Crash Courses

The course will give the student an overview of the curriculum and content. Such courses are quite useful if you want a quick introduction to a very extensive subject. For students, this is particularly useful tool up to the exam.

Topics: 

- Basic Molecular Genetic Mechanisms - I
- Basic Molecular Genetic Mechanisms - II
- Blood Vessels and Blood Cell Formation
- Cancer
- Cell Cycle (UH)
- Cell Cycle Regulation
- Cell Death
- Cell Isolation and Culture Growth Techniques
- Cell Locomotion and Intermediate Filaments
- Cell Signaling
- Cell-Cell Junction
- Cell-Cycle Control in S. cerevisiae and Mammalian Cells
- Cell-Matrix Junctions
- Cellular Energetics
- Composition of Extracellular Matrix
- Cytoskeleton
- Development of Multicellular Organisms
- Developmental Transitions
- Electron Transport Chain and ATP Production
- Endoplasmic Reticulum
- Energy Conversion_ Mitochondria
- Epigenetics
- Eukaryotic Cell Cycle Regulation
- Eukaryotic Chromosome
- Extracellular Matrix of Animals
- Fibroblast and Skeletal Muscle Genesis
- Growth
- Infection
- Intracellular Compartments and Protein Sorting
- Intracellular Secretory Pathway and Endocytosis
- Invertebrate Development
- Mechanism of Cell Signaling
- Membrane Structure and Function
- Microtubule Dynamics and Motor Proteins in Mitosis
- Microtubules
- Molecular Structure of Genes
- Morphogenesis
- Necrosis vs Apoptosis
- Pathogen Invasion
- Pattern Formation
- Peroxisomes
- Post Transcriptional Gene Control
- Protein Translocation via ER
- Quaternary Structure of Protein
- Regeneration, Repair and Cell Reprogramming
- Signaling at the Cell Surface - I
- Signaling at the Cell Surface - II
- Stem Cells and Renewal in Epithelial Tissue
- Structure of Proteins
- Transcription Control of Gene Expression
- Types of Signaling Pathways
- Vertebrate Pattern Formation
- Vesicular Traffic and Secretory Pathways
- What are the 3 main functions of lysosomes_
- What is the Mechanism of Transcytosis_