Unlock Higher CRISPR Success Rates with Gentle Microfluidic Sorting

When it comes to CRISPR workflows, the difference often lies in how you handle your edited cells. That’s where the WOLF G2 Cell Sorter from NanoCellect steps in — a microfluidic, low‑pressure sorter designed to preserve cell viability, improve single‑cell cloning efficiency, and support high‑quality downstream analysis.

In our new blog post, “Accelerating CRISPR Workflows with Gentle Microfluidic Sorting”, we highlight three recent peer‑reviewed studies demonstrating these gains:

• Niles et al., Journal of Biological Chemistry (2025): Showcasing how single‑cell sorting via microfluidics boosts editing efficiency and colony outgrowth after CRISPR‐Cas9 screening.
  
  
• Aouida et al., Scientific Reports (2025): A CRISPR knockout protocol in human cells that underscores the importance of gentle single‑cell isolation for maintaining clone integrity.
  
  
• Huang et al., ScienceDirect (2025): A high‑throughput CRISPR functional genomics workflow where gentle sorting preserved transcriptional and phenotypic fidelity of edited populations.

These references show a consistent message across varied applications: sort gently, clone reliably, and trust your downstream data.

📖 Read the full blog post now → Accelerating CRISPR Workflows with Gentle Microfluidic Sorting

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