63 result(s) for 'Fluorescent'
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Phenotyping Tumor Microenvironment Using DNA Barcoded Multiplex Technology Chifei Sun GSK IVIVTBIBCellular Biomarkers Collegeville, PA
I have no conflict of interests with Leica Biosystems, Ultivue and Indica Labs. – All the materials used in this presentation are for educational purpose only. – The human biological samples were sourced ethically, and their research use was in accord with the terms of the informed consents under an IRB/EC approved protocol. Statement 9/25/2020 2
Understand the complexity of tumor microenvironment and its importance in drug development – Introduce the Ultivue DNA barcoding and exchange technology for multiplex immunofluorescence – Highlight the processes of image fusion, spatial analysis and colocalization of markers on individual cells Learning...
Well-differentiated liposarcoma/atypical lipomatous tumor and dedifferentiated liposarcoma are among the most common malignant soft tissue tumors presented in older adults. These tumors can be difficult to distinguish from benign lipomatous neoplasms and other high-grade sarcomas. Amplification of the MDM2 gene has been identified in lipomatous neoplasms. The use of fluorescence in situ hybridization in identifying MDM2 amplification has made the...
Incorporation and Automation of RNAscope Technology into your COVID-19 Viral Pathogenesis Research. Research Use Only, Not for Clinical Diagnostic Procedure
For Research Use Only. Not For Diagnostic Use. Incorporation of the highly sensitive and specific RNAscope technology into your COVID-19 Viral Pathogenesis Research Jyoti Sheldon Applications Research Use Only, Not for Clinical Diagnostic Procedure
Agenda RNAscope technology overview COVID-19 Offerings COVID-19 Publications Research Use Only, Not for Clinical Diagnostic Procedure
RNAscope®In Situ Hybridization (ISH) Technology A hybridization-based signal amplification system with a unique probe design - Simultaneous signal amplification and background suppression Amplification Target-specific binding A specific and sensit...
A review of fluorochromes and the specialized microscope used in immunofluorescence techniques will begin this presentation. A typical (human skin and kidney) clinical specimen will be followed from receipt in the laboratory, through freezing, cryomicrotomy...
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Welcome to the Histology Hacks in Cryosectioning webinar.
I am Dr. Marla Rivera-Oliver, and I am very excited to share today some tips and tricks I've learned during my ten years of experience working on basic and translational research. I am based in the Dallas, Texas, area of the United States, and in my current role, I support customers from North Texas and Oklahoma. I completed a bachelor's in biology from the Interamerican University of Puerto Rico and a doctoral degree in Neurobiology from the University of Puerto Rico. I specialized in the spinal cord injury field and honed my skills in Cryosectioning, imaging, and in vivo electrophysiology. Then, I moved into a post-doctoral position at the Center for D...
Find Breakthroughs Faster with the Freedom to Discover
Speed up your next big discovery. Use the BOND RX to confidently complete IHC, ISH, FISH, CTC, multiplexing and other tests. Explore your ideas in a variety of ways via open reagents, open detection kits, and customizable protocols. The BOND RX provides an easy way for labs to fully automate tests and accelerate research programs.
Accelerate test programs through speed, efficiency, and consistent automation, reducing manual work so that researchers can spend less time at the bench and more time innovating.
Preserve morphology and integrity of precious tissue with the unique Covertile system that allows you to dispense reagents in a highly-controlled and more consistent manner. 91% of...
April Schrank-Hacker will offer a holistic look at the Cytogenetics laboratory workflow to increase confidence and accuracy in the final diagnosis. She will discuss new perspectives on creating optimized, safe and reliable workflows that your lab could...
Imagine the possibilities for your Chromogenic Multiplex with Leica Biosystems and Cell IDx
To accelerate the discovery journey in cancer research, Leica Biosystems has partnered with Cell IDx, a technology leader in multiplexed cellular immunodiagnostics, developing highly sensitive and specific reagents for research and clinical immunohistochemistry to meet the needs of precision medicine.
Cell IDx technology allows the automated detection of multiple markers on the BOND RX staining system. The technology uses primary antibodies from any species, employing a single antigen retrieval step that allows detection of three chromogen stains in 4.5 hours and four chromogen stains in 6 hours. The process is simple, fast, and fully automated on the BOND RX platform and Aperio Brightfi...
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Hello, hello; thank you so much for that introduction. Let's get started. Oh, I'm sorry, I just need to hit this next button here. So my name is Mark Lawson.
Thank you for joining us in this webinar. I'm here to present BOND RX tips, tricks, and optimization. It's going to be a user guide from the BOND RX and chromogenic multiplexing in the research application.
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So, my name is Mark Lawson. I'm an application specialist on the Life Sciences team at Leica Biosystems I provide technical support for the Life Sciences portfolio, including but not limited to the BOND RX, the BOND RXm, and a wide array of reagents. So I've worked in the histology field for about 15 years and in both clinical and research spaces. I started off as a histotechnologist and worked my way up...
In surgical pathology more than ever, the laboratories are expected to do more with less. Taking on more specimens with less technical staff, or getting more stains out of tiny biopsies or fine needle aspirations have become the norm. The College of American...