![]() What went into the R&D process? How long did it take to develop i-STAT Alinity? How do you prepare for diagnostic tests or innovations that don’t exist yet? How do you develop a device that won’t become outdated when new technologies arise? On top of that, we needed to be mindful not to lose sight of the features and capabilities people rely on with the current i-STAT device. To do that, we needed to anticipate the needs of tomorrow, which was a real challenge. What was one of the biggest challenges the R&D team faced while developing the next-generation product?īates: One of our main goals with i-STAT Alinity was to design a device that would withstand the test of time – that meant creating a device that was durable, reliable and could adapt to future needs. Our goal is to help healthcare providers diagnose, treat and send patients on their way in the quickest and most efficient way possible. Knowing how that feels, we want patients to be treated faster and more accurately, so they can return home and continue living their best and healthiest lives. At some point or another, a family member, a loved one or even we have been in the hospital. Narendra Soman: When our team thinks about our customers, we often imagine ourselves or our families. That’s how we began developing i-STAT Alinity. Our team knew there was more we could do to make often scary healthcare moments – from a potential heart attack to the need for dialysis – a little better. We also want to do all we can to help the healthcare providers who treat these patients. It’s about helping families and helping those who arrive at a hospital and need rapid treatment decisions. However, we knew we could do more to push the boundaries and develop an even better with-patient device that could make a difference in the healthcare industry.įor me and for many people on our R&D team, the inspiration for our work is the patient. Matt Bates: At Abbott, we’re very proud of our existing i-STAT device and the expertise we have in the point of care (testing that takes place with-patient) industry. What prompted or inspired your R&D team to develop i-STAT Alinity? 50, dated July 26, 2011.Abbott's R&D expert, Narendra Soman, Ph.D., shares his thoughts for how i-STAT Alinity, a new handheld blood testing tool, could help patients get healthier, faster. ![]() Two 9-volt lithium batteries or rechargeable battery.įactory: electronic, mechanical, thermal, pressureġ5-40☌ (59-104☏) for Medisense strip testingġ6-30☌ (61-86☏) for i-STAT cartridge testingĬomplies with U.S.11 except for deviations pursuant to laser Notice No. Test results are uploaded automatically when the i-STAT 1 handheld is placed in a downloader.Operator lockout prevents unauthorized users from performing or viewing test results.Operator and patient information can be entered via barcode scanner.The system prompts users step by step through the testing process.Patient-side testing is as easy as entering the operator and patient information into the handheld, inserting one of the several testing cartridges, and then viewing test results: features ergonomically designed soft keys for comfort and ease of use.weighs 18 ounces, making it completely portable.requires no special sample preparation or user calibration maintenance is minimal.The portable i-STAT 1 handheld makes patient-side testing easy: All other i-STAT cartridges are categorized as moderate complexity. In the USA, for the purpose of CLIA compliance, the i-STAT CHEM8+ cartridge is categorized as Waived. Analyzers, cartridges, and test strips should be used by healthcare professionals trained and certified to use the system and should be used according to the facility?s policies and procedures. The i-STAT 1 Analyzer is intended for use with i-STAT cartridges for in vitro quantification of various analytes in whole blood and with the Abbott MediSense Precision PCx Blood Glucose Test Strip for the in vitro quantification of glucose in whole blood. The Abbott i-STAT® 1 is a revolutionary handheld analyzer that provides labaccurate test results in minutes for a range of measurements including blood gases, electrolytes, chemistries, coagulation, haematology, glucose and cardiac markers. Delivers lab-quality test results to the clinician within minutes
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