Letter, MD, Assistant Professor, Program Director of Breast Imaging and Intervention Fellowship and Associate Clerkship Director at University of Florida Health – Jacksonville, will present research from a real-world study assessing the impact of ProFound AI in DBT screening exams.
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“Effect Of Artificial Intelligence Software On Digital Breast Tomosynthesis Screening Cancer Detection And Abnormal Interpretation Rates Among Subspecialized Breast Radiologists: A Real-World Experience.” Principal investigator Haley P.
Ice, MD, radiologist at Rose Imaging Specialist and Solis Mammography, will discuss her research evaluating the use of ProFound AI in identifying and scoring lesions in prior DBT screening exams of cancer cases (session ID: SPR-BR-4).Īdditionally, the following poster discussions will take place on Tuesday, November 30: In a poster presentation titled “ Use Of Artificial Intelligence Software To Identify Clinically Aggressive Lesions On Prior Digital Breast Tomosynthesis Exams Based On Molecular Subtypes,” lead author Mary F. “Our efforts to empower clinicians with deep-learning technologies to optimize efficiency, confidence, and patient outcomes are demonstrated by the unrivaled specificity of our breast imaging AI solutions that are transforming breast cancer detection and risk-based personalized screening.” “We are thrilled to have three important scientific presentations at RSNA this year, as these abstracts provide compelling new and real-world data regarding ProFound AI and the potential it offers to improve outcomes by supporting the earlier detection of breast cancer,” said Stacey Stevens, President of iCAD, Inc.
The Company is also showcasing its portfolio of world-class breast health solutions, including the latest versions of ProFound AI ® Risk and PowerLook ® Density Assessment, at McCormick Place in Chicago in the South Hall meeting suites 214-216. 29, 2021 (GLOBE NEWSWIRE) - iCAD, Inc. (NASDAQ: ICAD), a global medical technology leader providing innovative cancer detection and therapy solutions, today announced new and real-world research demonstrating the value of ProFound AI ® for Digital Breast Tomosynthesis (DBT) will be highlighted at the 107 th Scientific Assembly and Annual Meeting of the Radiological Society of North America (RSNA), November 28 – December 2. ICAD’s innovative breast health solutions, including ProFound AI Risk and PowerLook Density Assessment, to be showcased during the meeting Furthermore, the molecular approach should be taken into consideration for the rapid and correct diagnosis of virulent bacteria associated with contact eye lenses.World’s first FDA cleared AI breast cancer detection software to be highlighted in three scientific presentations at largest radiological meeting in the world The MtP method was found to be the most effective phenotypic screening method for detection of biofilm formation by MRSA. The selected biofilm producing MRSA isolate was found to harbor the icaA, icaD and up to nine of 10 tested MSCRAMM genes, whereas the selected non biofilm producing MRSA isolate did not carry any of the tested genes. On the other hand, glucose or heparin leads to a concentration dependent increase of biofilm production by the isolates. Biofilm production was found to be reduced in the presence of ethanol or ethylenediaminetetraacetic acid and at extreme pH values. Of 32 MRSA isolates, 34.37%, 59.37%, and 81.25% showed positive results using CRA, TM or MtP, respectively. The biofilm-forming related genes, icaA, icaD and 10 microbial surface components that recognize adhesive matrix molecule (MSCRAMM), of the selected MRSA were also detected using polymerase chain reaction. The effect of some stress factor on the biofilm formation was studied. The objective was to investigate the biofilm-forming capacity of methicillin resistant Staphylococcus aureus (MRSA) isolated from eye lenses of infected patients.Ī total of 32 MRSA isolated from contact lenses of patients with ocular infections were screened for their biofilm-forming capacity using tube method (TM), Congo red agar (CRA), and microtiter plate (MtP) methods.
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