1. Sign up to get the latest news from MBG:
    2. Your email address will be retained so that we can include you in marketing updates about Manchester BIOGEL. Please view our privacy policy to see how we protect and manage your submitted data.

    Redefining cell culture for life science

    At Manchester BIOGEL (MBG), we provide reproducible, chemically defined peptide hydrogels to meet your cells’ needs.

    Our products are supplied ready to use and specifically designed for use in 2D and 3D cell culture, bioprinting, tissue regeneration and drug discovery.


    Our biologically relevant hydrogels mimic the cell micro-environment and require no preparation; simply add your cells at room temperature and get results.


    Our hydrogels are optimised for 3D bioprinting to allow both cell viability and printability with any piston driven bioprinter.

    Bespoke Design Service

    The mechanical and chemical functionality of our hydrogels is fully tunable; contact our expert team to design the optimal hydrogel to meet your needs.

    To place an order or to find out more information about any of our products, give us a call on +44 (0) 1625 238800 or email us at info@manchesterbiogel.com

    What we offer

    At Manchester BIOGEL (MBG) we provide a family of synthetic peptide hydrogels that are animal and disease free, and have no batch to batch variability giving you the confidence to achieve reliable and consistent results, every time. Our hydrogels are inherently biocompatible and biodegradable offering you the potential to translate your research to the clinic and deliver life-changing therapies.

    Animal and disease free

    No batch-to-batch variation


    Printable, injectable and sprayable

    Chemically defined



    Ready to use

    High-quality peptide hydrogels

    Manchester BIOGEL (MBG), is a leader in the design and manufacture of synthetic self-assembling peptide hydrogels that provide a natural physiological extracellular matrix to support long term culture. They are modular and have fully tunable properties to simulate the natural environment of all human tissues.

    Get in touch

    For more information about our technology, our products or how we can support your research please get in touch: