Stable Cell Line Generation
The integration of multimodal visualization techniques with a single-cell sorting system significantly improves the accuracy, viability, and efficiency of stable cell line generation.
The generation of stable cell lines, as a pivotal biotechnological approach, plays a critical role in the domains of recombinant protein production, pharmacological target identification, and toxicological assessment.and other applications. In contrast to the limitations of conventional methods, such as time-consuming processes and compromised cell viability, the PRECI SCS Single-cell Sorter (or alternatively, the Scatcher Single-cell Optical Tweezer System) offers significant technological advancements.
These state-of-the-art instruments integrate high-precision isolation capabilities, damage-free sorting techniques, and fully traceable workflows to address the constraints of conventional approaches. By establishing an efficient and precise technical platform for stable cell line generation, they substantially accelerate experimental timelines while ensuring superior cell viability and reproducibility.
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isual-guided sorting with traceable results
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Multimodal Visualization Techniques with Intelligent Identification
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High-precision Isolation Capabilities to Improved Efficiency
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Damage-free Sorting with High Cell Viability
Ultra-High-Precision Sorting with a Single-Cell Isolation Success Rate of Over 99%
Laser-induced forward transfer (LIFT) or optical tweezer technology ensures high sorting accuracy and single-cell yield. It prevents contamination from non-target cells, thereby ensuring the purity of the collected cells.
Microscopy-Based Visual-Guided Sorting: What You See Is What You Get
Targeted cell isolation is carried out under a microscope, ensuring precise and accurate selection. This process can be effectively integrated with cell phenotype detection and identification technologies, such as cell morphology analysis, fluorescence labeling, and Raman spectra "molecular fingerprint", thus fulfilling the diverse requirements of a wide of cell screening applications.
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