The Ultimate Guide to Flow Imaging Microscopy

Researchers often turn to basic microscopy or volumetric analysis techniques to determine the shape, count, concentration, and size distribution of particles within a sample. However, manual microscopy is time-consuming and subject to human error, while volumetric techniques are unsatisfactory for samples composed of heterogeneous particle shapes. Flow imaging microscopy (FIM) for particle analysis combines the benefits of microscopy and volumetric analysis to rapidly measure particles from digital images, producing statistically significant results.

Download this ebook from Yokogawa Fluid Imaging Technologies to learn about

• Particle analysis history
• How flow imaging microscopy (FIM) works
• Examples of FIM applications
  - Aquatic organism identification
  - Protein aggregate detection in drug formulations
  - Microencapsulation process analysis
  - Particle differentiation in heterogeneous samples
  - Outlier characterization