Single-cell omics provide undiluted information about individual cells, such as transcription levels and sequences of highly variable proteins.Miniaturizing the assay helps scale down analysis to the single-cell level without sacrificing data quality
By fusing the spike protein's terminal domain (NTD) with its receptor-binding domain (RBD), researchers have engineered a protein vaccine that significantly amplifies both T-cell responses and antibody breadth.
Spatial proteomics uncovers the spatial distribution of proteins within tissues, enabling detailed analysis of cellular functions, disease progression, and intercellular interactions beyond the limits of traditional bulk proteomic approaches.
We present the BioFlux shear flow system, a microfluidic flow cell array that enables the growth of biofilms in precisely controlled conditions, including shear stress, temperature, and environmental gas.
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This application note introduces the new in situ rinse program. This workflow delivers the same high purity of rare cells as the traditional “serial program” and additionally significantly enhances throughput.
Preprint on bioRxiv shows that plasma p-tau181, NfL, and GFAP effectively differentiate Alzheimer’s from FTD and DLB, while Aβ₁₋₄₂/₁₋₄₀ adds little diagnostic value.
See how high-resolution multiplex immunofluorescence imaging can elucidate the important role the immune system plays in health, disease, and drug development.