Cited in Published Research
Independent, Peer-Reviewed Proof
Independent research teams have named SeraPrime fetal bovine serum in the methods of peer-reviewed studies, unprompted, unreviewed by us, with their own names and data behind it. That’s proof no testimonial or spec sheet can match. This page tracks that proof.
This is our pledge to quality, ensuring research can reach its highest potential.
Independently Cited Research
When we find a peer-reviewed paper naming SeraPrime fetal bovine serum in its methods, we add it below, with a link back to the original publication so every entry can be verified independently. What’s below is a sample of studies, across different labs, institutions, and scientific fields, that used SeraPrime FBS.
RNA N-Glycosylation Enables Immune Evasion and Homeostatic Efferocytosis
Nature (Vol. 645, pp. 784–792)
A multi-institution team (Boston Children’s Hospital, Hospital for Special Surgery/Weill Cornell Medicine, UConn Health, and LMU Munich) discovered that small RNAs in our cells carry a coating of sugars that hides them from the immune system, letting dying cells be cleared away quietly instead of triggering inflammation, a foundational finding for autoimmune disease and RNA-based therapeutics. SeraPrime fetal bovine serum is named in the paper’s methods as the serum used to culture the cells behind these findings.
Study: Endolysosomal Damage Surveillance Enables Rapid Inflammasome Sensing of Pathogens
Cell Reports (Vol. 44, Issue 8, Article 116002), Cell Press
This UConn Health team (Department of Immunology, Rathinam Lab) mapped how a protein called galectin-8 acts as an early-warning system inside human cells, detecting the instant invading bacteria rupture their protective compartment and triggering a rapid immune defense. SeraPrime is listed in the paper’s STAR Methods Key Resources Table as the fetal bovine serum used in the underlying cell culture work.
Study: Dynamic Assessment of PI4P Metabolism Using Split GFP-Based Sensors
Scientific Reports (Vol. 15, Article 30805), Nature Portfolio
A University of Miami Miller School of Medicine team engineered a new generation of biosensors that let researchers watch a key signaling lipid, PI4P, move in real time inside living cells — a tool other labs will build on for years. SeraPrime fetal bovine serum is cited in the methods as part of the cell culture conditions used to develop and validate the sensors.
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