FEATURED ARTICLES

• Expanding Translational Research Concepts With Genedata Profiler

  The biopharma industry leverages Genedata Profiler to integrate, curate, and analyze diverse R&D data, enabling collaborative, compliant, and AI-driven translational research to optimize drug development.

• AI Unveils Tumor-Immune Landscape In Colorectal Adenocarcinoma

  AI-powered multiplexed imaging and analysis explore the tumor-immune microenvironment in colorectal adenocarcinoma, identifying potential biomarkers for therapeutic insights.

• Digital And AI Solutions With The Life Sciences Companies Of Danaher

  Explore how life sciences solutions integrate advanced technologies and AI to accelerate drug discovery, and streamline workflows for innovative biopharmaceutical research and development.

• Innovating The mAb Characterization Process

  Understanding the characteristics of a molecule's "personality" is crucial for optimizing development and manufacturing. Learn how to overcome the challenges in the characterization process.

• New Innovations In Cell Line Development

  Learn how you can overcome the challenges of cell line development including stable transfection, data management, media development, screening and monoclonality verification, and scale up.

• A High-Throughput Platform For Fast And Reliable Clone Screening

  The Cydem VT platform consists of several technologies allowing for the cultivation and monitoring of CHO cells in cell line development. Find out how to set up your experiment on this device.

• Cancer Biomarkers Guide

  Identify the right cancer biomarkers for your research, and find highly recommended antibodies for IHC applications.

• Epigenetics Application Guide

  To fully understand biology and disease mechanisms, it is crucial to explore the role of epigenetic factors. Explore how epigenetic regulation works and methods to study these essential components.

• Lightning-Link^® Conjugation Kits: Consistent Performance On A Broad Scale

  Learn about labeling technology offering a transformative solution through direct antibody labeling without the need for post-conjugation purification, thereby mitigating antibody loss and ensuring reproducible results.

• Epigenetics Application Guide: RNA Modifications

  Learn about the rapidly evolving field of RNA modifications, including innovative techniques like miCLIP and RIP for mapping chemical modifications and understanding RNA’s role in cellular processes.

• The Complete Flow Cytometry Guide

  This guide covers the fundamentals of flow cytometry, aiming to help you better understand how it works, when it is most valuable, and how to conduct an experiment.

• The Complete Guide To Immunohistochemistry

  Immunohistochemistry (IHC) is a tool for visualizing the distribution and localization of antigens within tissue sections. Learn about IHC sample preparation, detection and amplification systems, and more.

• Understand Fluorescence And How It Enhances Scientific Exploration

  Deepen your understanding of fluorescence for research, and gain valuable insight into how to select appropriate fluorophores and fluorescent proteins for your experiments.

• Guide To Fusion Tags

  Understand the advantages and limitations of the most commonly used fusion tags, and utilize this guide as a starting point for selecting the best tag or fusion location for your experiment.

• A Comprehensive Guide To Antibody Basics

  Explore the basics of antibodies, antigens, and the human immune system, as well as how to select an antigen, how the immune system generates targeted antibodies, and how to choose and use antibodies.

• 384-Well Microplate Time Resolved Fluorescence (TRF) Immunoassay

  Examine how innovative sandwich ELISAs in a 384-well format can be utilized with a sensitive reader for high-throughput screening to quantify Human IgG and IFN gamma.

• Immuno-Oncology Biomarker Measurement With High Sensitivity And Speed

  Explore results demonstrating the successful use of innovative ELISA assays to detect three key biomarkers: Programmed Death Ligand 1 (PD-L1), Interleukin-8 (IL-8), and Interferon Gamma (IFN-γ).

• High-Throughput 90-Minute ELISA

  Discover how one solution can be utilized to measure Human IgG and human IFN gamma, which are key targets in pharmacokinetic studies and immunotherapeutic drug safety testing, in just 90 minutes.

• Fast And Accurate Detection Of Alzheimer's Disease Targets

  In this study, the detection of three Alzheimer’s disease targets are highlighted: Human BDNF (Brain-derived neurotrophic factor), Tau, and TREM2 (Triggering receptor expressed on myeloid cells 2).

• Highly Sensitive ELISAs In 90 Minutes

  Traditional ELISA methods are often limited by their relatively low throughput and need for multiple wash steps. Learn about a solution that overcomes these challenges and provides rapid results.