Knowledge
White papers & research notes.
Long-form white papers on the biology behind our product set, plus shorter research notes for working scientists. Written for B2B research-supply customers — academic laboratories, biotech R&D teams, contract research organizations, hospital and physician-led research programs, and clinical research sites with IRB-approved protocols.
Featured white papers
What makes umbilical cord PRP-driven extracellular vesicles unique and valuable for research?
A white-paper review of UC-PRP–derived EVs — yield, cargo profile, regenerative-relevant signaling, and what differentiates them from adult-derived sources.
Read →Non-embryonic stem cell self-renewal capacity in a host body: what the published research shows
Animal-model and human research evidence for self-renewal after engraftment, monitoring methods, and what remains open.
Read →Comparing the safety and potency of cultured and native cells
How culture expansion changes cell preparations relative to native populations — surface marker drift, transcriptional shifts, secretome change.
Read →Mitochondrial activity in human umbilical cord-derived stem cells
A review of mitochondrial parameters in UC-derived stem cell preparations and why mitochondrial fitness predicts downstream functional readouts.
Read →Research notes
Why characterized EV preparations matter for research reproducibility
Particle counts alone do not tell you whether two batches of exosomes are equivalent. The minimum per-lot data envelope.
Read →A practical primer on MSC identity and the ISCT minimum criteria
The 2006 ISCT position paper is still the working definition for what counts as a mesenchymal stem cell preparation.
Read →Mitochondrial activity as a quality signal in stem cell preparations
Membrane potential, ATP yield, and mitochondrial mass — quality control signals that predict downstream functional performance.
Read →Fresh vs. cryopreserved: what changes and what to test for
Cryopreservation is not a no-op. Even with optimal protocols, post-thaw populations differ from fresh in measurable ways.
Read →