Capella University ENG-FPX2250 Assessment 3-1: Academic Research and Writing

Introduction

Technological advancements in the healthcare system reinforce the need for providers to embrace robots. Robotic surgeries improve precision and post-operative outcomes (Yu et al., 2018). Notable areas where robotic-assisted surgery is relevant are partial and total knee and hip replacements. While direct physician involvement remains a priority, surgeons acknowledge the significance of robots in assisting them to provide quality and safe patient care consistently. Sheetz et al. (2020) indicated that significant growth in the robotic surgery market encourages healthcare providers to embrace robot-assisted surgeries. The advancements provide opportunities for healthcare professionals to correct complex conditions, reduce the risk of infections, and achieve greater precision and accuracy. Compared with conventional procedures, robotic procedures are promising and could help healthcare professionals improve the accuracy of surgeries. Thus, robot-supported orthopedic surgery offers greater potential for healthcare professionals to perform complex operations and achieve the intended safety and quality of patient care.

The Relevance of Robot-Supported Orthopaedic Surgery

Efficient and Effective Surgical Procedures

Robot-assisted surgeries improve the efficiency and effectiveness of procedures. Successful outcomes help reduce the cost of care based on an organization’s ability to utilize advanced and better systems, multidisciplinary practices, and a competent workforce to enhance the quality and safety of patient care (Li et al., 2021). Despite the cost implications of robotic surgeries, healthcare providers can provide in-depth evaluations and precision in handling patients with complex health conditions. According to Li et al. (2021, p. 12), “robot-assisted surgery has gradually matured, with the surgeries likely becoming the mainstream choice in spine and joint surgery in the future.” Further development of robot-assisted technologies would strengthen organization’s ability to stay ahead of learning curves and optimize care outcomes. Efficiency and effectiveness are key aspects that influence significant investments in developing and implementing robot-assisted surgeries in today’s healthcare system. Healthcare providers acknowledge the contributions of robotic surgery toward maximizing patient experiences.

Opponents of robot-assisted surgeries claim that the high cost of implementation limits smaller and medium sized hospitals from benefitting from the technologies. In this sense, successful adoption requires additional investments in terms of upgrading systems, scaling interdisciplinary practices, and workforce training. Nonetheless, the specialized nature of robot-assisted surgery enhances the capabilities of surgeons’ hands. Increased portability and efficient workflows make robot-assisted surgeries appropriate for smaller facilities with resource constraints. Surgeons can perform procedures in complex areas through small incisions that support precise movements and enhanced magnification. Chen et al. highlight the relevance of robot-assisted orthopedic surgery in treating adult degenerative scoliosis. The findings capture patients’ vulnerability to blood loss, prolonged hospital stay, and other outcomes that increase operation costs. The multiple advantages justify the significant investment in pursuing changes within the clinical environment to optimize outcomes across the care continuum. In other words, healthcare providers should embrace robotic surgeries as part of the efforts to enhance the quality and safety of clinical practice. Robot-assisted technologies are effective and safe options for achieving satisfactory surgical outcomes.

The Impact of Robot-Assisted Surgeries on Patient Experiences

Unlike conventional orthopedic procedures, robot-assisted surgery maximizes patient experiences. The developments reinforce providers’ focus on patient-centered and outcome-based care. With multiple surgery procedures happening every year, robot-assisted surgeries are timely due to opportunities to provide better patient experiences and facilitating consistent improvements in hospital operations. For instance, the technologies help reduce vulnerability to severe blood loss, prolonged hospitalization, and readmissions (Jaiprakash et al., 2021). Patients, healthcare providers, the workforce, and families significantly benefit from streamlined surgical procedures. Jaiprakash et al. (2021, p. 4), argued that, “medicine has been a late adopter of robotics, but the trend will rapidly change in the upcoming decades.” The scholars added that, “robotic-assisted knee arthroscopy could decrease unintended iatrogenic trauma and improve visualization, thus increasing diagnostic yields and the execution of arthroscopic repair.” The findings reveal the relevance of robots in enabling healthcare professionals to access confined spaces within joins.

With robot-assisted surgeries, it is easier to manage complex manoeuvres required to access a joint and perform a successful surgery. The progress demonstrate viability of robot-assisted surgeries in making healthcare providers responsive to patients’ needs and expectations. However, opponents claim that surgeons can achieve the same level of accuracy without using the robot system. The narrative implies that physical involvement is a primary consideration for healthcare providers to optimize outcomes. On the other hand, increased surgical volume and demand for increased efficiency make robot-assisted surgeries a critical aspect of the modern healthcare environment. In the future, surgical robots will help reduce surgery time, enable