Together We Innovate

Shaping tomorrow when we dream as one

When we collaborate, we innovate. This is our time to harness our potential, form lasting partnership and make progress on our shared goals. The world is ours for the changing.

A Story of Innovation Behind Every Cell

Innovating Your Work

Proteomics innovative solutions

Product Spotlight: Introducing the Attune Xenith Flow Cytometer

The Attune Xenith Flow Cytometer is built for high-performance research, combining acoustic-assisted hydrodynamic focusing with advanced spectral flow capabilities—including UV and NIR lasers. Designed for speed, sensitivity, and automation, it supports both traditional and spectral analysis for complex applications like immuno-oncology.

  • Run samples up to 10x faster with minimal clogging—even tumor or tissue—thanks to acoustic focusing
  • Detect rare cell populations with precision and statistical confidence
  • Streamline workflows with full plate automation using Invitrogen CytKick autosamplers

Product Spotlight: Neon NxT Electroporation System for trusted transfection performance

Accelerate your oncology and cell therapy research with a compact electroporation system that enables efficient, non-viral genome editing for the development of advanced therapies like CAR-T cells. The Invitrogen Neon NxT Electroporation System delivers high performance, speed, and flexibility with proprietary pipette tips, a simplified workflow, and customizable settings to minimize sample loss, reduce contamination, and streamline control.

  • Proven high-efficiency transfection and viability, even for challenging cell types
  • Fast, flexible workflows with 1- or 8-channel pipette options—up to 96 reactions in under 15 minutes
  • Optimized for CRISPR and other advanced applications with a single, all-purpose buffer system

Customer Spotlight: Ovarian cancer by the numbers: Harnessing big data in rare disease drug discovery

Researchers at the Peter MacCallum Cancer Centre in Melbourne, Australia are using advanced cell screening methods, automation, and big data analysis to develop more effective treatment options for a rare type of ovarian cancer that disproportionately affects young women.

Stretch your lab budget with smart savings and specialist advice

It all starts with a cell story  |  Innovation powered by PCR  |  Free yourself with efficiency

It all starts with a cell story

Every cell has a story—one that can drive progress in cancer research and improve patient care. With the right tools, you can explore how cells interact, uncover key insights, and push innovation forward to overcome cancer’s biggest challenges.

Webinar: 3D co-cultures. Choosing the best system and analysis for immuno-oncology

Learn how to build and analyze 3D co-cultures that mimic in vivo environments. This webinar covers techniques for creating both basic and advanced models using multiple cell types, plus how to assess cell interactions.

Poster: Multiplexed plate-reader based drug screening of 3D-tumoroid models

Explore a scalable, high-throughput workflow for multiplexed drug screening using patient-derived 3D tumoroid models. This poster highlights assay optimization improved clinical relevance over 2D cultures, and the potential for personalized cancer treatment.

Application note: Reveal tumor microenvironments with spatial proteomics imaging

Advance your spatial proteomics studies with streamlined imaging and antibody workflows. Discover how to profile immune cell populations in colorectal cancer tissue using the EVOS S1000 system.

Application note: Optimize T cell culture for reliable immunotherapy research

Ensure high-quality T cell cultures for immunotherapy research. Learn optimized workflows for T cell activation, expansion, and viability assessment with trusted Invitrogen  tools.

Handbook: Five steps to establishing tumoroid models for cancer research

Explore this free guidebook that offers a look at the workflow for sourcing, culturing, characterizing, engineering, and assaying patient-derived cancer organoids, also known as tumoroids. Access key tips and tricks for tumoroid models from our research and develop scientists. Understand how tumoroids are a vital bridge between laboratory models and clinical research.

Imaging protocol handbook

The Imaging Protocol Handbook will help you accelerate your research by helping you plan and set up your imaging experiments. This guide provides clear instructions on the key procedural steps to achieve optimal imaging results. Additionally, this latest edition now incorporates guidance for spatial biology and multiplex IHC experiments.

Spectral Flow & Flow Protocols handbooks

Protocols, practical insights, application data, and more on selecting and using conventional and spectral flow cytometry, from sample preparation to immunophenotyping.

Handbook: Five steps to a 3D cancer spheroid model

Learn how to create 3D cancer spheroid models with this step-by-step guide, using a breast cancer cell line as an example. Explore proven methods to optimize growth, maintain 3D cultures, and assess drug responses for more physiologically relevant cancer research.

Innovation powered by PCR

Every experiment is a work of art—a delicate blend of creativity and precision that drives scientific discovery. Explore molecular biology solutions that offer convenience, speed and consistent, accurate results.

PCR and cloning solutions

From reverse transcription artistry to capturing the beauty of DNA in one shot, turn every step into a molecular masterpiece with solutions that inspire.

Molecular Biology Handbook

Step into discovery with consistent results in your molecular biology research.This edition of the handbook has been improved and includes more technical tips, educational tools, and guidance on selecting the right molecular biology products—to help you accelerate your research. Access your free digital copy today.

The Invitrogen School of Molecular Biology

The Invitrogen School of Molecular Biology is here for you, whether you want to review the basics, gain more in-depth knowledge, or discover our latest research tools. This is an educational hub for molecular biology, with rich and reliable technical content designed for new and experienced molecular biologists alike.

New hub, new mol bio webinars!

Dive into molecular biology topics, from tips on optimizing your PCR, to the latest in protein therapeutics, the webinar hub is for new and experienced researchers alike. Register for our upcoming webinars or listen to previous presentations for free.

Innovative, widely cited and high-quality enzymes

Discover the benefits of our enzymes. See our state-of-the-art facility, rigorous quality control, and dedicated scientists driving constant innovation. Supported by robust technical assistance, our highly cited and trusted enzymes meet evolving research needs with a global footprint.

Speaking of Mol Bio podcast

Join Steve in monthly conversations with leading scientists on diverse topics like biosecurity, genetics of obesity, epitranscriptomics, and bioengineering—all connected through molecular biology. Don’t miss the new Mol Bio Minutes, featuring expert tips and tricks for the lab each month.

Molecular biology virtual lab

Step into a world of innovation—Explore the interactive and immersive experience of the 3D molecular biology virtual lab. In this experience, you can explore instruments, reagents, tools, and other educational content to help take your molecular biology research to the next level.

New: Site-directed mutagenesis and Gibson Assembly Protocol

This protocol highlights the advantages of site-directed mutagenesis using Gibson Assembly HiFi cloning kits compared to conventional mutagenesis methods.

Free yourself with efficiency

Reduce hands-on tasks and streamline workflows, so you can focus on breakthroughs that shape the future of science. What will you do with more time for innovation?

Webinar: Streamline and automate gene expression analysis with Cells-to-CT kits

Explore extraction-free RT-qPCR gene expression analysis for cell culture lysates—an efficient, convenient alternative to cell culture research. Pair with liquid handling systems for high-throughput results with minimal hands-on time.

A molecular technician's journey

In this webinar, Sienna Borden discusses how trees get diseases too! High-throughput automation in tree disease research.

Infographic: Move to the bead

Shape your lab with magnetic bead-based sample preparation.

Infographic: Liquid biopsy

Advance your liquid biopsy and oncology research—from sample prep to analysis—designed to deliver reliable, consistent results across cancer workflows, from discovery through diagnostic development.

Liquid biopsy prep and analysis

Solutions for liquid biopsy preparation and analysis, aimed at advancing oncology research through efficient liquid biopsy biomarker isolation and analysis techniques.

Free up your plasmid purification workflows

Discover how automated plasmid purification boosts lab efficiency, scalability, and consistency—without sacrificing quality.

Move to magnetic bead automated sample prep solutions

Magnetic bead-based sample preparation technology can offer improvements in the purification and analyses of molecules—including DNA, RNA, proteins, cells, and exosomes.

Protein sample preparation eLearning course

This free course comprises two interactive modules that were developed to provide a succinct, contextual overview of protein sample isolation using total protein extraction and subcellular fractionation. The module covers methods for purifying whole cell lysates and describes strategies for protein cleanup procedures.

Use of the products may vary. For specific use statements, please see product literature.