Anatomy of a Cell

Meet Dr. Vaishaly Bharambe, MBBS, MD, PhD-Anatomy. This introductory video provides an overview of her background, teaching approach, and dedication to anatomy education and organ and body donation.

In this introductory lecture to the Cell Series, Dr Vaishaly Bharambe outlines the comprehensive coverage of cellular biology in three upcoming lectures:

• Cell One (plasma membrane and nucleus)

• Cell Two (cell organelles, functions, and diseases)

• Cell Three (cell processes and cell division)

• Each lecture includes interactive quizzes, some notes, (and additional video tutorials too wherever necessary) to enhance learning.

In this lecture, Dr. Vaishaly Bharambe guides students on an exploration of the cell and its components. Topics covered include:

- Cell structure and organelles

- Nuclear structure: nucleus, nuclear pores, nuclear envelope, nucleoplasm, and chromatin material

- Plasma membrane structure: lipids, proteins, carbohydrates, and their interactions, endocytosis and exocytosis

This foundational lecture provides a comprehensive understanding of cellular biology, setting the stage for further exploration in the next two lectures of the Cell Series.

In this lecture, Dr. Vaishaly Bharambe delves into the fascinating world of cell organelles. This lecture covers:

- Mitochondria: structure, function, and clinical significance, inheritance

- Endoplasmic Reticulum (ER): rough and smooth ER, structure, and function

- Ribosomes: structure and function

- Golgi complexes: structure and cellular function

- Peroxisomes and Lysosomes: structure, function, and clinical implications

This lecture provides a comprehensive overview of cell organelles, highlighting their functions, structures, and clinical correlations. Students will gain a clear understanding of the intricate relationships between cell organelles and their impact on human health and disease.

Dr. Vaishaly Bharambe in the final installment of the Cell Series, delves into the fascinating world of cytoskeletal filaments and cell appendages.

This lecture covers:

- Types of cytoskeletal filaments: microtubules, microfilaments, and intermediate filaments

- Structure and function of each filament type

- Relationship between microtubules and cilia, and microfilaments and microvilli

- Centrioles: structure and role in microtubule production

- Cilia and microvilli: structure, function, and differentiation

- Flagella: differentiation from cilia

Gain a deeper understanding of the complex structural components of cells and their functions, and complete your journey through the Cell Series with this comprehensive lecture.