Content Type
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。
Exobiosphere Completes First Parabolic Flight, Demonstrates World-First HTS Capabilities in Microgravity
Press Release | Mantis Liquid Dispenser
Watch as Exobiosphere achieves a world-first in nanoliter fluid dispensing during microgravity — unlocking the future of high-throughput drug discovery in space.
Scaling Down to Scale Up: The Crucial Role of Lab-Scale Tangential Flow Filtration
Article | µPulse – TFF System
Explore Lab-Scale Tangential Flow Filtration & its crucial role in biotechnology for sample concentration and buffer exchange solutions.
Automated Protein Crystallization
Article | Rock Maker – Protein Crystallization Software
Protein crystallization is the process of forming a regular array of individual protein molecules stabilized by crystal contacts. Understanding the protein structure is of great importance for predicting its function, studying protein-protein or ligand-protein interaction for drug discovery, and uncovering stages in enzyme catalysis.
Gentle and Fast Harvesting of Stem Cell-Derived Exosomes with the µPulse – TFF System
Application Note | µPulse – TFF System
The µPulse – TFF System provides a gentler, faster, & efficient alternative to dead-end filtration for harvesting stem cell-derived exosomes.
The Low-Volume Bottleneck: Why Your Lab Needs High-Throughput Automated Tangential Flow Filtration
Article | aµtoPulse – TFF System
Discover how high-throughput automated TFF solves low-volume filtration challenges, boosting efficiency and sample recovery in modern labs.
利用 Cellmatic™在 6 孔板中开展诱导多能干细胞培养维持
应用笔记 | Cellmatic – 自动化细胞培养系统
了解 Cellmatic™如何在 6 孔板中自动化完成 iPSC 培养：集成成像观测、培养基更换、细胞传代功能，保障稳定、高品质细胞培养。
采用 Reagent Exchanger（RX）对弱贴壁 HEK-293T 细胞实现自动化温和换液
应用笔记 | Reagent Exchanger – 自动化洗板系统
FORMULATRIX Reagent Exchanger（RX）可温和自动化更换弱贴壁 HEK-293T 细胞培养基，最大程度降低细胞脱落，保障实验可重复性。
借助 Cellmatic™实现人诱导多能干细胞实验流程自动化
资讯 | Cellmatic – 自动化细胞培养系统
Cellmatic™实现人诱导多能干细胞从维持培养到诱导分化全流程自动化，细胞处理条件温和，实验通量与可重复性显著提升。