automated technology covers a broad spectrum of tasks, from simple charting to advanced decision assistance and medical device integration. Automatic IV pumps can help enhance healthcare by decreasing human error, clinical outcomes improvement, easing care coordination, progressing practice efficiency, and recording data over time.

The new devices of information technology such as automated IV Pumps have enhanced the everyday life of patients and healthcare professionals. Automatic IV Pumps have decreased the chances of human error, provided a better way of administering fluids, and assisted nurses in eliminating fluid administration changes and rates. For example, this technology can measure a patient’s medication dosage, which provides a rapid change of drips amounts and dosage (Eldoushy, 2021). Automated technology is increasingly present in health organizations by changes in healthcare systems and direct patient care. It has also improved the accuracy and timeliness of drugs availability and enhanced patient care. Because of the rapid development of automated IV Pumps, to effectively take advantage of Health information technology in nursing and improve the quality of health care and empower nurses.

The implication of Automated IV Pumps for Vulnerable Population

When dealing with modern portal interfaces, non-English speakers, intellectual and developmental disabilities, and cognitively challenged populations encounter significant technological obstacles. In contrast, a few automated IV Pumps givers have begun to offer essential navigational components of the Spanish website portal. In rarer circumstances, there is no data on the number of health care systems that have chosen to activate such language options. National handicap accessibility guidelines, such as text enlargement and visual display adjustments, such as contrast, could thus be imposed on portal Websites. Section 1557 of the Affordable Care Act summarizes previous acts’ anti-discrimination standards (Ehrenwerth et al., 2020). This section extends nondiscrimination rules to all federally backed programs and activities, not just those receiving government funds. Because Medicare is a federally funded program, it cannot discriminate on the national origin.

Furthermore, while national origin is linked to health literacy abilities, there are legal considerations to be made concerning the many obstacles that inaccessible patient portals impose on those who are disadvantaged in accessing health care. The correct provision of vital fluids to patients is the responsibility of automated IV pumps. Pump failures and inappropriate dosing might result in significant problems for the patient (Eldoushy, 2021). These dangers can be reduced by adopting automated IV infusion pumps with built-in safety features such as air detection and IV line blockage alerts.

In conclusion, when correctly and safely giving fluids to patients, automated IV pumps are considered essential equipment. Thanks to their innovative features, they could supply the exact volume of fluids and make the process safer for both patients and nurses. Because of improved equipment, doctors can now provide more thorough care. As a result of improved therapies, many people with long-term illnesses have seen their quality of life improve. With this new technology, a nurse has efficient communication and interaction with patients and creates a positive attitude in nursing productivity. And the modern treatment has entirely eradicated the fear of several once life-threatening ailments. Drug notifications and clinical flags, better tracking of consultations and diagnostic tests, clinical decision support, and the availability of complete patient data can all help to enhance patient safety. Data obtained via automated IV Pumps has been found to contribute to improvements in medicine and can be used to evaluate the success of treatment interventions.

References

Eldoushy, E. E. (2021). Novel artificial intelligence and smart emerging medical technology revolutionize and transform the nursing profession in 2020. Egyptian Journal of Health Care, 12(4), 362-372.

Ehrenwerth, J., Eisenkraft, J. B., & Berry, J. M. (2020). Anesthesia equipment: Principles and applications. Elsevier Health Sciences.

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OctoStudy. (2022, September 27). The Automated IV Pumps Technology. Retrieved from https://octostudy.com/the-automated-iv-pumps-technology/

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1. OctoStudy. "The Automated IV Pumps Technology." September 27, 2022. https://octostudy.com/the-automated-iv-pumps-technology/.


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OctoStudy. "The Automated IV Pumps Technology." September 27, 2022. https://octostudy.com/the-automated-iv-pumps-technology/.

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OctoStudy. 2022. "The Automated IV Pumps Technology." September 27, 2022. https://octostudy.com/the-automated-iv-pumps-technology/.

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OctoStudy. (2022) 'The Automated IV Pumps Technology'. 27 September.

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