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Language: English
Published by: Focus Medica India Pvt Ltd.,
Validity Period: 365 days
Description
Cell Biology and Genetics – Made Easy Through Animation
This series is a collection of animated videos demonstrating the fundamentals of cell biology and genetics. Topics include the ultrastructure of the prokaryotic and eukaryotic cells, concepts of molecular biology such as DNA replication and protein synthesis, the structure and function of chromosomes and the cell cycle.
The vivid 3D representation provides a means for the learner to visualize sub-cellular structures and molecular processes.
| Cell and its ultrastructure | |||
| Introduction | Preview | ||
| Prokaryotic cells and Eukaryotic cells | |||
| Diversity in cell structure and function | |||
| Cell wall | |||
| Plant cell wall | |||
| Cell membrane or Plasma membrane | |||
| Ultrastructure - Cell membrane models | |||
| Functions of cell membrane | |||
| Passive transport | |||
| Active Transport | |||
| Cell organelles | |||
| Endoplasmic reticulum | |||
| Ribosomes or Ribonucleoprotein particles | |||
| Golgi complex | |||
| Lysosomes | |||
| Mitochondria | |||
| Mitochondria function | |||
| Chloroplast | |||
| Chloroplast function | |||
| Cytoskeleton | |||
| Cilia and flagella | |||
| Nucleic acids | |||
| Introduction | Preview | ||
| Deoxyribonucleic acid (DNA) | |||
| Molecular structure of DNA | |||
| Genes | |||
| DNA replication | |||
| Semiconservative mode of DNA replication | |||
| Meselson and Stahl’s experiment (using N15) | |||
| Requirements for replication | |||
| Mechanism of replication | |||
| Forms of DNA | |||
| Ribonucleic acid (RNA) | |||
| Types of RNA | |||
| Cloverleaf model of tRNA | |||
| Protein synthesis | |||
| Introduction | Preview | ||
| Components of protien synthesis | |||
| Mechanism of protien synthesis | |||
| Protein synthesis on 70S Ribosomes | |||
| Aminoacyl tRNA formation | |||
| Initiation of protein synthesis | |||
| Elongation of polypeptide chain | |||
| Termination and release of polypeptide chain | |||
| Processing of polypeptide chain | |||
| Protein synthesis on 80S Ribosomes | |||
| Genetic code | |||
| Introduction | Preview | ||
| Historical account | |||
| Genetic code | |||
| Deciphering the code | |||
| Properties of genetic code | |||
| Wobble hypothesis | |||
| Chromosome | |||
| Introduction | Preview | ||
| Definition of chromosomes | |||
| Chromosome number | |||
| Genome | |||
| Chromosome size | |||
| Morphology of chromosomes | |||
| Primary constriction or centric constriction | |||
| Types | |||
| Secondary constriction | |||
| Karyotype and Idiogram | |||
| Heterochromatin and Euchromatin | |||
| The chemistry of chromosomes | |||
| Internal structure of chromosomes | |||
| Nucleosome model | |||
| Function of chromosomes | |||
| Cell division | |||
| MITOSIS | |||
| Introduction | Preview | ||
| Mitosis | |||
| Interphase | |||
| Prophase | |||
| Metaphase | |||
| Anaphase | |||
| Telophase | |||
| Cytokinesis | |||
| Mitotic apparatus | |||
| Differences in mitosis between animal and plants cells | |||
| Centrioles and asters | |||
| Significance of Mitosis | |||
| MEIOSIS | |||
| Meiosis | |||
| Introduction | |||
| Premiotic interphase | |||
| First Meiotic division or Meiosis | |||
| Zygonema | |||
| Pachytene | |||
| Synaptonemal complex and recombination | |||
| Diplonema | |||
| Theories of chiasmata formation | |||
| The mechanism of crossing-over | |||
| Diakinesis | |||
| Metaphase I | |||
| Anaphase I | |||
| Telophase I and Interkinesis | |||
| Second meiotic division or Meiosis II | |||
| Cytokinesis | |||
