Standard in vitro genotoxicity tests like micronucleus assay can present limitations. In our case study, ToxTracker assay not only performed better than micronucleus assay in identifying genotoxicants, but also provided mode-of-action insights. Curious about this case study? Click on the link below. https://lnkd.in/dFfMB_Nx #toxtracker #genetic #toxicology #nams
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The development of biologically relevant, predictive cell-based assays for compound screening and toxicity assessment is a major challenge in drug discovery. See how the FLIPR® Penta and ImageXpress® Micro Confocal Systems can be used to obtain robust multi-parameter cytotoxicity data in this video on #toxicity studies of iPSC-derived cardiomyocytes and neuronal spheroids. Watch the video ➡️ https://bit.ly/48HOAIE #drugdevelopment #kineticscreening #toxicology #cellviability
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🌟Checking Our Interesting Article🌟 📚Doxorubicin Impairs Smooth Muscle Cell Contraction: Novel Insights in Vascular Toxicity 🔗https://lnkd.in/ePdUMGmy 👨🔬 By Prof. Wim Martinet et al. MDPI University of Antwerp Ghent University #Molecular #Toxicology #doxorubicin #cardiooncology #arterialstiffness #endothelialdysfunction
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The MultiFlow® assay sits within our range of Clastogen & Aneugen screening options. Using multiple biomarkers within a single flow cytometry-based experiment, the MultiFlow® assay can be used to distinguish between clastogenic and aneugenic modes of action, and also identify potentially misleading positives that might be secondary to cytotoxicity. Speak to a member of our team today to find out how this assay can support your next study: https://lnkd.in/ddSZkTp #Toxicology #CRO
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Chemotherapeutic agents have been widely associated with risk of cardiac toxicity. That's why we propose to identify and to grade your drugs earlier in your development process. Let's start a discussion on your project!
Our hiPSC-CM platform is an excellent tool to grade drugs based on their potential cellular cardiotoxicity, on contractile dysfunction and ECG abnormalities. Contact us to learn more about the cardiomyocytes platform at PhysioStim. #Cardiotoxicity #SafetyPharmacology #Toxicology #MEA #Cardiomyocytes #hiPSC #Doxorubicine #Contractility
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Our aProximate™ Proximal tubule assay-ready plates support a myriad of different applications including: - Drug transporter studies - ADME/DMPK evaluations - Toxicity studies Speak to our kidney experts today about our assay-ready plates and try them out. https://lnkd.in/eGcv44FG #biotech #toxicology #ADME
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The Big Blue® transgenic mutation models ensure the continued market provision of the Big Blue® transgenic assays for companies requiring mutagenicity assessment under the OECD 488 guideline. These studies play a central role in enabling risk assessments for materials where pre-existing data indicates a potential mutagenicity risk to human health and the environment. Speak to a member of our team today to find out how the Big Blue® studies can support your next project: https://lnkd.in/ddSZkTp #Toxicology #CRO
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Our aProximate™ Proximal tubule assay-ready plates support a myriad of different applications including: - Drug transporter studies - ADME/DMPK evaluations - Toxicity studies Speak to our kidney experts today about our assay-ready plates and try them out. https://lnkd.in/eGcv44FG #biotech #toxicology #ADME
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Our MPS flow model is: - Utilizing freshly isolated PTCs - Retaining all key renal transporters and maintaining functionality - High through put Find out more from our kidney experts: https://lnkd.in/gtEnXFQU #toxicology #ADME #biotech
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Newcells aProximate™ proximal tubule cell model and glomerulus models are ideal tools for assessing kidney safety/toxicity. In our studies we quantify FDA-approved kidney toxicity biomarkers, such as KIM-1, NGAL and clusterin. Contact us for more information: https://lnkd.in/df_z9ZnR #drugdiscovery #biotech #organonachip #toxicology #ADME
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In a new #Toxicology Research article, “A mechanistic #biomarker investigation of fialuridine hepatotoxicity using the chimeric TK-NOG Hu-liver mouse model and #invitro micropatterned #hepatocyte cocultures,” the #HEPATOPAC model is shown to provide improved IVIVE data compared to conventional models. Fialuridine caused deaths in a human clinical trial because of liver toxicity that was not predicted in #preclinical safety studies. This paper looks at different models for their ability to identify nucleosides with similar mitochondrial toxicity mechanistic liability potential. Read more: https://hubs.ly/Q02h-ZVx0
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