CT Protocol Analysis Paper

The duration for each appointment should include actual time needed to conduct the scan as well as set-up and transition time. The technologist should not retrieve or escort the patient from and to the front desk. I would recommend having a transport person that conducts dual task. The task should include, transporting patient to and from the technologist, assisting walk-in patients. In order to decrease the lead time from scan to reading of MRI, I recommend installing an electronic medical record system. This will allow the radiologist to read the scan in real time. Outsourcing the transcription of reports should be eliminated. The electronic medical system will allow the radiologist to document and sign reports. It also prevent records from being transported to the scheduling center; reducing the number of times the patient information is touch as well as improving communication. By conducting the task in-house allows Quinte to save money. Quinte MRI facility is a 24 hour facility. I would recommend closing the facility on Saturday and Sunday due the lack of scans

The first opportunity for Texas Health Care Imaging is the business slant with the development towards coordinating computerized imaging and electronic restorative records. The move in the medical services industry is consistently acknowledged to advance toward an electronic restorative record and part of that includes a total digital solution of imaging examinations. U.S. Federal government regulations are forcing the industry towards direct digital imaging solutions by 2017 to maintain current Medicare reimbursement rates. The “Consolidated Appropriations Act of 2016 (American, 2016) will reduce Medicare reimbursement rates by 30% for any non-direct digital radiology imaging. Texas Health Care Imaging arrangements are for the most part

There has been an increased demand from the regulatory agencies that some standard of quality should be maintained on x-ray units and other equipment which can potentially harm the patients if the units are not performing as they are supposed to. Frequent requirement from these agencies is that institutions that use CT scanner should verify the performance of the scanner periodically (e.g. daily, monthly and annually) and if the performance standards are not met, they should often prescribe alternative measures. A QC program must be operational in order to meet these regulatory requirements. However in NM department, if CT fails its QC, it gets reported to the department’s physicist(s) who will either advice to

One of the important components in obtaining optimal image for radiographers is selecting correct technical factors. The standard technique chart is available in the radiology department. Every patient is different and therefore it is necessary to use correct technical factors for each patient. Exposure technique must be adjusted according to the patient's history and condition. There are certain disease causes body tissue thickness to increase or decrease that can alter the tissue composition. For this reason, it is required for the higher or lower technique to achieve proper image receptor exposure. Pathological conditions can affect the overall thickness and composition of the patient's tissues. Thus, selecting correct technical factors

Qu XM, Li G, Sanderink GC, Zhang ZY, Ma XC (2012). Dose reduction of cone beam CT

In summary, acquiring a new CT scanner will not only benefit the department but the organization and patients as a whole. When compared to other hospitals with similar ED and CT volumes, those facilities had a total of 4 or more CT scanners in comparison to our two scanners. Therefore, with the increased volumes of our ED, the CT department is running very lean and there is no other way to relieve the workload capacity. Acquiring this third scanner will streamline all ED patients; while increasing all opportunities for growth as an organization and in the clinical

Clinical data captured at the point of care can be efficiently and effectively used for administrative purposes such as vital and health statistics trending, health policy decision-making, and compensation The use of a map from SNOMED-CT to ICD-10-CM and ICD-10-PCS will allow clinical information captured at a very granular level to be aggregated

The writers draw out that CT scans can be useful and harmful to us.CT scans can be used to detect the diseases in your body but at the same time,it can also harm our body due to the expose to radiation which can possibly cause cancer.CT scans is good at identifying diseases fast for the patient to get treatment immediately but it is actually giving out lots of radiation which may cause cancer.CT scans is indifferent depending on the situation.

CT may be applied to interdisciplinary healthcare at any stage, demonstrating transferability (Kolcaba, 2003). While there are few variables in the theory, not all the variables have to be utilized. Kolcaba permits researchers to develop the TS to fit their own comfort interventions, instruments, or settings.

In order for CT scan to compute relevant images, ionizing ration must be used. People who are exposed to radiation are at a higher risk of developing cancer. Consequently, physicians must work diligently to minimize the amount of radiation that patients are exposed to. In order to so, there are several steps that clinicians can take. The steps are as indicated: the referring physician should be asked to justify the need for the radiation exposure; when an alternative to non-ionizing tool can be used, it should be used instead of CT; previously done images should never be repeated, but instead the results should be obtained to prevent unnecessary radiation exposure; education of referring clinicians, radiologist and the performing technicians regarding radiation doses; ensure scanner settings and parameters set to ensure lowest dose to achieve diagnostic images in all age ranges ( Stoodley and Phillip p.135). If these steps are followed, radiation exposure can be reduced while providing modernize care to patients.

Having such advancements and increasing stream of innovation, imaging technologies today provides greater speed and superior image quality. At the same time, the benefit to the organization and especially the patients, may not be fully realized when the workflow is obstructed by inefficiencies. Although many organizations have the latest equipment installed, they still face delays in report-turnaround time and a backlog of patients waiting for appointments. This diminished capacity and productivity can lead to variety of problems for the facilities, they can be-

TEE arrangements particularly portray an inclination for noninvasive options, restricting its utilization to situations where there is reported requirement for the data it gives. The strategies obviously expect to restrict use to fitting clinical circumstances. Bearers report narratively that the diminishment being used happens because the CPT codes and International Classification of Diseases, Ninth Revision (ICD-9) codes are adequately particular that an electronic alter can recognize appropriate and dishonorable cases. In any case, different cases in our set, for example, the HBT, likewise seem to have correspondingly particular codes without comparable impact.

The role of computed tomography (CT) in imaging has risen substantially in the previous decade (Hess et al. 2014). With its increasing demand, one of the most predominant concerns for radiation workers is the dose administered to the patient (Hess et al. 2014). Therefore, the calculation of dose is a parameter that must be monitored closely.

Strong harmful doses of radiation are used when performing medical treatments or procedures such as CT scans or X-rays. CT scans play a major role

The good, the bad and the inexplicable explores the possible causes of variation, shows the different ways in which variations can be measured, and analyses variations by PCT in rates of elective hospital admissions for selected procedures.