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Describe how the lungs and kidneys regulate volatile and fixed acids. Describe how an acid’s equilibrium constant is related to its ionization and.
Describe how the lungs and kidneys regulate volatile and fixed acids. Describe how an acid’s equilibrium constant is related to its ionization and.
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Acid – base balance Basic facts – repetition Regulation of A-B balance Pathophysiology of clinically important disorders.
Acid – base balance Basic facts – repetition Regulation of A-B balance Pathophysiology of clinically important disorders.
222 views
Previously in Chem104: more acid/base reactions: weak / weak strong / strong strong / weak calculations Polyprotic acids Today in Chem104: Titrations.
Previously in Chem104: more acid/base reactions: weak / weak strong / strong strong / weak calculations Polyprotic acids Today in Chem104: Titrations.
226 views
Acid-Base Analysis. Sources of blood acids H 2 O + dissolved CO 2 H 2 CO 3 Volatile acidsNon-volatile acids Inorganic acid Organic acid Lactic acid Keto.
Acid-Base Analysis. Sources of blood acids H 2 O + dissolved CO 2 H 2 CO 3 Volatile acidsNon-volatile acids Inorganic acid Organic acid Lactic acid Keto.
220 views
Maths and Chemistry for Biologists. Chemistry 4 Buffers This section of the course covers – buffer solutions and how they work the Henderson-Hasselbalch.
Maths and Chemistry for Biologists. Chemistry 4 Buffers This section of the course covers – buffer solutions and how they work the Henderson-Hasselbalch.
217 views
Applications of Aqueous Equilibria Buffers, Acid-Base Titrations and Precipitation Reactions.
Applications of Aqueous Equilibria Buffers, Acid-Base Titrations and Precipitation Reactions.
235 views
Acid-Base Equilibria and Solubility Equilibria Chapter 16 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Acid-Base Equilibria and Solubility Equilibria Chapter 16 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
215 views
1 TUMS Azin Nowrouzi, PhD. 2 Functions of H + [H + ] and therefore pH is important for many biochemical processes: –Transport of oxygen in blood –Enzymatic.
1 TUMS Azin Nowrouzi, PhD. 2 Functions of H + [H + ] and therefore pH is important for many biochemical processes: –Transport of oxygen in blood –Enzymatic.
218 views
To do list: Read chapter 2, work problems –Working with molarity, pH, especially –Look at Henderson-Hasselbalch pH = pK a + log([base]/[acid]) Work on.
To do list: Read chapter 2, work problems –Working with molarity, pH, especially –Look at Henderson-Hasselbalch pH = pK a + log([base]/[acid]) Work on.
214 views
LECTURE 2
LECTURE 2
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Acidosis Dr. Elmukhtar Habas PhD Fachärzt Internal Medicine Fachärzt Nephrology Dr. med.
Acidosis Dr. Elmukhtar Habas PhD Fachärzt Internal Medicine Fachärzt Nephrology Dr. med.
220 views
pH and Buffers
pH and Buffers
36 views