Lecture

Maternal-to-zygotic Transition: Key Developmental Process

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Maternal Factor Titration in MZT

Discusses the titration of maternal factors, histone depletion, Zelda's role, and S phase extension in MZT.

Neuroepigenetics: Chromatin Structure and Regulation

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

Neurogenetics: Building blocks of a gene

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Cell Cycle Regulation: CDKs and Cyclins

Explores cell cycle regulation through CDKs and cyclins, emphasizing their cooperation and importance in driving cell cycle progression.

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.

Epigenomics: DNA Methylation and Histone Modifications

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Epigenetics: Histone Modifications

Delves into histone modifications, chromatin structure, and DNA methylation's role in gene regulation and heritability.

Cell Cycle Regulation

Explores the regulation of the cell cycle through CDKs, Cyclins, and checkpoints.

Chemical Biology Toolsets: Fundamentals and Applications

Explores fundamental chemical biology tools, nucleosides, nucleotides, RNA/DNA probing, and DNA replication dynamics.

Neuroepigenetics: Chromatin Structure & Inheritance

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Genomics: Chromatin Structure and Regulatory Elements

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

Neurogenetics: Understanding the Building Blocks of Genes

Explores the dynamic interplay of genomics, transcriptomics, and epigenomics in neurodevelopment and brain function.

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Delves into the mechanisms of organ patterning and growth in embryos, focusing on somitogenesis rhythm and the segmentation clock.

Cell Cycle Regulation

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Explores cellular senescence mechanisms induced by mitogenic signals, DNA damage, and oncogenes, emphasizing the role of key regulatory proteins and the impact on cell division.

Myc-Max: Protein Interactions and Cell Proliferation

Explores the interactions between Myc, Max, and Miz proteins in cell proliferation.

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