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In this two-part online class, we explore lung volumes & capacities, whilst briefly introducing Daltons law of partial pressure and Henrys law. We then used those laws in addition to the Bohr effect to explore how hemoglobin is able to transport and deliver oxygen around the body.
We've looked at the pipes that allow air to move into the lungs & we have explored the movement of O2 and CO2 in the alveoli. But how do we get air INTO and OUT of our lungs? Lets find out.
Intro Song: Riot - Dance With The Dead
Background Music: gfbeats - Talking Nonsense
Sound Effects: zapsplat.com
We've reached the alveoli! But.. what is the alveoli? and why is it so important with gas exchange? Lets find out!
Intro Song: Riot - Dance With The Dead
Background Music: gfbeats - Talking Nonsense
Sound Effects: zapsplat.com
In the next two episodes we journey down the conduction zone and explore how air moves into the alveoli for gas exchange, continuing from the larynx and moving through the trachea and bronchi.
Intro Song: Riot - Dance With The Dead
Background Music: gfbeats - Talking Nonsense
Sound Effects: zapsplat.com
In the next two episodes we journey down the conduction zone and explore how air moves into the alveoli for gas exchange, starting off with the nasal cavity, pharynx and larynx.
Intro Song: Riot - Dance With The Dead
Background Music: gfbeats - Talking Nonsense
Sound Effects: zapsplat.com
In this episode, we finish our journey of the cardiovascular system and begin exploring the respiratory system! Let us begin by exploring the conduction system & nasal cavity.
Intro Song: Riot - Dance With The Dead
Background Music: gfbeats - Talking Nonsense
Sound Effects: zapsplat.com
In this episode we look at bulk flow and how fluid moves between the capillary & the interstitial fluid.
In this episode we break down the finer details on blood pressure and various factors that impact blood flow
In this episode we go over the basic structure of blood vessels and types of arteries/veins in the body.
An introduction to the cardiac cycle and various parameters that control blood flow.
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