Blog and News

Common Problems in Retrograde Tracing: 6 Factor...

Retrograde tracing can become difficult to interpret when signal appears outside the intended target, labeling is weak or uneven, background fluorescence interferes with analysis, or results vary between animals. This...

Fast Blue and Fluorescent Retrograde Tracers in...

Explore how Fast Blue supports long-term retrograde tracing studies. Compare fluorescence retention, imaging considerations, and workflow requirements for chronic neuroanatomical research.  

Fast Blue vs. BDA in Neuroanatomical Tracing Wo...

Learn how Fast Blue and BDA differ in projection neuron identification, retrograde tracing, structural pathway visualization, tissue processing, and neuroanatomical connectivity analysis.

What Is Polymer Viscosity?

Polymer viscosity reflects how polymer chains behave in a specific chemical environment. Changes in molecular weight, concentration, and solution chemistry can all shift viscosity in ways that directly affect processing...

How Dispersants Work in Slurry Systems and Why ...

Dispersants play a central role in controlling how particles behave in slurry systems, but their impact is often misunderstood. They influence stability, particle interactions, and how consistently a system performs...

PEG vs PEGDA vs PEGDMA: What’s the Difference?

PEG, PEGDA, and PEGDMA differ primarily in functionalization and polymerization behavior, which directly impacts network formation, reactivity, and final material properties. This article outlines those distinctions in practical terms.