1 00:00:21,521 --> 00:00:23,648 Hi, I'm Diane Washbourne, 2 00:00:23,648 --> 00:00:27,318 Clinical Specialist of Hematology for Sentara Health Care. 3 00:00:27,527 --> 00:00:30,822 I'm a medical technologist with my specialty 4 00:00:30,822 --> 00:00:33,575 in hematology. 5 00:00:36,244 --> 00:00:40,540 Sentara started using the Alifax analyzers in 2017. 6 00:00:40,790 --> 00:00:45,462 During our installation, application specialist came in and taught 7 00:00:45,462 --> 00:00:47,213 key operators. 8 00:00:47,213 --> 00:00:50,884 The key operators then taught the staff. 9 00:00:50,884 --> 00:00:53,595 There was less than a half hour training session 10 00:00:54,012 --> 00:00:59,851 because the analyzer is very user friendly, intuitive. 11 00:00:59,851 --> 00:01:03,063 We just have not had any issues with training. 12 00:01:06,608 --> 00:01:09,611 To do the correlation with the manual method. 13 00:01:09,611 --> 00:01:13,198 It's a semi quantitative test and the understanding 14 00:01:13,198 --> 00:01:15,700 that it's a different methodology. 15 00:01:16,242 --> 00:01:20,038 The manual method you're actually measuring the settling 16 00:01:20,038 --> 00:01:25,001 of the red cells with the automated, you're measuring with the rate 17 00:01:25,001 --> 00:01:29,839 rouleaux is being formed, so it's not as 1 to 1. 18 00:01:30,006 --> 00:01:35,386 What I did get was negative was negative, positive was positive. 19 00:01:35,470 --> 00:01:39,641 Some of the positives 60 60 So some of the positives 20 00:01:40,058 --> 00:01:45,396 manual method would be 60, the automated method would be 82. 21 00:01:45,730 --> 00:01:48,817 So it was a little outside 22 00:01:49,234 --> 00:01:53,071 the the norm if you were correlating creatinine 23 00:01:53,071 --> 00:01:56,866 or hemoglobin, you wouldn't want to see that kind of difference. 24 00:01:57,158 --> 00:02:02,122 But because it was semi quantitative and a totally different method 25 00:02:02,372 --> 00:02:07,585 and I was getting abnormal to abnormal and normal to normal, 26 00:02:07,877 --> 00:02:13,842 I felt that it was acceptable correlation 27 00:02:13,842 --> 00:02:17,220 for the methodology. 28 00:02:19,097 --> 00:02:22,600 The top three reasons I chose Alifax 29 00:02:22,600 --> 00:02:26,646 for the Sed rate analyzer at Sentara. 30 00:02:26,646 --> 00:02:32,443 Number one was it was automated it barcode the samples. 31 00:02:32,986 --> 00:02:36,281 The second reason was it was interfaced. 32 00:02:36,281 --> 00:02:39,826 There was no more transcribing of results 33 00:02:39,826 --> 00:02:43,371 and manually entering them into the LIS. 34 00:02:43,663 --> 00:02:47,917 The third reason was safety for my technologist. 35 00:02:48,084 --> 00:02:54,132 They were now not opening a tube and having to possibly have an exposure. 36 00:02:54,883 --> 00:02:57,135 Results in 20 seconds 37 00:02:57,135 --> 00:02:59,470 independent of the patient's hematocrit. 38 00:02:59,637 --> 00:03:01,347 They're no dilutions. 39 00:03:01,347 --> 00:03:06,311 You have a direct EDTA tube sampling, temperature controlled. 40 00:03:06,311 --> 00:03:10,064 No vibration or vertical alignment errors. 41 00:03:10,356 --> 00:03:12,609 Automated mixing, 42 00:03:12,609 --> 00:03:18,114 latex controls and calibrators are extremely stable with very low CVs, 43 00:03:18,406 --> 00:03:20,825 high reproducibility. 44 00:03:21,326 --> 00:03:24,120 And it's a walk away. 45 00:03:25,872 --> 00:03:30,126 The Techs were so pleased with the introduction of this technology 46 00:03:30,126 --> 00:03:35,131 and the difference it made in their workflow and with the quality of results. 47 00:03:35,215 --> 00:03:38,259 I would highly recommend this analyzer 48 00:03:38,259 --> 00:03:40,553 to other laboratories.