![]() ![]() ![]() The developed automatic multi-thresholding algorithm can differentiate solutions with high concentration from different type of materials. The results were compared with the Weasis software v1.2.7 and Somaris7/Syngro CT2012B to verify the new algorithm. The developed image processing software was used to evaluate the CT numbers of each type of solution. The pitch and slice thickness selected were 0.6 mm and 1 mm respectively. Five energies (70, 80,100, 20 and 140 kVp) were applied to produce the single-energy images, while only two energies with high (140 Kvp) and low voltages (80 kVp) were used to produce the fused CT images. The eight solutions were placed into a PMMA container, which was filled with water and scanned using a single-source dual energy CT that is capable of producing single and dual-energy images. Five different concentrations of calcium chloride, and two different concentrations of iron (III) nitrate and sunflower oil were used. The aim of this study is to evaluate the efficacy of a new automated quantification technique in differentiating different types of materials using the single-energy and dual-energy computed tomography (CT). A 1-day double-acquisition protocol should be used to reduce false-positive findings of the gut. In summary, 99mTc-TOC represents a useful radiotracer in imaging SSTR-expressing tumor lesions with slightly higher sensitivity, higher imaging quality, and lower radiation exposure for patients compared to ¹¹¹In-octreotide. From these data, a sensitivity of 81%, specificity of 90%, positive predictive value of 94%, and negative predictive value of 69% were calculated. The scintigraphy was true positive in 17 patients, true negative in 9, false negative in 4, and false positive in 1. In 31 patients, 34 somatostatin receptor scans using 99mTc-Hynic-TOC were performed. The scintigraphic findings were compared with computed tomography scans and follow-up. 99mTc-Hynic-TOC was used for assessing primary diagnosis (n = 14) and during follow-up (n = 17) in patients with NETs. In comparison to ¹¹¹In-octreotide, 99mTc-Hynic-TOC has a higher imaging quality and leads to a lower radiation absorption in patients. It'll give you an overview of WEMSIS and NEMSIS version 3 implementation.The aim of this study was to assess the potential of 99mTc-Hynic-TOC imaging in the primary diagnosis and follow-up of midgut neuroendocrine tumors (NETs). Additionally, the WEMSIS webinar and the entire transcript given at the 2015 West Region EMS Conference is online. Email us to propose dates and times for webinar training. We provide one-on-one or group webinar training for service administrators. In many cases, we can assist your transition in using WEMSIS. Later this year, we'll post our own training videos on the newer system. ![]() These materials are located under the "Help" tab once you log into WEMSIS. You'll find ImageTrend (web provider of WEMSIS), provides helpful, comprehensive manuals and training videos.Email us if you need detailed instructions in obtaining WEMSIS approval through SAW. To request the WEMSIS service through SAW, search for it by its code 5290. Access to WEMSIS first requires user authentication through SecureAccess Washington (SAW). In some cases, to secure the privacy and integrity of service accounts, we may require a known sponsor from your service or EMS region. If you wish to use software in the field, here's how to find a NEMSIS-compliant software vendor. Data is best entered into WEMSIS in a stationary office setting. If you don't keep electronic care patient records or want to replace your software: You may use WEMSIS to access its run form, to perform record management and to run reports.The more frequently your data is uploaded to WEMSIS, the more timely your reports will be. Contact your software vendor to 1) verify it is NEMSIS version 3-compliant, and 2) upload your records to WEMSIS via web service in real time. If you use your own National EMS Information System (NEMSIS)-compliant electronic patient care record software: You may use WEMSIS to run reports on your data and benchmark with other data in the system.Our goal is to assist you in making that transition. Quality improvement is just one reason for this transition. We know the field of emergency care is rapidly requiring electronic patient records. ![]()
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