PCR, Flow Cytometry & Life Science Technology Resources
Welcome to the PCR, Flow Cytometry and Life Science Technology resources page: a curated list of presentation videos, slide decks, reports and posters.
These resources were produced from our PCR Flow Cytometry, Microfluidic, Liquid Biopsies and other research & technology series of events.
Extracellular Vesicles: from cell-cell communication to biomarkers discovery
Clinical-oriented applications for Imaging Flow Cytometry
Flow based MRD assessment for clinical decision making in acute myeloid leukaemia
Robust, reproducible & interactive QC, cell population identification and biomarker discovery
Recent developments of the extracellular vesicle measurements by flow cytometry
Isothermal Digital and Multiplex Detection of microRNA biomarkers
Beckman Coulter: Introducing Cytoflex SRT
Automated Threshold Determination Methods in dPCR – Getting from Zero to One
Multiplex Super Selective PCR Assays for the Detection and Quantitation of Rare Somatic Mutations Title
Challenges and Opportunities for Digital PCR in the CLIA Laboratory of the Moffit Cancer Experience
A Digital High Resolution Melt Platform Enables Single Molecule Sensitive, Large-Scale Sequence Profiling
Quality Control and Technical Variance in Plant qPCR Analysis
Tumor Derived DNA in Cerebral Spinal Fluid for the Management of Brain Tumours
Selfie-dPCR: Absolute measurement of gene expression and replication
Two-tailed PCR for Precision Diagnostics
MSRE-qPCR for multiplexed analysis of DNA methylation can be accurately used for detection and validation of colorectal cancer-specific biomarkers in liquid biopsy samples
Identification of rare mutations and DNA methylation patterns in cell-free DNA using multiplexed Enhanced-ice-COLD-PCR
Streamlining the genotyping service at the Sanger Institute using Multiplex PCR and NGS
Flexible, high-throughput qPCR for gene expression and genotyping analysis
Non-invasive prenatal diagnosis of monogenic disorders using droplet digital PCR
Microfluidics: Where From Here?
Applying High Speed Imaging Technology in Microfluidics
Shaped Paper Pumps for Microfluidic Devices
Acoustic Microfluidics
Liquid Marble Based Digital Microfluidics: Fundamental Physics and Applications
Microfluidics: Where From Here?
Applying High Speed Imaging Technology in Microfluidics
Shaped Paper Pumps for Microfluidic Devices
Acoustic Microfluidics
Liquid Marble Based Digital Microfluidics: Fundamental Physics and Applications
Reports and Investor Spreadsheets
The Big List Of Quantitative PCR & Digital PCR Companies & Investors
New Developments in Liquid Biopsy Technology: Applications in PCR, qPCR, and ddPCR
The rise of microfluidic technology: inspiring multi-disciplinary innovation and collaboration
The Big List Of Microfluidics Companies & Investors
The rise of microfluidic technology: inspiring multi-disciplinary innovation and collaboration
The Big List Of Microfluidics Companies & Investors
Poster Presentations
Quantitative Phase Imaging of Cells in Flow
Low Energy Extreme PCR: developing an efficient, low cost thermocycling engine
A cell-direct method for rapid and robust RNA quantitation
Cell-free DNA enrichment for rapid and lower-cost molecular diagnostics for tuberculosis using isotachophoresis
Novel XNA Molecular Clamp Application in NGS Diagnostic Platform OptiSeqTM Cancer Panels
Development and Validation of ColoScapeTM – A New Non-Invasive Colorectal Cancer Mutation Detection Assay
RT-PCR Controlled by Mirror-Image L-DNA for Detecting RNA Viruses with No Sample Preparation
Implementation of NAT activities for viral detection in Sanofi Vitry site
Self Similar Interfacial Impedance of Electrodes in High Conductivity Media
Impedance Based Microfluidic Device for Measuring Drug Response of Cancer Cells
High spatio-temporal resolved light-driven merging of microdroplets in microfluidic chambers
Self Similar Interfacial Impedance of Electrodes in High Conductivity Media
Impedance Based Microfluidic Device for Measuring Drug Response of Cancer Cells
High spatio-temporal resolved light-driven merging of microdroplets in microfluidic chambers
Presentation Slides
High-Resolution Melting for improved dPCR quantification and rapid pathogen identification
Liquid Biopsy for Easy and Difficult Cancers
Metastasis-Competent Circulating Tumor Cells in Colon Cancer
Evaluation of the reliability of droplet digital PCR and RT-ddPCR on a large number of samples and targets
Screening HIV-1 Vaccine and Cure-Therapy Candidates by Profiling CD4 T Cell Viral Nucleic Acids
Two-Tailed PCR for Precision Diagnostics
Development and Clinical Validation of Liquid ddPCR Tests for Actionable Somatic Mutations in NSCLC
Circulating Tumor DNA Detection from Heparinized Plasma Samples by Droplet Digital PCR
Challenges and Opportunities for Digital PCR in the CLIA Laboratory of the Moffitt Cancer Experience
Prospects for Digital PCR in Absolute Quantification of DNA and RNA
Admix™: Custom lyophilised RT-PCR reagents for point-of-use applications
Explaining Biocide Tolerance of Gram Negative Bacteria
Optimized Design of Broadly Detecting qPCR Primers and Probes Using a Conservation and Hybridization Prediction Algorithm
MelTree: A Novel Workflow for the Automated Identification of a Large Number of Variants through HRM
Discordance Between Replicate qPCR Reactions
Clinical Utility of Droplet Digital PCR on Liquid Biopsies from Patients with Castration Resistant Prostate Cancer
High Through-Put DNA Methylation Analysis of Lung Cancer: Plasma cfDNA for Biomarker Development
Development, Commercialisation and On-market Improvement to Liquid Diagnostic Tests in Lung Cancer
melTree: A novel workflow for the automated identification of a large number of variants using high resolution melting
Pan-lyssavirus real-time RT-PCR assay for rabies diagnosis
Is precise partition volume (monodispersity) required for good results in dPCR? Actually, no!
Data Analysis Pipelines and Tools for dPCR Experiments
Extraordinarily Sensitive, Multiplex PCR Assays that Assess the Abundance of Rare Mutations Associated with Cancer
Digital PCR for nucleic acid quantification
Two-tailed PCR for Precision Diagnostics
Streamlining the genotyping service at the Sanger Institute using Multiplex PCR and NGS
Flexible, high-throughput qPCR for gene expression and genotyping analysis
Selfie-dPCR: Absolute measurement of gene expression and replication
Challenges in establishing a PCR assay for the diagnosis of invasive aspergillosis
Novel digital PCR and mutation enrichment technologies for the analysis of clinically relevant DNA alterations in liquid biopsies
Identification of rare mutations and DNA methylation patterns in cell-free DNA using multiplexed Enhanced-ice-COLD-PCR
MSRE-qPCR for multiplexed analysis of DNA methylation can be accurately used for detection and validation of colorectal cancer-specific biomarkers in liquid biopsy samples
Non-invasive prenatal diagnosis of monogenic disorders using droplet digital PCR
Bioanalysis with leaky waveguides and moving magnets
Microfluidic solutions for cell and tissue studies
Affinity-Based Optical DNA Mapping In Nanochannels
Development and Manufacturing of Fully Integrated Sample-to-Result Microfluidic Devices
Microfluidic Devices for Cell Capture and DNA Amplification
Highly multiplexed, two-stage isothermal assay (RAMP) for Molecular Detection at the Point of Care
Catalyzing Commercialization at the National Science Foundation
Microfluidic Systems for Recapitulating Tumor-Immune Cell Interactions
Shaped paper pumps for microfluidic devices
The Complexity Challenge: Development and Manufacturing of Fully Integrated Sample-to-Result Microfluidic Devices
Applying high speed imaging technology in Microfluidics – an overview
Microfabricated Platforms for Microbiome Culture: From Artificial Mouths to Guts
Organism-on-a-Chip Models for Neurobehavioral Screening of Disease
Advancing Medical Device Innovation with Microfluidics
Liquid marble based digital microfluidics: fundamental physics and applications
Droplet microfludics for single cell biology research
Commercialization of Microfluidic Devices for point-of-care applications
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