Mac kussmaul breathing - Study guides, Class notes & Summaries

Lecture 1— Acid-Base Balance Dumping/HH Ventilators Electrolytes: K+, CA, MG, and NA Lecture 2— Alcohol TX for HyperKalemia Wernicke Overdose and Withdrawal Lecture 7— Thyroid (Hyper-, Hypo-) S/Sx Adrenal Cortex (Addison Aminoglycosides Disease, Cushing) Peak and Trough Toys Laminectomy Lecture 3— Drug Toxicities (Lithium, Lanoxin, Dilantin, Bilirubin, Lecture 8— Lab Values Aminophylline) Five Deadly Ds Kernicterus Neutropenic Precaution Dumpin...

KEEP CALM and PASS NCLEX with MARK KLIMEK Review. Comprehensive Information and content for REVISION and last minute EXAM READING. 1. Acid-base balance/ventilators Rule of the B’s.. If the pH & the bicarb are both in the same direction = meta bolic If they are in different directions = respiratory pH = 7.35-7.45 acidosis/alkalosis HCO3 (bicarb) = 22-26 (2+2+2 = 6) CO2 = 45-35 ex: pH: 7.30 = bicarb: 20 = = metabolic acidosis ex: pH: 7.58 = bicarb: 32 = = metabolic alkalosis ex: ...

KEEP CALM and PASS NCLEX with MARK KLIMEK Review. Comprehensive Information and content for REVISION and last minute EXAM READING. 1. Acid-base balance/ventilators Rule of the B’s.. If the pH & the bicarb are both in the same direction = meta bolic If they are in different directions = respiratory pH = 7.35-7.45 acidosis/alkalosis HCO3 (bicarb) = 22-26 (2+2+2 = 6) CO2 = 45-35 ex: pH: 7.30 = bicarb: 20 = = metabolic acidosis ex: pH: 7.58 = bicarb: 32 = = metabolic alkalosis ex: p...

vMark Klimek Written 12 Lectures in 90 Pages with added Figures Lecture 1— Acid-Base Balance Dumping/HH Ventilators Electrolytes: K+, CA, MG, and NA Lecture 2— Alcohol TX for HyperKalemia Wernicke Overdose and Withdrawal Lecture 7— Thyroid (Hyper-, Hypo-) S/Sx Adrenal Cortex (Addison Aminoglycosides Disease, Cushing) Peak and Trough Toys Laminectomy Lecture 3— Drug Toxicities (Lithium, Lanoxin, Dilantin, Bilirubin, Lecture 8— Lab Values Aminophy...

KEEP CALM and PASS NCLEX with MARK KLIMEK Review 1. Acid-base balance/ventilators Rule of the B’s.. If the pH & the bicarb are both in the same direction = metabolic If they are in different directions = respiratory pH = 7.35-7.45 acidosis/alkalosis HCO3 (bicarb) = 22-26 (2+2+2 = 6) CO2 = 45-35 ex: pH: 7.30 = ↓ bicarb: 20 = ↓ = metabolic acidosis ex: pH: 7.58 =↑ bicarb: 32 = ↑ = metabolic alkalosis ex: pH: 7.22 =↓ bicarb: 30 =↑ = respiratory acidosis ex: You ...

Mark Klimek Written 12 Lectures in 90 Pages with added Figures Lecture 1— Acid-Base Balance Dumping/HH Ventilators Electrolytes: K+, CA, MG, and NA Lecture 2— Alcohol TX for HyperKalemia Wernicke Overdose and Withdrawal Lecture 7— Thyroid (Hyper-, Hypo-) S/Sx Adrenal Cortex (Addison Aminoglycosides Disease, Cushing) Peak and Trough Toys Laminectomy Lecture 3— Drug Toxicities (Lithium, Lanoxin, Dilantin, Bilirubin, Lecture 8— Lab Values Aminophyl...

KEEP CALM and PASS NCLEX with MARK KLIMEK Review 1. Acid-base balance/ventilators Rule of the B’s.. If the pH & the bicarb are both in the same direction = meta bolic If they are in different directions = respiratory pH = 7.35-7.45 acidosis/alkalosis HCO3 (bicarb) = 22-26 (2+2+2 = 6) CO2 = 45-35 ex: pH: 7.30 = bicarb: 20 = = metabolic acidosis ex: pH: 7.58 = bicarb: 32 = = metabolic alkalosis ex: pH: 7.22 = bicarb: 30 = = respiratory acidosis ex: ...

Mark Klimek Lecture Notes LECTURE 1: Acid Base Balance & Ventilator Interpreting blood gases (remember the rules of the B’s) • If the pH and the bicarb are both in the same direction then it ’s metaBolic (Bicarb Both Bolic), if they are in different directions then it is respiratory • If bicarb is normal and the pH is low or high then its respiratory • You will be given 8 values for arterial blood gas, always first look at the pH and the bicarb first • You get acidosis and alkalosis ...

RN 200 Introduction to Medical/Surgical Nursing Exam 1  Chapter 16 – Fluids, Electrolytes and Acid-Base Balance (20 questions)  Review on the mechanisms of fluid & electrolyte movement: a.Diffusion – p. 271; Wk 1.3 PPT slide 10  Many different processes are involved in the movement of electrolytes and water between the ICF and ECF.  Diffusion is the movement of molecules across a permeable membrane from an area of high concentration to one of low concentration  The ne...

In order to solve acid-base disorders, it is important to know the normal values for pH, CO2 and HCO3 (bicarbonate), which are shown below • pH 7.35 to 7.45 • CO2 35 to 45 • HCO3 22 to 26 The first value to look at in an acid-base disorder is the pH • If pH is <7.35, the acid-base imbalance is acidotic • If pH is <7.45, the acid-base imbalance is alkalotic Now, to determine if the imbalance is metabolic or respiratory, determine whether HCO3 goes in the same or oppo...