Advanced 3D Cell Models for Lab Automation
Integrating advanced 3D cell models, such as organoids and tumoroids, with lab automation technology can streamline workflows, reduce human error, and ensure the reproducibility of handling these complex models. This approach enhances data reliability while enabling efficient high-throughput screening.
Ensures Reproducibility
High Throughput Screening
Reliable Data
Challenges of ECM in laboratory automation
Using traditional animal-based ECM poses the following challenges and limitations that can affect workflow, results, and scalability:
Batch-to-Batch Variability and Reproducibility Issues:
Inconsistent quality between batches leads to unreliable results, making it difficult to standardize automated workflows and high-throughput screening.
Complex Handling Requirements and Incompatibility with Automation:
Animal-based ECMs require low temperature and precise handling and are difficult to integrate with automated systems designed for speed and uniformity.
Ethical, Regulatory, and Contamination Concerns:
The use of animal-derived materials raises ethical, regulatory, and contamination risks, limiting their suitability for pharmaceutical and clinical research.
VitroGel® : the right hydrogel for enabling laboratory automation
VitroGel® hydrogel is room temperature stable, and its unique shear-thinning and rapid recovery rheological properties allow for easy dispensing in laboratory automation and high throughput applications.
Room temperature stable for sample preparation.
No more needle/tip clogging issue.
Long-term injectable status. No rush for injection for stress-free operations.
Synthetic, xeno-free system for consistent data and biomedical potentials.
Applicable for both VitroGel® and VitroINK®
Excellent for VitroPrime™ Spread-Attach Plate
VitroGel® works with all types of lab automation equipment
Automatic
multiple-channel pipette
Bench-top
liquid handling machine
Full automatic
liquid handling system
Microarray: non-contact
dispensing system