Influences of Health Care Research
Robotic Surgery Background Information
The utilization of Robotic surgery in major hospitals has been on the rise in the recent. Robotic Surgery new breed was developed in the early 2000s due to the need for increased patient safety (Sood, & Leichtle, 2013). This innovation was developed in order to lower the threats associated with surgery. Robotic surgery is a kind of slightly aggressive operation which implies that rather than operating via huge cuts reduced operating tools are used. The tools are characterized by additional innovation intelligent that works in minimizing the associated threats (Sood, & Leichtle, 2013). The technology is not new since it has been utilized for years with the objective of reducing errors that are related to medical surgery.
This technology is placed on varying location in the surgical room thus permitting the surgeon to conduct the operations by controlling motions. This instrument works to ensure that there are no errors since the 3D display that the surgeon utilizes is essential in creating a more grounded location (Sood, & Leichtle, 2013). The settings can be modified for specific necessities of an institution and for distinct patient groups within such institutions that are based on the patient’s aspects such as location, perception (Tan, 2008). The alert that is offered can provide medical advisories based on the existing patient’s condition. These advisories are comprised of certain operational information that is demonstrated on the display when a when any command is chosen. This innovation notifies the users if the selected operation is out of the specific range but the innovation can still be overridden without having to alter the general settings of the systems (Tan, 2008). In addition, the hard stop is focused on informing the users if the selected drug is safe and thus denies the infusion unless the modification of the program is made within the specified timing.
Robotic Surgery provides a huge deal of efficiency and time saving that is essential in influencing safe health practices (Tan, 2008). This technology creates different opportunities that can be utilized to enhance safe utilization and informs different actions that can be adapted to correct the issues. These interventions are grounded on the information to be modified to the particular needs of the patients and the institution and the concentration that is required on the identified sections. Most surgical procedures are categorized as high alert intervention and are most likely to result in damages if errors are administered (Sood, & Leichtle, 2013). One of the primary benefits of this technology is that it is associated with reduced administration errors that are related to the surgery. Smart technologies can offer a close check of calculations by ensuring that the incisions are right and safe for the patient. This technology, therefore, encourages and support safe and quality care.
How Evidence-Based Research Influences the Healthcare Industry
Evidence-based research leads to quality healthcare services and promotes patients safety in general. Evidence-based leads to a more stable health care industry by focusing on the best and highly positive outcomes in general. This research promotes quality and growth because it is centered on patient values and needs, clinical profession and the most suitable evidence. In other words, evidence-based medical practices increase health systems value as it helps clinicians to sustain standardized processes (Melnyk & Fineout-Overholt, 2011). In addition, it uses actual time data in making more informed decisions leading to transparency, responsibility and increased value. This is because it expresses more enhanced commitment that seeks to improve the transparency of thinking behind policies that leads to increases responsibility that justifies the ground for the utilization of valid decisions and eliminates any existing uncertainty. In addition, it leads to improved quality care (Melnyk & Fineout-Overholt, 2011). Despite the fact that the nation normally spends more money per individual on healthcare as compared to other countries it is evident that Americans fail to acquire the necessary care. With the presence of evidence-based care is concerned it leads to improved care since clinicians have access to the unexploited information regarding the most suitable practices. In other words, this leads to improved outcomes for treatment is usually safe and appropriate and thus few errors might occur but not affect the general outcomes (Melnyk & Fineout-Overholt, 2011).
Evidence-Based Research Influence on Robotic Surgery Innovation
Robotic Surgery innovation has highly been influenced by evidence-based research as it has evolved progressively and attained more efficiency. In that, the technology does not only work in ensuring that errors regarding medicines are lowered but it ensures that the safety of the patients and that of the users is preserved (Parsons & Revell, 2016). Innovation has therefore, influenced the values of this technology by ensuring that medical expertise is integrated with the most suitable and available systematic findings. Research-based evidence has worked to improve the functionality and the response of the software which not only seek to enhance quality and safety but are now objected at stabilizing the performance and supporting positive outcomes (Parsons & Revell, 2016). This implies that all the information that is utilized in making decisions is mainly grounded on evidence in order to eliminate the occurrence of errors. This integration is mainly focused on providing the most suitable care to the patients and addressing usability for the practitioners.
External Influences That Affect Healthcare Research
Healthcare research is affected by several external forces which include lack of governmental support, patient stereotyping and cost. It is apparent that the expenses that are associated with healthcare research are particularly high and it is challenging for a single organization to fully finance such activities and at the same time focus on the provision of quality and safe care to the patients (Melnyk & Fineout-Overholt, 2011). Based on the associated expenses and the lack of support from the governmental institution it becomes very challenging for the research to be completed and once it is done the outcomes are always below expectations and associated with minimal or zero benefits (Melnyk & Fineout-Overholt, 2011). Most of such healthcare research is guided by evidence that is not certain or proven leading to errors and complexity. Awareness and familiarity is another challenge since most of the practitioners are not fully informed of the use or the guidelines and complex.
External Influences That Affect Robotic Surgery Innovation
In this regard, some of the external forces that affect Robotic Surgery innovation use in healthcare are cost, awareness, and lack of leadership support (Tan, 2008). In that the adoption of such innovation is expensive and it requires the support of the government to offer guidance and encourage its applicability. However, the high expenses normally push most healthcare institutions away which fails to uphold quality and safety values. In addition, for effective adoption of this technology awareness and familiarity is a requirement (Tan, 2008). The practitioners should be well informed of its use and application which will, in turn, lead to lowered errors. In that despite the fact that the innovation is user-friendly comprehensive understanding is a requirement.
References
Melnyk, B. M., & Fineout-Overholt, E. (2011). Evidence-based practice in nursing & healthcare: A guide to best practice. Philadelphia: Wolters Kluwer/Lippincott Williams & Wilkins.
Parsons, L. C., & In Revell, M. A. (2016). Pathophysiology and care protocols for nursing management. Elsevier.
Sood, M., & Leichtle, S. W. (2013). Essentials of Robotic Surgery. New York: Spry Publishing LLC.
Tan, J. K. H. (2008). Healthcare information systems and informatics: Research and practices. Hershey, PA: Medical Information Science Reference.
