Partners in helping accelerate cellular agriculture

Cellular agriculture has the potential to fundamentally transform our food supply. While great progress has already been made in the cultivated meat space, significant advances are expected to continue in the coming years. As the world leader in serving science, Thermo Fisher Scientific is uniquely positioned to support our customers from research and development to industrial-scale manufacturing and every step in between through:

  • Comprehensive portfolio—reagents, instrumentation, and analytical tools for every workflow step
  • Innovative product offerings—unique products with enhanced performance
  • Trusted partnerships—support scalability, supply chain optimization, and quality
  • Custom solutions—committed to supporting via custom solutions if catalog products do not meet our customers’ specific needs

Learn how we can support your cultivated meat scale-up

This white paper features key factors to consider when evaluating a supplier and a case study about our collaboration with Aleph Farms.   

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Cellular agriculture workflow: solutions for the research of cultivated (clean) meat

Explore solutions for cellular agriculture through each step of your workflow. These products and services will support your progress toward downstream processing. Select the workflow step to view relevant reagents, instrumentation, and analytical tools.

Isolation & expansion of cells for cultivated meat research

cow icon Cellular agriculture and cultivated meat begin with the careful isolation and expansion of animal cells. Thermo Fisher Scientific has the media, supplements, and tools to help turn a single cell into millions of identical copies.

Enhance your cell culture performance with Gibco Peptones

Explore Gibco Peptones, an extensive portfolio of nutritionally diverse animal origin (AO) and animal origin-free (AOF) peptones to supplement a variety of cell culture media.  

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Modification in cultivated meat research

mRNA icon Although nature can provide a great start, sometimes modification may help improve your process. Thermo Fisher Scientific has many tools, kits, and reagents to enable high-efficiency transfection and modification of your critical cells for cultivated meat applications.

Gibson Assembly Cloning Kits

Gibson Assembly Cloning is an elegant and robust seamless or scarless cloning methodology that has been widely adopted by the scientific community and enables the assembly of multiple DNA fragments of varying length into any vector in a highly efficient, seamless method.

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GeneArt DNA Fragments and custom clones

Cutting-edge Invitrogen GeneArt services are here to help meet your gene synthesis needs for increased protein expression via sequence-optimized synthetic genes or custom DNA libraries for rational protein engineering.  

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Genome editing solutions

We offer a variety of genome editing solutions to meet your needs. Whether you want results fast, seek full control over every design step, or need help engineering cells to your specific requirements, we have solutions that fit.

Explore gene editing products

Differentiation of cells for the research of cultivated meat

Differentiation Once your cells have reached a critical mass, it is time to drive them to their terminal state. Gibco media, proteins, and extracellular matrices can help your cells reach their

Harvest cells used in cultivated meat research

Harvest cells Harvesting cells is a delicate process that requires great care to ensure minimal cells are lost in the process. Thermo Fisher Scientific offers a selection of dissociation reagents, surfactants,
and buffers to support your sensitive cells.

Analyze cells for use in cultivated meat research

Analyze cells Thermo Fisher Scientific offers a wide array of analytical tools and reagents to help understand and solve the complex biological questions underlying cultivated meat development.
A close up of an explant in media held by a researcher

Bioprocessing solutions for the food biotech industry

We understand that your business requires the highest quality standards and that speed to market is critical in the success of your business. Thus, we offer a partnership approach to solving your business challenges and provide expertise to assist you during all phases of development, as well as optimized manufacturing processes.

Learn more about bioprocessing solutions to support the food biotech industry  

Selection Tools to help find the right product for your cellular agriculture research

iMatch Sera Lot Matching Tool

This unique tool helps you to find the best match. Provide your previous Gibco FBS lot number or answer a few quick questions to find your ideal match.

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Media Formulation Tool

Find the right Gibco media formulation with this interactive tool. Compare basal media side-by-side for DMEM, DMEM/F-12, MEM and RPMI-1640.

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Try the TransfectionSelect product selection tool to get recommendations for the right Invitrogen or Gibco solutions for high-efficiency transfection.

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Antibody Selection Tool

Choose quality antibodies with confidence. Search primary, secondary and ELISA Kits by application and target species.

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Recombinant Protein Selection Tool

Search Recombinant proteins from trusted brands. Filter by protein name, species, expression system, application, and product grade.

Search recombinant proteins

TrueDesign Genome Editor

Easily design, select, and order reagents for accurate and successful gene editing experiments.

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Frequently asked questions (FAQs) about cultivated meat research

What is cellular agriculture?

Cellular agriculture is the process by which a cell or a tissue derived from a living animal is used to culture products that mimic the physical texture and the nutritional profile of conventional animal products. Some examples of how this technology has been applied include the production of meat, poultry, fish, dairy, eggs, and leather.

What is cultured meat?

Cultured meat is the production of meat made by culturing animal cells in a bioreactor. It will one day allow for the consumption of meat without the need for animal slaughter.

How is cultured meat made?

Cultured meat is made by taking a small biopsy of cells from livestock. These cells are isolated and cultured in laboratory conditions to produce a biomass of muscle and/or fat cells that can be mixed with filler produce a genuine meat product for consumption.

What is the difference between cultivated meat, cultured meat and clean meat?

There are many names for the latest sustainable food alternative. Clean meat. Cell-based meat. Cultivated meat. Cultured meat. Lab-grown meat. These terms are synonymous and reference a form of cellular agriculture where meat is produced through the culturing of animal cells.


Cell Culture & Transfection Learning Center
Access cell culture and transfection educational resources for better experiment planning and execution.

Gibco Cell Culture Basics
Learn the fundamentals of cell culture for achieving consistent results, including laboratory setup, safety, and aseptic techniques.

Media Formulation Tool
Find the right Gibco media formulation for DMEM, DMEM/F-12, MEM, and RPMI-1640 media.

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Cell Culture & Transfection Support Center
Find technical support recommendations for your cell culture and transfection workflows, including tips for experimental setup and in-depth troubleshooting help.

Need technical support? Contact our expert team for technical and application support of Laboratory Products.

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