From iPSC to in vivo: Build more predictive disease models

by | Nov 19, 2025 | Assay, Cancer, Disease Modelling, Immunology, in vivo Studies, Neurology, Organoids, Stem Cell, Virology

LAB-A-PORTER PRODUCT OFFERINGS

From iPSC to in vivo: Build more predictive disease models

 

The future of drug discovery and biological understanding hinges on having physiologically relevant disease models. Whether you are pioneering a complex organoid system, relying on the precision of iPSC disease modeling, or moving toward critical animal model and in vivo validation, the integrity of your research is built on the quality of your reagents.

At LAB-A-PORTER, we understand that developing a predictive disease model is a multi-step journey. That’s why we are your dedicated partner, offering a comprehensive portfolio of tools that spans the entire disease modeling workflow—from the foundational validated cell source to the final in vivo proof-of-concept.

Stop managing procurement from fragmented suppliers. We streamline your access to world-class, validated reagents—including patient-derived iPSCs, high-purity growth factors for differentiation, advanced 3D culture scaffolds, and one of the gold-standard In Vivo antibodies—empowering you to study complex disease pathways and find your next breakthrough, faster.

Your partner for the disease modelling workflow.

 

We provide the comprehensive portfolio of tools to build and test your model, from the foundational cell source to final in vivo validation.

1. Get a Validated Cell Source

Build your model on a reliable foundation. We provide a vast selection of high-quality, validated cells, from standard immortalized lines to patient-derived, functional iPSCs.

2. Culture, Differentiate, Expand

Control your cell fate. Our portfolio includes the specialized media and high-purity growth factors essential for iPSC maintenance, directed differentiation, and expansion.

3. Build Your 3D In Vitro Model

Move beyond 2D. We provide the essential scaffolds, matrices, and solutions to create more physiologically relevant 3D models, including spheroids and organoids.

4. Validate Your Model In Vivo

Take your findings from the dish to a preclinical model. We supply the gold-standard antibodies and proteins needed for in vivo proof-of-concept studies.

Our Portfolio for Cell Sourcing:

  • iPSC-derived cells
  • iPSCs frozen
  • Immortalized cell lines
  • Primary cell lines
  • Ready-to-use MSCs
  • MEF feeder cells
  • Reporter cell lines

Explore AXOL Bioscience, Applied Biological Materials, Cell Biologics, Reprocell and Abeomics to learn more about our portfolio for cell sourcing.

Our Portfolio for Cell Culture:

  • Cytokines
  • Inhibitors
  • Stem cell culture media
  • Cryopreservation media
  • Dissociation solutions
  • Cell recovery solution
  • Live cell imaging dyes

Our Portfolio for building a 3D In Vitro Model:

  • 3D cell culture scaffold
  • Cell culture substrates
  • Atelocollagen
  • Organoid recovery solution

Explore TheWell Bioscience and Reprocell to learn more about our portfolio for buidling a 3D in vitro model.

Our Portfolio for In Vivo Validation:

  • In vivo antibodies
  • Antibodies for in vivo neutralization & blocking
  • Fusion proteins
  • ELISA kits, antigens, & conjugated antibodies
  • General Antibodies (for IHC, WB, flow cytometry)

*All products listed on this site and sold through LAB-A-PORTER Limited are for research use only (RUO). Not for human use. Not for therapeutic or diagnostic use.

3 reasons to purchase disease modelling reagents from LAB-A-PORTER

 

1. Access curated, world-class reagents.

Our portfolio is a focused selection from world-class innovators. Get high-quality, validated tools for reproducible disease models.

2. Your specialist partner for global sourcing

We are your dedicated research partner. We specialize in finding and supplying the specific, hard-to-find reagents you need, simplifying procurement for your unique models.

3. Stay at the cutting-edge with an agile platform.

We are a modern, agile partner who constantly updates our portfolio. Get faster access to the latest technologies in iPSC, 3D culture, and in vivo research.

IF YOU NEED RESEARCH TOOLS, WE CAN HELP.

Contact us
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