Home >> Tag Archives: Urinalysis/Urinary tract infections/urinary cytology

Tag Archives: Urinalysis/Urinary tract infections/urinary cytology

In urinalysis, reflex algorithms and other efficiencies

March 2023—Urinalysis was at the heart of a Feb. 7 discussion between CAP TODAY publisher Bob McGonnagle; Ron Jackups Jr., MD, PhD, of Washington University School of Medicine; and Jason Anderson of Sysmex America. “There’s a lot of room to explore what the optimal parameters are to use with the best specificity and sensitivity for a reflex to the sediment analysis or the culture,” Anderson said. Here’s what he and Dr. Jackups said about reflex testing, automation, and middleware.

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Urinalysis: Efficiency, utility, and the ‘movement in the field’

December 2021—Four experts met on an Oct. 12 call to talk with CAP TODAY about urinalysis—the newest platforms, what labs need, labor solutions. CAP TODAY publisher Bob McGonnagle asked the questions. Providing their perspectives were Matthew Rhyner, PhD, MBA, Beckman Coulter; Jason Anderson, MPH, MT(ASCP), Sysmex America; Megan Nakashima, MD, Cleveland Clinic; and Keri Donaldson, MD, MSCE, Solvd Health and Penn State. Here’s what they had to say.

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Problems, solutions at core of UTI, C. diff modules

April 2021—Urinary tract infections and Clostridioides (Clostridium) difficile testing are the topics of two of the modules released recently in the CAP Test Ordering Program. The Laboratory Workup for Urinary Tract Infections module became available online in January, and C. difficile Testing in October 2020 (www.cap.org/member-resources/test-ordering-program). The program is free to CAP members.

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Bladder cancer detection and surveillance: How urine cell-free DNA stacks up against cytology

June 2019—A high-throughput sequencing panel was found to be more than 90 percent sensitive in detecting urinary tumor DNA in early-stage bladder cancer and in post-treatment surveillance. The approach, reported in April in Cancer Discovery, overcomes some of the challenges urinary cell-free DNA analysis poses, said one of its developers, and is far more sensitive than cytology and cystoscopy.

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Cytopathology in Focus: Paris System: a new paradigm for urinary cytology

May 2016—The Paris System Working Group has proposed and published a standardized reporting system that redefines the primary purpose of urinary cytology: the detection of high-grade urothelial carcinoma (HGUC).1 A program to address standardization of urine cytology reporting was conceived at the 18th International Congress of Cytology in Paris in May 2013 where a number of people of like interest assembled and formed the Paris System Working Group.

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Leveraging urinalysis for value-based health care

November 2015—Tim Skelton, MD, PhD, knows a fair amount about how to enhance the clinical value of urinalysis. It’s a subject that, as medical director of the core laboratory and laboratory informatics at Lahey Hospital and Medical Center in Burlington, Mass., he’s been focused on for the past three years. But he didn’t exactly set out to become an expert in that particular area. He was mainly trying to figure out why his laboratory was experiencing repeated urinalysis quality assurance failures.

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Lab studies new steps in urine and anemia screening

August 2015—Despite the demonstrated value of implementing reflex testing algorithms to improve patient care and avert wasteful spending, the road from conceptual understanding to plan-in-action can be rocky. A pathologist at one academic medical center recently talked about his experience with reflex testing algorithms in the areas of urine screening and preoperative anemia screening. His story illustrates the barriers to change as well as the enviable outcomes that could potentially be achieved.

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For CKD, work is on to refine and find biomarkers

July 2015—Getting the upper hand on chronic kidney disease requires taking maximum advantageof existing CKD biomarker capabilities. It also means discovering new markers, though the trick is finding those that can expand treatment options. Some believe fibroblast growth factor-23 has the potential to fit that bill, with one researcher calling it “among the most exciting new targets in chronic kidney disease.”

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Paths to validating, using urine sediment analyzers

March 2015—Before Lahey Hospital and Medical Center’s clinical laboratory brought an automated urine sediment analyzer on board last November, it had been doing manual microscopy on positive dipstick specimens only. A review of that practice uncovered problems with quality, including patient misdiagnosis, says Tim Skelton, MD, PhD, medical director of the core laboratory and laboratory informatics at the tertiary care medical center in Burlington, Mass.

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