Jellagen Jellyfish Collagen 3D Scaffolds

Friday, 29 March, 2019 | Supplied by: BioNovus Life Sciences



Jellagen introduces its Jellyfish Collagen 3D Scaffolds, enabling researchers to culture their cells in a way that mimics 3D living organisms. Users also benefit from an innovative disease-free alternative to mammalian reagents; batch-to-batch consistency; compatible with all existing cell culture protocols; sequence homology to collagen type I, II and V; and uniform pore size.

Jellagen collagen is a native collagen structure derived from jellyfish, an evolutionary ancient chemical lineage and the root of all collagens. Due to the simple nature of jellyfish, Jellagen is a pure and native form of collagen offering beneficial characteristics. Non-cytotoxic and purified, it is said to be cleaner in terms of non-specific miRNA content compared to mammalian collagen. With an ISO13485 certified manufacturing process, it is designed to offer improved research productivity, allowing security of product consistency and reproducible results.

The jellyfish collagen is available as Research Grade Collagen and as 96-well jellyfish collagen-coated plates. Research Grade Collagen is provided as self-coating collagen solution which can be used for all existing collagen protocols and applications. It has also been tested in 2D culture with mammalian and human primary cells to verify it is applicable for routine laboratory cell culture research. Jellyfish collagen offers Type I ‘Like’ and Type II ‘Like’ scaffold properties.

Online: www.bionovuslifesciences.com.au
Phone: 02 9484 0931
Related Products

Fluidic Analytics Fluidity One-W for protein analysis

The Fluidity One-W instrument, from Fluidic Analytics, is able to assess on-target protein...

Integrated DNA Technologies oPools Oligo Pools

Integrated DNA Technologies (IDT) has launched oPools Oligo Pools — ready-to-use pools of...

Phase Genomics Hi-C proximity ligation kits

Phase Genomics applies Hi-C and other proximity-ligation methods to enable chromosome-scale...


  • All content Copyright © 2019 Westwick-Farrow Pty Ltd