Introduction to Motif Discovery and Transcription Factor Binding Site Analysis
Comprehensive guide to motif discovery and transcription factor binding site analysis, covering basics, tools, and practical demonstrations using Homer software for ChIP-seq data analysis.
Debugging Genomic Profiling Experiments and Predictive Models with Interpretation Tools
Explore deep learning models in genomics, uncovering latent biases and technical artifacts. Learn to design efficient models that correct biases and reveal novel insights into gene regulation.
Nuclear Envelope Proteins Regulate Chromosome Territory and Gene Loci Dynamics
Explore nuclear envelope proteins' role in regulating chromosome territories and gene loci dynamics through an in-depth lecture by Kundan Sengupta.
Excavating the Architecture of Chromatin: From Nucleosomes to Chromosomes
Explore chromatin architecture from nucleosomes to chromosomes, unraveling its complex organization and role in gene regulation through interdisciplinary perspectives and cutting-edge research.
Understanding GWAS Mechanisms with Transcriptome-Wide Association Studies
Explore GWAS mechanisms through Transcriptome-Wide Association Studies. Learn to identify genetic determinants of chromatin and quantify genetic effects on disease mediated by gene expression levels.
BART: A Transcriptional Regulator Prediction Method for Functional Genomics
Explore BART, a powerful method for predicting transcriptional regulators in functional genomics. Learn its applications, underlying algorithms, and impact on gene regulation research.
Leveraging High-throughput Functional Characterization Data to Dissect and Annotate Human Regulatory Regions
Explore high-throughput functional characterization techniques for dissecting and annotating human regulatory regions, leveraging advanced genomic mapping and integrative epigenomic approaches.
Probing Principles of Genome Organization and Function
Explore innovative genomics technologies for understanding gene regulation and chromatin organization in mammalian cells. Discover approaches to alter genomic structure and study its impact.
Alterations in Spatial Genome Compartmentalization Associated with Constriction and Expansion
Explore 3D genome structure changes in cells under physical stress, examining constricted migration and nuclear expansion effects on chromosome organization and gene expression.
Chromatin Readers as Molecular Architects in Shaping Metabolic Landscape
Explore chromatin 'readers' as molecular architects shaping metabolic landscapes. Delve into interdisciplinary aspects of chromatin organization and gene regulation in this comprehensive lecture.
Untangling Enhancer-Promoter Interactions Throughout Mouse Development
Explore enhancer-promoter interactions in mouse development, unraveling complex gene regulation mechanisms and their impact on chromatin organization.
Decoding Regulatory Diversity Within DNA Regions
Explore DNA regulatory diversity through advanced genomics, microscopy, and single-cell measurements. Gain insights into chromatin organization and gene regulation principles.
Unravelling the Cell-type Specific Roles of Disease-associated Mutations in Chromatin Organization and Gene Regulation
Explore cell-type specific impacts of disease-associated mutations on chromatin organization and gene regulation through interdisciplinary approaches and cutting-edge techniques.
Revealing the Mechanism of Genome Organization Using Single-molecule Approaches
Explore genome organization mechanisms through single-molecule approaches. Gain insights into chromatin structure and gene regulation using cutting-edge techniques.
Understanding Epigenetic Mechanisms Through the Engineering of Synthetic Chromatin
Explore epigenetic mechanisms through synthetic chromatin engineering. Gain insights into chromatin organization and gene regulation using interdisciplinary approaches and cutting-edge techniques.
The Role of Polymerases in Driving the 4D Genome
Explore the impact of polymerases on chromatin's 4D organization and gene regulation in this insightful talk by Daniel Jost on cutting-edge genomics research.
Signalling from the Wings: Telomeres Impact Chromatin Genomewide
Explore how telomeres influence chromatin structure and gene regulation across the entire genome, uncovering their far-reaching impact on cellular processes.
Chromatin 'Readers' as Molecular Architects in Shaping Metabolic Landscape
Explore chromatin 'readers' as molecular architects shaping metabolic landscapes, delving into interdisciplinary aspects of chromatin organization and gene regulation.
AI-based Chromatin Imaging Biomarkers in Health and Disease
Explore AI-based chromatin imaging biomarkers and their applications in health and disease. Gain insights into cutting-edge techniques for analyzing chromatin organization and gene regulation.
On the Role of Polymerases in Driving the 4D Genome
Explore the impact of polymerases on 4D genome organization and gene regulation in this in-depth talk by Daniel Jost, part of a comprehensive chromatin research program.
Genome Organization and Regulation: Chromatin Domains, Boundaries and Epigenetics
Explore chromatin organization and gene regulation through advanced genomics, microscopy, and single-cell measurements. Gain insights into 4D genetic code arrangement and epigenetic influences on gene expression.