Application Notes
AI-Powered UV Image Autoscoring for Faster and Reliable Protein Crystal Identification
Application Note
Combining UV fluorescence imaging with AI-based scoring delivers a more accurate, scalable, and robust path from crystal hit to X-ray diffraction data.
Automated Imaging of Microfluidic CrystalChip Experiments Using the Formulatrix Rock Imager 360
Application Note
Learn how the integration of CrystalChip with automated Rock Imager 360 imaging transforms protein crystallization workflows by enabling high-throughput, reproducible crystal visualization.
Built-In Sterility: Proactive Contamination Control in the Cellmatic™ System
Application Note
See how the Cellmatic™ system enables sterile automated cell culture with proven contamination control, environmental monitoring, HEPA filtration, and vaporized hydrogen peroxide sterilization.
Simple and Efficient Cell Harvesting Using the µPulse® – TFF System
Application Note
Learn more about gentle, high-yield cell harvesting using the µPulse – TFF system, achieving superior recovery, preserved viability, and reproducible performance compared to conventional centrifugation methods.
构建高质量 cDNA 文库，实现单细胞 T 细胞受体 mRNA 高效测序
应用笔记 | Mantis 纳升级分液工作站
rhTCRseq 方案可实现单细胞水平 T 细胞受体高效分析，依托 Mantis 微量分液仪构建高品质 cDNA 文库提供有力支撑。
依托 µPulse®-TFF 系统，采用滤膜透析实现实验室规模蛋白快速复性
应用笔记 | µPulse – TFF 系统
µPulse 实验室级切向流过滤系统支持压力自定义，用于蛋白复性时，相比平衡透析法速度更快、产物比活性更高，可广泛适用于各类缓冲液置换场景。
利用 µPulse®-TFF 系统快速完成纯化重组 L – 天冬酰胺酶制剂配制
应用笔记 | µPulse – TFF 系统
µPulse 滤片支持在位清洗，可多次重复使用，过滤速率无明显衰减。研究证实，µPulse – TFF 系统速度快、易于放大、具备成本优势，适用于纯化重组蛋白及其他生物分子的制剂配制。
Gentle Formulation of Plasma Derived Extracellular Vesicles with the μPulse – TFF System
Application Note | µPulse – TFF System
Learn how the μPulse – TFF system achieved 97-98% particle retention, ensuring a robust and efficient workflow for EV isolation and concentration.
Simplifying the Harvesting of HIV-Based Virus-Like Particles with the µPulse – TFF System
Application Note | µPulse – TFF System
Learn how the µPulse – TFF System offers a fast, automated, and cost-effective alternative to DEF units for VLP harvesting, with broad applications in virology and vaccine development.
Sherlock 人工智能结晶实验评分系统：提升实验效率、分析准确度与结果可信度
应用笔记 | Rock Maker – 蛋白质结晶软件
了解 FORMULATRIX Sherlock 人工智能工具：可自动识别复杂液滴内晶体，性能优于 MARCO 等传统分析模型。