solved I need a response to the post below: According to

I need a response to the post below: According to Peterson & Costanza (2017), Alarm management is a multifaceted problem that affects all health care organizations and clinical staff. Health care facilities should conduct alarm risk assessments utilizing an interdisciplinary alarm management committee. Assessment teams should include a member from the safety, nursing education, quality improvement departments, and clinical nurse leaders from the units. The team should implement huddles on the unit to examine and evaluate current practices for alarm management. Systems generally alarm at a central station only, making alarm management for multiple patients more complicated between the patient’s room and central station. At the clinical staff level, the nurses should be interviewed and assessed for knowledge regarding alarm fatigue. The team can utilize models like the Fishbone diagram to identify potential causes of a problem that leads to alarm fatigue. The fishbone visually depicts the problem and formulates major categories of probable causation (Spath, 2018) and the Plan-Do-Study-Act (PDSA), a four-stage problem-solving model used to improve a process or carry out the change. PDSA guides the testing of the change to determine if the change is an improvement. Creating alarm setting and response protocols, developing clinical competencies related to the effectiveness of clinical alarm systemsongoing organizational support to educate nurses in managing cardiac telemetry alarms will be instrumental in improving nurses’ response to significant alarms.Customizing alarms includes adjusting the low and high heart rate (HR) alarm thresholds by considering patient’s activity levels. Reconfiguring the medical device only to enable actionable alarms lays a foundation for the team to address other contributing factors of alarm fatigue.Regulating the limit of HR and alarm parameters to patients’ actual needs was an effective intervention yielding a 30%–43% reduction in alarms (Srinivasa, Mankoo, & Kerr, 2017).Education interventions based in clinical practice settings increase educational effectiveness. Being knowledgeable about the capacity of the telemetry alarm device, ongoing education best practices such as changing ECG electrodes daily, education on new policies to improve response rate will assist clinical staff with nuisance alarms. Implementing teams to assess and intervene in the safety risk of alarm fatigue will be more cost-effective than the risks of loss of accreditation or civil litigation.