FEATURED ARTICLES

• A Novel Patient-Derived Colorectal Cancer Organoid Platform

  Patient-derived organoids are revolutionizing drug discovery by mimicking tumors and predicting therapeutic efficacy. Discover a scalable bioprocess that enhances reproducibility and cost-effectiveness to pave the way for broader adoption.

• MAPK Signaling Pathway

  Mitogen-activated protein kinase cascades regulate key cellular processes like proliferation, differentiation, and apoptosis. Explore how these pathways maintain cellular homeostasis and contribute to disease development.

• A Study To Assess Organoid Size And Cell Count From 3D Image Analysis

  Recent advancements in 3D patient-derived organoids (PDOs) offer improved predictive power over traditional 2D assays. Explore a patented bioprocess for PDO expansion that could revolutionize drug discovery, especially in oncology.

• The Ultimate Guide To Microplate Reader Solutions

  Evaluating microplate readers involves identifying your application needs and budget. Learn how to select the right reader for your research by choosing single-mode for specific tasks or multi-mode for versatility.

• Sensitive RNA Fluorescent Quantitation With An RNA Assay Kit

  Accurate nucleic acid quantification is vital for applications like PCR and NGS. Discover an RNA Assay Kit that offers precise RNA measurement to enhance reliability and performance in downstream assays.

• Rapidly Assess Drug Response In 2D And 3D Breast Cancer Model Systems

  For years, 2D cell cultures have been crucial in drug discovery. Explore how 3D cultures offer more biologically relevant models today that enhance cancer research and drug efficacy assessments.

• High-Throughput IgG Quantification Assay For Cell Line Development

  Monoclonal antibodies are revolutionizing treatment for various diseases, which include cancer and autoimmune disorders. Discover how improving production methods can reduce costs and enhance accessibility.

• Functional Characterization Of 3D Assembled Neurospheres

  Neural organoids and 3D spheroids offer advanced platforms for brain research and drug discovery. Discover how creating 3D neurospheres from iPSC-derived neurons and astrocytes aids in compound profiling and toxicity testing.

• 3D Neurospheres In Healthy And Alzheimer's: iPSC-Derived Neurons

  Explore how different ApoE alleles influence Alzheimer's Disease risk using iPSC-derived neurons as well as gain insights into AD mechanisms and potential therapies.

• Rapid Walkaway Solution For Assessing Viability In Cancer Organoids

  Assess anti-cancer compounds' effects on organoid size and morphology with colorectal cancer organoids as well as discover automated imaging and viability assays to streamline drug screening and aid early identification.

• Parallel Line Analysis And Relative Potency

  Explore parallelism testing methods, including response and parameter comparison tests, with innovative software to ensure accurate results with detailed protocols for linear and non-linear regression curves.

• Optimized Plate Reader Assays For Breakthrough Drug Discovery Research

  Accelerate the pace of your scientific discovery with user-friendly assay kits that simplify experimental design and are paired with advanced instruments and software to enhance data quality and streamline workflows.

• Matrigel Dome Assay And Drug Screening Of Colorectal Cancer Organoids

  Using CRC organoids and bioprinting, explore the automation of dome assays to evaluate drug responses and delve into the insights from image-based end-point assays on the efficacy of anti-cancer treatments.

• Fully Automated Cell Culture Passaging And Expansion

  Automating cell culture tasks can reduce human error and free scientists from labor-intensive routines. Discover how imaging and automated systems enhance accuracy and reproducibility in cell culture processes.

• Fast And Scalable Fc Quantitation In Supernatants

  In biopharmaceutical development, the Fc PAIA Titer assay offers a fast, cost-effective, and automatable solution for high-throughput Fc quantification to enhance efficiency, support research, and accelerate production advancements.

• Evaluating Compound Toxicity Effects On Healthy Intestinal Organoids

  3D organoids enhance drug toxicity prediction and are crucial for anti-cancer drug development. Examine a method using 3D mouse intestinal organoids that aims to provide vital data on intestinal toxicity.

• Engineering The Future: Synthetic Biology For A Sustainable World

  Synthetic biology merges biology, engineering, and technology to create new biological systems. Explore its transformative impact on industries, sustainability, and the pioneering research driving this exciting field.

• From Lab To Table: Sustainable Solutions For A Growing World

  As climate change and resource scarcity intensify, cultivated meat emerges as a sustainable, ethical alternative to traditional farming. Discover its potential, innovations, and the industry leaders driving this revolution.

• CRISPR CAS 9 Gene Editing: The Art Of DNA Design

  Explore CRISPR-Cas9's transformative potential in healthcare as well as its principles, innovations, and global applications to gain valuable insight into transforming your approach to gene editing.

• Techniques, Automation, And Applications In Molecular Biology

  Imagine a world where biotechnology streamlines your research. Discover automated colony pickers, UV sanitization, and high-resolution imaging to ensure efficiency and sterility in your cell lines.