[Rokit Healthcare] INVIVO BioInks

[Rokit Healthcare] INVIVO BioInks

 

 

​

Our @AlloECM is a state-of-the-art bio-ink solution based on the cell-sheet technology that replicates the tunable stiffness of the tissue to be differentiated, ensuring optimal regenerative efficacy. Our @FlexOsteo is a novel composite material composed of non-toxic solvents that can potentially be implanted into the human body and can be used to print scaffolds of flexible nature, with great applicability as an implant for ear and nose reconstruction, alveolar bone regeneration, and even breast augmentation surgery.

Our @UHV Alginate, made from a mixture of cytoskeletal extracts of two species of Chilean algae, offers favorable rheological and biocompatible properties that provide an optimal condition for cell types that exhibit synchronous contractions, such as myocardial cells. You could make any kind of tissue with INVIVO@BioInks!

​

INVIVO@Collagen is made from the major structural protein in the extracellular matrix (ECM) that has also been shown to play a key role in cell signaling. Our @Collagen is medical-grade, designed to meet researchers’ performance and regulatory goals.

​

INVIVO@UHV Alginate is a low endotoxin, barium -curable, and GMP- compliant bioink that offers a more viscous output than other commercially available calcium-dependent alginate bioinks. It also dries more quickly, reducing fungal infection risks.

​

INVIVO@GelMa is a photopolymerizable gelatin-based bioink that is comprised of modified natural ECM components. It exhibits tailorable mechani cal properties, good biocompatibility and uniformity, as well as good printability with structural stability.

​

INVIVO@PF-127 is a non-ionic, polyol surfectant that has been found to facilitate the solubilization of water-insoluble dyes and other materials in physiological media. For the convenience of researchers, it is provided in a 40% (w/v) solution in DW.

​

INVIVO@AlloECM is made from ROKIT’s proprietary technology that deposits tissue -specific bio-optimized ECM from modulating the Young’s modulus of the polymer substrate on which cells are cultured. / *Custom-made order system