Acid-base balance and imbalance

Our Biochemistry > Library > Acid-base balance and imbalance

“Master Transcription with Case-Based MCQs: Test Your Understanding!”

Apr

Posted in: Learning resources , Library , Molecular Biology , Molecular Biology , Multiple-choice questions , Multiple-choice questions , Multiple-Choice questions , Practice questions , Question Bank , Question Bank , USMLE Content ,

Tags: BIOCHEMISTRY FOR MEDICS, Molecular Biology, mRNA, rna polymerase, rRNA, Sigma factor, splicing, Transcription, tRNA,

Acid-Base Disorders- A Quick Revision

Feb

Posted in: Acid-base balance and imbalance , Learning resources , Library , Quick revisions ,

Acid-base Imbalance- Case Studies With Explanations

Mar

Posted in: Acid-base balance and imbalance , Case studies , Case studies , Learning resources , Library ,

Tags: Acute respiratory acidosis, Anion gap, Diabetic ketoacidosis, metabolic acidosis, Respiratory Alkalosis,

Acid-base balance-Lecture 3-(Role of lungs and kidney)

Mar

Posted in: Acid-base balance and imbalance , Learning resources , Lecture notes , Library , Theory notes ,

Tags: Acid excretion, Ammonia mechanism, HCO3 - reabsorption, Role of kidney in acid-base homeostasis, Role of lungs in acid base homeostasis,

Acid- base balance- Lecture 2 (Role of blood buffers)

Mar

Posted in: Acid-base balance and imbalance , Learning resources , Lecture notes , Library , Theory notes ,

Tags: blood buffers, Carbonic anhydrase, HCO3 -/H2 CO3 buffering system, Organic Phosphate Esters, Proteins,

Acid-Base Balance-Lecture-1- Significance of pH

Jan

Posted in: Acid-base balance and imbalance , Learning resources , Lecture notes , Library , Theory notes ,

Tags: Acid-base balance, Bicarbonate, Blood buffer, Carbonic anhydrase, role of kidney, Role of lungs,

Acid-base and electrolyte balance (Multiple-choice questions)

Jan

Posted in: Multiple choice questions , Practice questions , Question Bank ,

“Comprehensive Guide: Acid-Base Imbalance, Anion Gap, and Clinical Cases”

Nov

"Understand acid-base imbalances and their clinical significance. This guide includes cases on metabolic acidosis, respiratory alkalosis, and normal anion gap metabolic acidosis, along with ABG interpretation and renal handling of acids."

Posted in: Acid-base balance and imbalance , Multiple-choice questions , Multiple-choice questions , USMLE Style questions , USMLE styled question bank , Water and electrolytes ,

Tags: ABG interpretation, Anion gap, Case based discussions, Causes of hyponatremia, Compensated metabolic acidosis, Compensated metabolic alkalosis, Henderson-Hassel Balch equation, Henderson-Hasselbalch equation, high anion gap metabolic acidosis, Hypokalemia, Metabolic acidosis with respiratory compensation, metabolic alkalosis, Potassium balance in health, renal handling of acids, Renal physiology, respiratory acidosis, Uncompensated metabolic acidosis, Uncompensated respiratory acidosis, Uncompensated respiratory alkalosis,