News
How Are Phycocyanin Fluorescence Probes Advanci...
From bloom monitoring to PFOS sensing, phycocyanin-based probes combine nanomaterials, engineered proteins, and smartphone readouts. Here is what their reported detection limits and early assay studies show.
Read MoreCan Phycocyanin Reduce Inflammation? What Do Hu...
Human studies show early inflammation-related signals with Spirulina, Spirulina-derived peptides, and combination supplements. Here’s what the evidence does—and doesn’t—show about phycocyanin itself.
Read MoreWhat Does Research Show About C-Phycocyanin?
A concise evidence briefing on C-phycocyanin: what 100 papers say about its mechanisms, disease models, human research, safety, and food applications—and what remains unproven.
Read MoreIs the FDA’s 2026 Spirulina Extract Expansion i...
A practical guide to the 2026 FDA order, its delayed effective date, Galdieria extract blue, and how GRAS ingredient status differs from color-additive approval.
Read MoreWhy Does Membrane Flux Suddenly Decline During ...
Solution to Sudden Membrane Flux Decline During Phycocyanin Concentration The sudden drop in membrane flux after phycocyanin concentration is not primarily caused by membrane fouling, but rather by concentration polarization and gel layer formation under...
Read MoreWhat Is Blue Spirulina? Benefits, Uses, Taste &...
What Is Blue Spirulina? If you have ever seen a brilliant blue smoothie, smoothie bowl or latte on Instagram, there is a good chance blue spirulina helped create that colour. Blue spirulina is a naturally...
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