Acid Base Disorders Explained with MNEMONIC and Short Case Studies || Acid Base Disorders
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4 سال پیش
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Acid Base Disorders - This
Acid Base Disorders - This is the video on acid base disorder i.e acidosis and alkalosis with MNEMONIC to remember acid base disorders, short case studies and NEET PG biochemistry MCQs
Video contains -
Learning objectives - 00:34 minutes
Disorders of Acid Base Balance - 00:57 minutes
Acidosis and Alkalosis - 01:35 minutes
Classification of Acidosis and Alkalosis - 03:28 minutes
Metabolic Acidosis - 04:51 minutes
Compensation of Metabolic Acidosis - 06:00 minutes
Respiratory Acidosis - 07:00 minutes
Compensatory mechanism for Respiratory Acidosis - 08:00 minutes
Causes of Metabolic Acidosis and causes of Respiratory Acidosis - 08:21 minutes
Metabolic Alkalosis - 10:00 minutes
Compensatory mechanism for Metabolic Alkalosis - 11:00 minutes
Respiratory Alkalosis - 11:35 minutes
Compensatory mechanism for Respiratory Alkalosis - 12:21 minutes
Causes of Metabolic Alkalosis and causes of Respiratory Alkalosis - 12:36 minutes
Acid Base Disorders MNEMONIC - 14:00 minutes
Compensation of Metabolic Acidosis and Metabolic Alkalosis - 15:51 minutes
Compensation of Respiratory Acidosis and Respiratory Alkalosis - 16:48 minutes
Short case studies on acid base disorders - 17:38 minutes
NEET PG Biochemistry MCQs - 19:50 minutes
Acidosis may be defined as an abnormal condition caused by the accumulation of excess acid in the body or by the loss of alkali from the body.
Alkalosis is an abnormal condition caused by the accumulation of excess alkali in the body or by the loss of acid from the body.
Acidosis and alkalosis are classified, in terms of their cause :
1. Metabolic acidosis: Dec. in bicarbonate (HCO3–) conc.
2. Metabolic alkalosis: Inc. in bicarbonate (HCO3–) conc.
3. Respiratory acidosis: Inc. in H2CO3 concentration or pCO2 concentration.
4. Respiratory alkalosis: Dec. in H2CO3 concentration or pCO2 concentration
In all these four conditions, if the ratio HCO3–/ H2CO3 remains within normal limits, i.e. about 16:1 to 25:1, corresponding to pH 7.3 to 7.5, the condition results in compensated acidosis and alkalosis.
When the ratio actually changes and pH is outside of the normal range the term uncompensated is used.
Link for the video on buffer system -
https://www.seevid.ir/fa/w/06u97
Link for the Respiratory mechanism for regulation of pH -
https://www.seevid.ir/fa/w/GKFxu
Link for renal mechanism for regulation of pH -
Renal Mechanism For The Regulation of...
Subscribe my channel from - biochemistrybasicsbydramit
Follow me
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Video contains -
Learning objectives - 00:34 minutes
Disorders of Acid Base Balance - 00:57 minutes
Acidosis and Alkalosis - 01:35 minutes
Classification of Acidosis and Alkalosis - 03:28 minutes
Metabolic Acidosis - 04:51 minutes
Compensation of Metabolic Acidosis - 06:00 minutes
Respiratory Acidosis - 07:00 minutes
Compensatory mechanism for Respiratory Acidosis - 08:00 minutes
Causes of Metabolic Acidosis and causes of Respiratory Acidosis - 08:21 minutes
Metabolic Alkalosis - 10:00 minutes
Compensatory mechanism for Metabolic Alkalosis - 11:00 minutes
Respiratory Alkalosis - 11:35 minutes
Compensatory mechanism for Respiratory Alkalosis - 12:21 minutes
Causes of Metabolic Alkalosis and causes of Respiratory Alkalosis - 12:36 minutes
Acid Base Disorders MNEMONIC - 14:00 minutes
Compensation of Metabolic Acidosis and Metabolic Alkalosis - 15:51 minutes
Compensation of Respiratory Acidosis and Respiratory Alkalosis - 16:48 minutes
Short case studies on acid base disorders - 17:38 minutes
NEET PG Biochemistry MCQs - 19:50 minutes
Acidosis may be defined as an abnormal condition caused by the accumulation of excess acid in the body or by the loss of alkali from the body.
Alkalosis is an abnormal condition caused by the accumulation of excess alkali in the body or by the loss of acid from the body.
Acidosis and alkalosis are classified, in terms of their cause :
1. Metabolic acidosis: Dec. in bicarbonate (HCO3–) conc.
2. Metabolic alkalosis: Inc. in bicarbonate (HCO3–) conc.
3. Respiratory acidosis: Inc. in H2CO3 concentration or pCO2 concentration.
4. Respiratory alkalosis: Dec. in H2CO3 concentration or pCO2 concentration
In all these four conditions, if the ratio HCO3–/ H2CO3 remains within normal limits, i.e. about 16:1 to 25:1, corresponding to pH 7.3 to 7.5, the condition results in compensated acidosis and alkalosis.
When the ratio actually changes and pH is outside of the normal range the term uncompensated is used.
Link for the video on buffer system -
https://www.seevid.ir/fa/w/06u97
Link for the Respiratory mechanism for regulation of pH -
https://www.seevid.ir/fa/w/GKFxu
Link for renal mechanism for regulation of pH -
Renal Mechanism For The Regulation of...
Subscribe my channel from - biochemistrybasicsbydramit
Follow me
On Twitter - Twitter: dr_biochemistry
On Facebook - Facebook: amit.v.m
4 سال پیش
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