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Simplifying Spatial and Molecular Profiling with End-to-End Services
A visual guide to streamlining high-plex, high-throughput workflows
Simplifying Spatial and Molecular Profiling with End-to-End Services
Simplifying Spatial and Molecular Profiling with End-to-End Services
A visual guide to streamlining high-plex, high-throughput workflows
A visual guide to streamlining high-plex, high-throughput workflows
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Subjects
high-throughput systems
high-throughput systems
A Screening Solution for Cell Therapy Products
Sartorius | Sep 2, 2022
Monitor cell health throughout drug development for optimized cell-based therapies.
Modernizing Drug Discovery with Flow Cytometry
Bio-Rad | Aug 23, 2022
Automation, high-throughput capabilities, and improved technologies and reagents accelerate cell profiling and screening.
The New Age of Flow Cytometry
Bio-Rad Laboratories | Aug 3, 2022
Technological advancements make flow cytometers an important tool for drug discovery research.
A New Model of Lung Disease Paves the Way for Personalized Treatments
Nele Haelterman, PhD | May 9, 2022
Scientists engineered a lung-on-a-chip model from patient cells that mimics cystic fibrosis.
Adapting Flow Cytometry for Drug Discovery Workflows
The Scientist Creative Services Team and Bio-Rad Laboratories | May 3, 2022
Explore how flow cytometry innovations expand and accelerate cell profiling.
Setting Better Traps for PARP Inhibitors
The Scientist Creative Services Team and BPS Bioscience | Apr 19, 2022
An innovative assay permits researchers to screen for small molecule PARP inhibitors that trap the enzyme on DNA and selectively execute cancer cells.
A How-to Guide for Planning Single Cell Gene Expression Studies
10x Genomics | Mar 31, 2022
Follow the roadmap to successful single cell transcriptomic workflows and outputs.
Driving Disease Research and Therapeutics with Large-Scale Proteomics
The Scientist Creative Services Team and SomaLogic | Mar 8, 2022
Explore how technology enables large-scale proteomics for biomarker discovery and clinical application.
Fast and Furious: High-Throughput Flow Cytometry in Drug Discovery
Bio-Rad Laboratories | Feb 25, 2022
Increasing automation, speed, and multiplexed analysis at all stages of drug discovery
Illuminating Hidden Microbial Mysteries
The Scientist Creative Services Team and Tecan | Feb 15, 2022
Accelerating innovation one wavelength at a time
Advance High-Throughput Sample Filtration with Multi-well Filter Plates
Pall Corporation | Jan 31, 2022
Receive a free filter plate sample.
Streamline Quality Control Workflows to Produce Safe Drugs
Sartorius | Dec 29, 2021
Researchers incorporate an alternative to ELISA and HPLC to characterize lead molecules more efficiently.
Improving Cancer Diagnostics with Circulating Tumor Cells in Blood
Bio-Rad | Nov 24, 2021
Liquid biopsies: A new era in blood-based cancer detection methods
Monitoring Cancer Immune Cell Therapies
10x Genomics | Nov 15, 2021
Single cell and spatial analyses of cell-based cancer therapeutics and patient responses enhance treatment efficacy.
A Guide for High-Throughput Screens with Pluripotent Stem Cells
The Scientist Creative Services Team in collaboration with Miltenyi Biotec | Oct 29, 2021
Experts discuss reliable high-throughput workflows for PSC-derived cellular screens
High-Throughput Solutions for Lead Candidate Discovery
The Scientist Creative Services Team and Thermo Fisher Scientific | Oct 18, 2021
New technologies allow researchers to scale up assays for cellular functions.
High-Quality Screening and Target Validation During Drug Development
The Scientist Creative Services Team in collaboration with Thermo Fisher Scientific | Oct 18, 2021
Drew Adams will discuss his work developing therapeutics that promote remyelination for neurological diseases.
Improving Reproducibility with Automated Liquid Handling
The Scientist Creative Services Team in collaboration with Eppendorf | Oct 14, 2021
Automated liquid handling reduces manual labor and improves precision, reproducibility, and throughput.
Organoid Shape Identifies Potential Cancer Drugs
Roni Dengler, PhD | Aug 3, 2021
An unusual drug screen takes advantage of “porcupine-like” structures of cancer cells in 3D organoids.
