Intravital imaging offers a unique window into these dynamic processes, enabling researchers to visualize blood flow, thrombus formation, immune cell responses, and changes in the cardiac microenvironment in real time.
Cherenkov Luminescence Imaging (CLI) can enhance PET and SPECT studies by enabling rapid, cost-effective assessment of radiotracer biodistribution, protocol optimization, and early-stage evaluation before nuclear imaging.
If you're in the market for a new preclinical optical imaging system, here's a quick overview of what makes the Lago X, Ami HTX, & Kino the best-in-class solutions for bioluminescent & fluorescent small animal imaging.
Combining IP-MS with Syncell optoproteomics reveals how the NLRP3 inflammasome dynamically reorganizes its protein interaction network and identifies a novel regulatory mechanism.
In this webinar, Cytek presented the development and optimization of a 36-color full spectrum flow cytometry panel for in-depth immunophenotyping of human T cells, with specific applications in adoptive cell therapy research.
MOLECUBES β-CUBE and X-CUBE were used to investigate the ability of [18F]-TMP, a newly developed fluorine-18 probe, to image primary human chimeric antigen receptor (CAR) T cells expressing the PET reporter gene eDHFR.
IVIM-C enabled longitudinal, real-time imaging of living brain tissue, revealing the rapid H₂O₂ surge in astrocytes and its relationship to vascular disruption and glial barrier formation.
This large-scale study analyzed over 137,000 single nuclei from 24 pancreatic neoplasms. High-throughput snDNA-seq revealed higher driver gene alteration frequencies and more complex clonal trajectories than bulk sequencing.
The study presents an optimized, automated nuclei extraction workflow for solid tumors. Using the Tapestri platform, researchers successfully resolved clonal heterogeneity and co-occurrence of mutations in pancreatic cancer.
Explore how Microscoop® enables spatially resolved nuclear and cytoplasmic proteomics, delivering reproducible, high-specificity subcellular protein profiling through microscopy-guided photolabeling and mass spectrometry.
A study of 326 older adults revealed that prolonged sleep and later wake times accelerate cognitive decline in those with Alzheimer's pathology. Quanterix's ultra-sensitive Simoa technology was essential for plasma p-tau217 detection.
Automated membrane protein purification with CyBio FeliX and NativeMP™ reduces processing time to under three hours while preserving protein integrity and ensuring high reproducibility.