Posts associated with cfRNA
A digital illustration depicting two light gray, spiky cell-like structures with blue dots scattered on their surface. The cells are positioned on a dark background with numerous small, white dots, resembling stars. In the center of the image, a blurry, ribbon-like streak of orange and purple hues creates an aurora-like effect. This image likely represents a microscopic view of cells in a stylized, artistic manner.
Stabilization

Blast off! Your guide to successful assay development
Developing a liquid biopsy assay can feel like a journey into uncharted territory, but with the right guidance, it’s a mission you can accomplis…
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Stabilization

FDA clearance brings liquid biopsy into a new era
With the FDA clearance of several assays, liquid biopsy moves closer toward the goal of making this screening method a standard of care. Liquid biopsy…
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Stabilization

How can nucleic acids predict disease?
Liquid biopsy is a diagnostic technique where bodily fluids are examined for biomarkers that suggest disease. In recent years, liquid biopsy has been …
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Why stabilization matters
Stabilization

Why does stabilization matter?
Human blood is packed with genetic information found in circulating cell-free DNA (cfDNA) and cell-free RNA (RNA). Liquid biopsy takes advantage of th…
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Stabilization

Circulating RNA and EV poster
Streck recently presented data on our new and innovative blood collection tube, RNA Complete BCT™, at the American Association for Cancer Resea…
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Stabilization

New tube maintains EVs and cfRNA
Streck R&D Senior Scientific Manager Nick George, Ph.D., recently presented a 15-minute talk titled “Introducing RNA Complete BCT® (RUO), a nov…
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