Combined treatment with 0.5 kGy X-ray and 0.1 % CA significantly decreased biofilm cell counts by 5.10, 4.31, and 3.96 log CFU/coupon for E. coli O157:H7, S. Typhimurium, and L. Monocytogenes, respectively.
Spatial biology is a rapidly evolving discipline that advances human health by leveraging imaging technologies. It encompasses research activities ranging from whole-transcriptome profiling to clinically impactful single-protein biomarker tests.
MOLECUBES, a Bruker Company offers small footprint microCT for mice and rats, which meets most of your needs for in-vivo analysis and doesn't sacrifice the budget.
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
In this study by Peltoniemi et al., PET/CT imaging using the X-CUBE (CT) and ß-CUBE (PET) was used to non-invasively visualize cerebrospinal fluid (CSF) flow and glymphatic system dynamics in rats.
Working with Extracellular Vesicles (EVs)? Imagine being able to effortlessly measure EV quality. This is possible with the Exoplorer™ Nano-flow Cytometer — a highly effective tool for nanoparticle-level analysis.
Bioluminescence imaging relies on precise D-luciferin administration, as dosing variability impacts signal intensity and data consistency. Standardizing substrate delivery is essential for reproducible and high-quality in vivo imaging results.
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.
This study assesses a plasma biomarker panel (p-tau181, NfL, GFAP) for differentiating Alzheimer’s, FTD, and DLB, showing high accuracy, while Aβ₁₋₄₂/₁₋₄₀ ratio adds limited value.
Single-cell biology has transformed our ability to uncover cellular diversity and dynamic behavior within complex tissues that are otherwise masked in population-level analyses.
Mice were imaged under anaesthesia (2.5% isoflurane in oxygen), daily until the bioluminescence signal disappeared. Imaging was performed in an Ami-HTX Small Animal Imager and analysed with Aura Imaging Software, from Spectral Instruments Imaging.
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.