LunaGel™ - Porcine Skin Gelatin

LunaGel™ is a photocrosslinkable extracellular matrix (ECM) based on chemically-modified pharmaceutical-grade gelatin.

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Product Info

LunaGel™ is a photocrosslinkable extracellular matrix (ECM) based on chemically-modified pharmaceutical grade gelatin. The major components of LunaGel™ include the ECM proteins collagen type I, III, IV, and V, as well as connective tissue glycoproteins and proteoglycans. LunaGel™ retains the intrinsic cell-instructive bioactivity of natural ECMs facilitating cell attachment, proliferation, differentiation, migration, and proteolytic degradation. LunaGel™’s unique photocrosslinking technology allows unprecedented control over matrix porosity and stiffness, allowing researchers to replicate the physicochemical properties of a variety of healthy and diseased tissues in 3D cell culture applications.

 

LunaGel™ ECM has been successfully used in a wide range of applications including cell attachment and proliferation, stem cell culture and differentiation, mechanotransduction assays, cancer spheroid assays, angiogenesis assays, 3D bioprinting, tissue engineering, and more.

LunaGel™ is supplied as a sterile solution with freeze-dried photoinitiator. Available as Low Stiffness (0 - 6.5 kPa) and High Stiffness kit (0 - 25 kPa).

Reconstitute the photoinitiator in PBS, mix with LunaGel™ ECM and cells, and photocrosslink the solution using the  Luna Crosslinker™ to form 3D cell culture models. By controlling the duration of light exposure you can produce hydrogels with a specified stiffness. Add your favourite culture media and you're culturing in 3D!

Download LunaGel™ SDS Safety Data Sheet

KIT CONTENTS

This kit contains enough LunaGel™ to create a total volume of 10 mL hydrogel.

 

  • 5 mL LunaGel™ ECM (2x solution, sterile)

  • 5 vials of photoinitiator (freeze-dried, sterile)

  • Low stiffness (0 - 6.5 kPa), 10ml

  • High stiffness (0 - 25 kPa), 7.5ml

FEATURES

  • Liquid at temperatures over 4 °C. No heating or cooling required.

  • Photocrosslinking technology allows highly controlled mechanical properties.

  • High Bioactivity (cell attachment, proteolytic degradation).

  • Compatible with automated liquid handling.

How it works

Create physiological cell culture models in 15 min

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