Lectures related to Gene interactions and networks

Genetic Variability and Diversity: Diseases and Medicine MOOC: Neuroscience Reconstructed: Genetics and Brain Development

Explores the impact of mutations on diseases, genetic variability in medicine, and the consequences at gene expression and epigenetic levels.

Gene Regulation: Transcription Mechanisms and Chromatin Accessibility MOOC: Neuroscience Reconstructed: Genetics and Brain Development

Explores gene regulation through transcription mechanisms and chromatin accessibility, emphasizing the importance of transcription factors and gene regulatory networks.

Gene Regulatory Networks MOOC: Neuroscience Reconstructed: Genetics and Brain Development

Explores how gene regulatory networks encode changes in cell development and the importance of interactions between different regulatory networks.

Gene Therapy: Neurological Diseases MOOC: Neuroscience Reconstructed: Genetics and Brain Development

Explores gene therapy for neurological diseases, including monogenic and multifactorial disorders, and the use of Cas9 and repair mechanisms.

Regulatory Variation & Precision Medicine

Explores regulatory variation's impact on precision medicine, focusing on non-coding GWAS SNPs and gene expression variation.

Neuroepigenetics: Chromatin Structure and Regulation

Explores neuroepigenetics, focusing on chromatin structure, regulation, and epigenetic inheritance in neurodevelopment.

Neuroepigenetics: Chromatin Regulation and Memory Formation

Delves into chromatin regulation's role in memory formation, genetic and epigenetic influences on learning, and the potential of HDAC inhibitors as cognitive enhancers.

Eukaryotic Transcription: Initiation and Elongation

Explores eukaryotic transcription initiation, elongation, and gene regulation complexity.

Gene Regulatory Networks

Delves into gene regulatory networks, ChIP-seq techniques, ENCODE project data interpretation, and differential gene expression modeling.

Genomics: Gene Regulatory Networks

Explores gene regulatory networks, protein-DNA interactions, and regulatory elements in genomics.

Single-cell and Spatially Resolved RNA-seq MOOC: Neuroscience Reconstructed: Genetics and Brain Development

Explores single-cell RNA-seq, tissue dissociation, capture methods, and differential gene expression analysis.

Early Life Modulators of Aging and Age-Associated Diseases

Delves into the effects of early-life oxidative stress on lifespan and age-related diseases in C. elegans.

Bistability in Gene Regulation

Explores bistability in gene regulation, analyzing fixed points, bifurcation diagrams, and hysteresis behavior in gene expression.

Dominance and Social Hierarchy

Explores dominance and social hierarchy in humans, including indicators of dominance, hormones' role, and leadership in contemporary societies.

Neuroepigenetics: Molecular Mechanisms and Cognitive Implications

Investigates how maternal behavior shapes stress response through epigenetics and discusses genetic vs. epigenetic influences on traits.

Epigenetics: Understanding Inheritance and Gene Expression MOOC: Neuroscience Reconstructed: Genetics and Brain Development

On epigenetics explores how gene expression is influenced by DNA modifications and histone changes, affecting cell differentiation and disease development.

Bulk Transcriptome Analysis: RNA-seq Workflow and Gene Expression Analysis MOOC: Neuroscience Reconstructed: Genetics and Brain Development

Explains transcriptomics, RNA-seq workflow, and gene expression analysis for disease biomarkers.

Genetics: History and Key Concepts

Covers the history of genetics, key concepts, DNA structure, gene expression, and genetic engineering.

Genomics: Chromatin Structure and Regulatory Elements

Covers chromatin structure, histone assembly, and regulatory elements in gene expression.

Introduction to synaptic plasticity MOOC: Simulating a hippocampus micro-circuit

Covers synaptic plasticity, types of synapses, Hebb's postulate, LTP, LTD, and network oscillations in the hippocampus.