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High Throughput
High throughput cell biology is the use of automation equipment with classical cell biology techniques to address biological questions that are otherwise unattainable using conventional methods. It may incorporate techniques from optics, chemistry, biology or image analysis to permit rapid, highly parallel research into how cells function, interact with each other and how pathogens exploit them in disease. High-throughput biology serves as one facet of what has also been called "omics research" - the interface between large scale biology (genome, proteome, transcriptome), technology and researchers. High throughput cell biology has a definite focus on the cell, and methods accessing the cell such as imaging, gene expression microarrays, or genome wide screening. The basic idea is to take methods normally performed on their own and do a very large number of them without impacting their quality.
FEB 21, 2024 | 12:00 PM
Surface plasmon resonance is a real-time and label-free technique that offers low sample consumption and high throughput when compared to other biophysical techniques and has been widely ado...
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C.E. CREDITS
The study of a single cell, the fundamental unit of our complex bodies, has become an important field in cellular biology, and researchers are using single-cell analysis to shed new light on...
JAN 24, 2024 | 9:00 AM
The downstream processing of virus particles, vesicles, RNAs, plasmids and other forms of DNA, contains multiple interdependent steps, each requiring optimization for best results. This webi...
JAN 23, 2024 | 11:00 AM
The study of 3D organoids has transformed biomedical research, offering a more accurate representation of in vivo conditions. Maximizing the potential of 3D organoid research requires advanc...
JAN 23, 2024 | 10:00 AM
Organoid technologies are increasingly being used as in vitro models of human development and disease because they exhibit morphogenetic, structural and functional properties that recapitula...
DEC 14, 2023 | 9:00 AM
Join our webinar where we will highlight key features of the NovaSeq™ X series including technology innovations, product updates, and features of the on-board DRAGEN™ secondary a...
NOV 29, 2023 | 10:00 AM
High content screening at speed requires compromise: sacrificing resolution, sample coverage or both. This has limited high content screening’s utility as a high throughput tool. In or...
NOV 14, 2023 | 9:00 PM
Spheroids and organoids, two examples of 3D cell culture models, have become invaluable tools to study the processes that dictate behavior of tissues under physiological and pathological con...
NOV 09, 2023 | 8:00 AM
C.E. CREDITS
Tissue microarray combines tens to hundreds paraffin-embedded specimens into a single paraffin block. It is a practical and highly effective tool for high-throughput analyses including valid...
OCT 30, 2023 | 8:00 PM
Description: Join this two-part webinar to learn how capillary electrophoresis (CE) complements sequencing technologies, such as next generation sequencing, that are being used by cancer res...
OCT 26, 2023 | 8:00 AM
Description: Join this two-part webinar to learn when capillary electrophoresis is an ideal choice relative to other various sequencing technologies – such as next generation sequencin...
OCT 24, 2023 | 9:00 PM
This webinar is hosted by Thermo Fisher Scientific in collaboration with the Walter and Eliza Hall Institute of Medical Research (WEHI). The webinar aims to demonstrate the benefits of the E...
OCT 24, 2023 | 10:00 AM
Dynamic changes in chromatin drive gene expression programs during cellular development and contribute to pathological changes underlying disease. To date, efforts to characterize chromatin...
OCT 24, 2023 | 8:00 AM
Organoids are three-dimensional (3D) multi-cellular, microtissues derived from stem cells that closely mimic the complex structure and functionality of human organs. They offer more accurate...
OCT 24, 2023 | 10:00 AM
Organoids are three-dimensional (3D) multi-cellular, microtissues derived from stem cells that closely mimic the complex structure and functionality of human organs. They offer more accurate...
OCT 12, 2023 | 8:00 AM
Patient-derived tumoroids, also known as cancer organoids, hold potential as cost-effective models for cancer immunotherapy research. Patient-derived tumor models, which mimic the tumor micr...
OCT 11, 2023 | 9:00 PM
Epigenetic modifications such as DNA methylation have long shown promise as potential biomarkers to diagnose and guide treatment of many human diseases, including multiple types of cancers....
OCT 05, 2023 | 1:00 AM
Organoids continue to gain traction in drug discovery efforts as they offer a more biologically relevant disease model than traditional approaches. But they aren't without challenges. Jo...
SEP 07, 2023 | 8:00 AM
Advancements in Next Generation Sequencing (NGS) are changing the genomics industry, favoring those with scale. Quest Diagnostics' clinical expertise, combined with our infrastructure, p...
AUG 08, 2023 | 8:00 AM
Antibiotic resistance is a global health threat and an emerging micropollutant of concern. Monitoring antibiotic resistance genes (ARGs) from environmental samples requires advanced molecula...
JUL 26, 2023 | 12:15 PM
Genetically modified cell models accelerate the development of safe and effective therapeutics, making them indispensable in the quest for new drugs. Through manipulation of cell line geneti...
JUL 11, 2023 | 7:00 AM
Feeding the world in the midst of climate change and an ever-growing population demands scientists have access to scalable, flexible and sustainable genomic tools that add value to animal br...
JUN 13, 2023 | 10:00 AM
Achieving consistent AAV quantification with the QuantStudio Absolute Q AutoRun dPCR Suite Accurate quantification of AAV vectors is crucial for quality control and timely decision-making du...
JAN 24, 2024 | 9:00 AM
The downstream processing of virus particles, vesicles, RNAs, plasmids and other forms of DNA, contains multiple interdependent steps, each requiring optimization for best results. This webi...
JAN 23, 2024 | 11:00 AM
The study of 3D organoids has transformed biomedical research, offering a more accurate representation of in vivo conditions. Maximizing the potential of 3D organoid research requires advanc...