RocketCell™ S2 Supplement (100X), AOF

N2-like Animal Origin-Free Supplement

RocketCell™ S2 Supplement (100X), AOF

 N2-like Animal Origin-Free Supplement

RocketCell™ S2 Supplement, AOF is an animal origin-free N2-like supplement providing a minimalistic, precisely controlled serum-free environment for neuronal and non-neuronal cell culture. Formulated exclusively with recombinant and high-purity synthetic components, it delivers the consistency and traceability that modern neural and stem cell research demands.

Ideal for serum-free adaptation, neural induction, glial selection, and a wide range of non-neuronal cell line applications.

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Challenges We Solve

Common Challenges 

How RocketCell™ S2 Supplement, AOF Solves The Issues​

Data and References

Organoids

Mouse Intestinal Organoid Cultured using RocketCell™ S1 (B27-like) & S2 (N2-like) Supplements, AOF ​

Panel A: Yellow fluorescent cell cluster with scattered bright dots on a black background; scale bar 50 μm.
Fluorescent image showing yellow-stained cell nuclei clustered in a dark field (panel D).

Confocal fluorescence imaging of mouse intestinal organoids.

Mouse intestinal organoids were cultured using RocketCell™ S1 & S2 Supplements, AOF and stained to assess morphology and structural integrity. (A) Nuclear localization visualised by fluorescent staining (yellow). (B) F-actin/membrane visualization highlighting crypt-like budding and luminal architecture (cyan). (C) Merged overlay of nuclear (yellow) and structural (cyan) channels demonstrating organized cellular distribution. (D) Maximum intensity projection / representative z-frame highlighting nuclear density across the 3D organoid volume. Scale bars = 50 µm.

Cryo-Recovery and Re-Culturing Intestinal Organoid with RocketCell™ S1 (B27-like) & S2 (N2-like) Supplements, AOF ​

Cryo-recovery and re-culturing of intestinal organoids using RocketCell™ S1 (B27-like) & S2 (N2-like) Supplements, AOF.

Representative bright-field images show cryopreserved intestinal organoids following recovery at Day 0 (A) and subsequent growth at Day 12 (B) in VitroGel®. Quantitative analysis demonstrates progressive organoid expansion over 12 days across three replicate wells, indicating successful recovery and sustained growth following cryopreservation.​

Size

5 mL