Automated urinalysis system for detecting blood in urine
Automated urinalysis system for detecting blood in urineDetecting red blood cells in a patient's urine by placing an aliquot of the urine in an automated analyzer sampling cup. The urine is transferred to a cuvette mounted within the automated analyzer and one or more reagent compositions in an...
Modified protocols that use an excess of an amine and limiting amounts of other nucleophiles permit the determination of cyanide in blood, urine and other samples. We also offer the ATTO-TAG CBQCA (A6222) and ATTO-TAG FQ (A10192) reagen...
aThe analysis of urine is an important diagnostic task for detecting disease. Urinary sediment from centrifuged samples is typically examined by the technicians using a microscope. Particles in the sediment, for example, red blood cells, white blood cells, epithelial cells, and crystals, etc are cl...
antigen in spiked blood ArticleOpen access09 May 2023 Detection and quantification ofMycobacterium tuberculosisantigen CFP10 in serum and urine for the rapid diagnosis of active tuberculosis disease ArticleOpen access28 September 2021 Diagnostic benefits of adding EspC, EspF and Rv2348-B to the Quanti...
This study is a comparison of the performance of the Leeds Spectral Vision system (infrared and 455 nm) with the Polilight-Flare Plus UV (365 nm) and the Mini-CrimeScope 400 CSS (485 nm) filter for detecting biological stains (blood, semen, saliva and urine) on a variety of fabric ...
Human parvovirus B19 in clotting factor concentrates: B19 DNA detection by the nested polymerase chain reaction The presence of B19 parvovirus in plasma from blood donors is seldom demonstrable, but clotting factor concentrates, prepared from large plasma pools, may ... K Zakrzewska,A Azzi,G Pato...
Despite its non-invasive nature of collection, limited amount of tear fluid compared to other biospecimens such as blood, urine and saliva, tears require a more convenient, standardized method for collection along with reliable and reproducible techniques for analysis. Recently, contact lenses have be...
Using phagocyte-smears from blood, urine, and ascites, these intracellular microbes were easily detected by light microscopy. One of the septic blood samples stained by our technique revealed semi-digested microbial signals despite the absence of a signal with routine staining. This detection system,...
The key exclusion criteria were a urine dipstick test result for glucose, protein, or blood of ≥ 2+. When a pancreatic cancer patient was not pathologically diagnosed with PDAC after enrollment, the patient was excluded from analysis. In the validation cohort, patients in whom the urine ...