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Relevance of multiparametric screening to drug discovery efforts
This white paper explores the importance of multiparametric screening to drug discovery efforts

Applying functional genomics strategies to high-content phenotypic screening
Explore cutting-edge functional genomics and high-content phenotypic screening in drug discovery. Download our whitepaper to learn about innovative techniques, best practices, and strategies for leveraging high-content imaging methods like cell painting to advance your research. Unlock the potential of genomic profiling and morphological analysis for therapeutic interventions

The importance of combination therapy for modern cancer treatments
This white paper discusses the importance of combination therapy for modern cancer treatments.

Genetically engineered PDX models as patient avatars in preclinical evaluation of acute leukemias
Identifying therapeutic targets using gene silencing techniques in PDX models

Cell painting - a cellular imaging and machine learning approach to drug discovery
Cell painting solutions from Revvity offer powerful phenotypic high-content screening methods that help to accelerate drug discovery by delivering more predictive data.

Artificial intelligence, machine learning and deep learning: applications in cellular imaging for improved drug discovery productivity
Learn how Artificial Intelligence (AI), Machine Learning (ML) and Deep Learning (DL) are used in cellular imaging applications for improved drug discovery productivity in this white paper.

Phenotypic drug discovery with high content screening
High content screening, a powerful approach to phenotypic drug discovery that leverages the rich information available in the image-based screens.

High content screening in three dimensions
This paper provides a recommended workflow for 3D HCS analysis, with a focus on reducing the 3D image analysis time by utilizing High Performance Computing.

Gene editing of primary immune cells to aid next-generation cellular immunotherapies
Researchers have successfully deployed CRISPRa/i in primary human T cells, offering critical insights into the pathways required for cytokine regulation.

A brand-new modality on the horizon: how targeted protein degradation can address the unmet need in drug discovery and development
Discover the potential of Targeted Protein Degradation (TPD) as an emerging drug discovery modality. Explore how TPD enables the selective targeting and degradation of proteins, even those previously considered "undruggable."

Ex Vivo Functional Drug Testing of 3D Patient-Derived Cancer Cells Shows Promise for Personalized Medicine
Demonstrating how functional testing of 3D patient-derived cancer cells enables effective drug sensitivity testing.

Mouse tail genotyping: A LabChip application to assess the genetic modifications on mutant mouse populations.
Mouse tail genotyping: A LabChip application to assess the genetic modifications on mutant mouse populations.


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