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Bound and Dissolved Oxygen in the Blood of Most Animals

Bound and Dissolved Oxygen in the Blood of Most Animals

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Page 1: Bound and Dissolved Oxygen in the Blood of Most Animals

Bound and Dissolved Oxygen in the Blood of Most Animals

Page 2: Bound and Dissolved Oxygen in the Blood of Most Animals

Oxygen Exchange Overview

Page 3: Bound and Dissolved Oxygen in the Blood of Most Animals

The Oxygen Dissociation Curve

Page 4: Bound and Dissolved Oxygen in the Blood of Most Animals

The Effects of Changes in Carrier Concentration on

Capacity and P50

Page 5: Bound and Dissolved Oxygen in the Blood of Most Animals

The Notion of % Saturation

Page 6: Bound and Dissolved Oxygen in the Blood of Most Animals

Carbaminos and CO2 Transport

Whether or not the H+ is released (I.e., the carbamino will dissociate) will depend on the pH of the solution and pKa of the carbamino.

Page 7: Bound and Dissolved Oxygen in the Blood of Most Animals

The Bohr Effect

Page 8: Bound and Dissolved Oxygen in the Blood of Most Animals

Carrier Affinity Shifts Correlated With Various Environments

Page 9: Bound and Dissolved Oxygen in the Blood of Most Animals

Fetal Hemoglobin in Mammals

Page 10: Bound and Dissolved Oxygen in the Blood of Most Animals

Carbon Dioxide Exchange

Page 11: Bound and Dissolved Oxygen in the Blood of Most Animals

Transport of CO2 by the Blood

Page 12: Bound and Dissolved Oxygen in the Blood of Most Animals

The Haldane Effect and CO2 and a Comparison of CO2 and O2 Transport in

Mammals