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Greening the Economy: Sustainable Cities
Introduction to Graphic Illustration
Computational Social Science Methods
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Explore how Alzheimer's disease affects spatial memory through a deep dive into entorhinal cortex and hippocampus function, using mouse models to examine neuronal and network impacts of amyloid beta and tau pathologies.
Explore selective neuronal vulnerability in neurodegeneration, focusing on Spinocerebellar Ataxia type 1. Gain insights into cerebellar degeneration patterns and potential underlying mechanisms.
Explore interpretable machine learning models for analyzing neural activity, focusing on spinal motor control and challenging the rigid control theory of motor unit function.
Explore techniques for efficient dopaminergic neuron production from iPSCs, focusing on WNT signaling optimization and tools addressing variable differentiation across cell lines.
Explore how Large Language Models and neuropsychiatric knowledge can be leveraged for psychiatric evaluation, diagnosis, and treatment prediction in various mental health conditions.
Explore novel molecular tools for Alzheimer's and Parkinson's drug discovery. Learn about in vitro generation of neurotoxic protein aggregates and their potential to accelerate research in neurodegenerative diseases.
Explore spatial mapping of pain-related GPCRs and biomarkers in mouse brain using advanced RNAscope HiPlex v2 and RNA-protein co-detection techniques for single-cell resolution gene expression analysis.
Explore cell-in-cell structures in human liver using microscopy modalities. Gain insights into cutting-edge research presented by Dr. Scott Philip Davies in this engaging webinar.
Explore the role of tertiary lymphoid structures in tumor immunity, their correlation with improved prognosis, and their impact on immunotherapy response through in-depth spatial imaging analysis.
Gain expert insights on tissue processing techniques, from optimal steps to reprocessing specimens. Solve challenging dilemmas with guidance from a certified histologist's decade of experience.
Explore laboratory investigation techniques for von Willebrand disease, focusing on diagnostic tests and challenges in identifying this common bleeding disorder. Gain insights from Dr. John V. Mitsios's expertise.
Explore novel analytical technologies providing new insights into the molecular landscape of the human heart, focusing on cell surface proteins and their role in cardiac physiology.
Explore liquid biopsy techniques for non-invasive tumor analysis. Learn about circulating tumor cell enumeration and molecular profiling for cancer diagnosis and monitoring.
Explore microfluidic devices for high-throughput bioassays using picodroplets as miniaturized test tubes, revolutionizing drug discovery and preclinical development with efficient single-cell analysis techniques.
Explore enzymes advancing point-of-care diagnostics, focusing on robust testing methods for immediate results and improved healthcare decision-making.
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