9th international Gene Quantification Event
#GQ2019
Symposium & Industrial Exhibition & Application Workshops
18-22 March 2019, in Freising-Weihenstephan,
School of Life Sciences, Technical University of Munich, Weihenstephan, Germany
GQ2019 — all scientific Sessions and Talks:
- Advanced Molecular Diagnostics
- Rapid qPCR and the Future of Molecular Diagnostics
- Impact of Endogenous and Exogenous Alterations of Glucocorticoids on the Derangement of Clock-related Genes in Peripheral Mononuclear Cells
- SD DNA Polymerase: A New Tool for Variety of Molecular Biology Applications
- Methylation Sensitive High Resolution Melting; A Sensitive And Specific Method For High-Throughput Assessment Of Methylation
- Two-Tailed Quantitative PCR for Precison Diagnostics
- Precision Liquid Biopsy Based Nucleic Acid Based Molecular Diagnostics Powered by Xenonucleic Acids
- Multiplex xMAP Technology for a Complex Detection of Pathogenic Agents Significant for the Protection of Human and Animal Health
- “Saving The Bees Is Burning Down The House” - Triplex qPCR Using Dual-Target Assays For The Highly Pathogenic Bacteria American Foulbrood, Using Novel eDNA Methods
- A Portable, Accurate, and Cost-Effective Strategy for Rapid On-Site Authentication and Characterization of Commercially Important Species and Pathogens Using Bio Molecular Systems’ MIC qPCR Cycler
- Development Of An Event-Specific qPCR Method For Detection Of Genetically Modified Alfalfa
- MyPOLS Biotec: Shaping DNA Polymerases For Your Needs
- Digital-PCR
- Biometrology, What Is It And What Could It Mean For Biomolecular Research
- Molecular Characterization By ddPCR Of In Vitro Differentiated Oocyte-like Cells From Oogonial Stem Cells
- Higher Order Multiplexing Using Digital PCR for CRISPR Gene Edit Validation
- Serial Flow Digital Droplet PCR, a New Paradigm
- Eight Years Later This Is What Digital PCR Offered To Science
- Highly Multiplexed Detection of GMOs in Food Samples by Crystal Digital PCR
- Resolving Translational Oncology Research Challenges with NanoString Direct Digital Gene Expression Analysis
- ISEV Satellite Session
- Mesenchymal Stem Cell-derived Extracellular Vesicles: a Potential New Tool in Regenerative Medicine
- Standardization in EV and exRNA Research: MISEV and Beyond
- Circular RNAs In EVs - A Novel Class Of Released Non-coding RNAs
- Characterization of Extracellular vesicles (EVs) Derived ExRNA in Cancer Using NGS
- Anesthesia and its impact on circulating extracellular miRNA profiles during cancer surgery
- Normalizing Urinary Extracellular Messenger RNA Biomarkers: Theoretical Considerations and a Review of Experimental Findings
- Serum-Free Media Supplements Carry miRNAs That Co-Purify With Extracellular Vesicles
- Liquid Biopsy
- Cell-Free Tumor DNA Analysis In Liquid Biopsy Using Ultrasensitive Sequencing
- Clinical Application of Liquid Profiling for Precision Medicine
- Exploiting RNA in Liquid Biopsies for Precision Medicine Purposes
- Liquid Biopsy -- Exosomal microRNA Biomarker Signatures in Clinical Diagnostics
- New Developments in Sample Quality Control - Focus on Cell-free DNA
- Exosome-derived Epigenetic Biomarkers for Saliva Diagnostics
- Sensitive, Easy And Fast Monitoring Of Treatment Efficiency, Resistance Development And Disease Progression Using Open Platform QPCR On Liquid Biopsies From Cancer Patients
- MIQE Guidelines
- Quality Standards in quantitative PCR; Specification, Validation, Controls and Standards
- Directed Evolution of Enzymes for Streamlined and Reliable RT-qPCR and NGS Workflows
- Multiplex Mediator Probe Real-Time PCR: Optimisation and Guideline Development through Systematic Characterisation of Label Free Mediator Probes and Fluorogenic Universal Reporters
- Multi-Omics
- The End of Medicine as we know it
- Precision Medicine beyond Cancer: Why We Need New Multi-Omics Driven Definitions for Health & Disease
- Circulating miRNAs as Potential Biomarkers
- Systems Medicine - or - What I learned about Arnold Schwarzenegger while studying breast cancer survival
- From Next Generation Sequencing to Next Generation Biomarkers: How Adaptive Focused Acoustics® is Transforming High-throughput Biology and Multi-omics Analyses
- Finding Signatures, Fingerprints and Prognostic Biomarkers in Large Biomedical Datasets: Computational and visual Approaches
- Next Generation Biomarkers
- Towards a Universal Diagnostic Test for Infection Using Rapid Nanopore Metagenomics
- mRNA As A Forensic Target - A Bridge Too Far
- HTPathwaySeq, a Novel Application for High-throughput RNA Sequencing Based Pathway Phenotyping
- Expression Data Integration: Advancing Immuno-Oncology Target Discovery
- NGS & NGS Data Analysis
- RNA Atlas: A Nucleotide Resolution Map Of The Human Transcriptome
- Getting More out of RNA-Seq Data: Transcriptomic Analysis of Ischemic Stroke
- Liquid Biopsies For Personalized Medicine: The Omiterc Project
- Tiled Amplicons Panels in NGS-Based Genetic Testing
- PCR Based Target Enrichment For Variant Confirmation, Gene Panels And Multiplex PCR Sample Tracking In A Whole Exome Sequencing Workflow
- Handling of Spurious Molecular Species Dictates the Outcome of High-throughput 16S rRNA Gene Amplicon Profiling
- QC Measurements for Predicting Downstream NGS Success with FFPE and Circulating Cell-Free DNA Plasma Samples
- qPCR Data Analysis
- GeneGini: Assessment via the Gini Coefficient of Reference "Housekeeping" Genes and Diverse Human Transporter Expression Profiles
- GenEx – The Ultimate Software for Analysis of Transcriptomic Data
- Why reporting Cq or delta-Cq is senseless
- Integration of DNA Melting Curve Analysis In qPCR Data Analysis
- Fundamentals for the Automatic Classification of Quantitative PCR AmplificationCurves - A Biostatistical Approach
- GEAR: The Genome Analysis Server Eases Wet-Lab Data Analysis
- DAILYqpcr – An Application For Revolutionizing Designing, Storing, And Analyzing QPCR Experiments
- Single-Cells & MicroGenomics
- Spatial Transcriptomics - Bridging Histology and RNA Sequencing
- Spatial Analysis Of Transcriptome And Proteome During Early Development
- High-throughput Single-cell Targeted DNA Sequencing from Tumor and Metastatic Samples Reveal Spatial Resolution of Evolutionary Trajectory Routes to Clonal Propagation
- Using Single-cell Transcriptomics To Decipher The Formation Of Blood Stem Cells
- Single-cell Genomics – Are We There Yet
- Tailoring scRNA-seq to Meet the Challenges of Primary Cytotoxic T-cells
- A Deep Dive Into Single Cell RNA Sequencing Data
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