Anatomy & Physiology On The Go

This is a continuation of a 4 part series on the topic of tissues. This episode discusses the nervous tissue.

A discussion about the differences between compact and spongy bone as well as a chat about bone development

Bone Part 2. Bone matrix, osteogenic cells, osteoblasts, osteocytes, osteoclasts

Bone Part 1. Bone function and classification

This episode will discuss platelets and blood clotting

This episode will discuss white blood cells, both their origins and their functions.

This episode will discuss a condition called Hemolytic Disease of the Newborn

This episode will discuss blood types

Part one of a multi-part series covering blood. The focus on this episode is red blood cells.

Part two of the integumentary system covering the dermis and accessory structures

Part one of the integumentary system covering the epidermis and skin color

This is a continuation of a 4 part series on the topic of tissues. This episode discusses the three major types of muscle tissue.

An in-depth discussion on connective tissue proper, fluid connective tissue, and supporting connective tissue.

Learn about where you see epithelial tissues, its characteristics & classifications.

This episode is all about movement. The movement of a substance via diffusion and the movement of water via osmosis and tonicity.

In this episode we will discuss mitosis which is the process of cell division for the somatic cells of your body.

Part two in our journey from DNA to protein, in this episode we will discuss translation which is the process of going from mRNA to the final protein product.

In this episode we discuss the process of protein synthesis, transcription. Transcription is the process of going from DNA to mRNA.

Learn about the basic living structure in our bodies- the CELL. Learn about the cell, its structures and function of various organelles that make up the cell.

Learn about macromolecules. In particular about proteins and nucleic acids. These are organic compounds made of monomers and are ubiquitous in our bodies.