Mark Klimek’s Lecture

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 Dumping/HH Electrolytes: K+, CA, MG, Lecture 9— Psych Drugs and NA Tri TX for HyperKalemia Benzo MAOI Lecture 4— Crutches Lithium Canes Prozac Walkers Haldol Delusions Clozaril Hallucinations Zoloft Psychosis Psychotic and Non-Psychotic Lecture 10— Maternity and Neonatology Hallucination Illusion Lecture 11— Fetal Complications Delusion Stages of Labor Assessments Lecture 5— Diabetes Mellitus Variations for NB Diabetes Insipidus Maternity Meds SIADH Medication Hints Insulin Psych Tips DKA Operational Stages HHNK Lecture 12— Prioritization Lecture 6— Drug Toxicities (Lithium, Delegation Lanoxin, Dilantin, Bilirubin, Staff Management Aminophylline) Guessing Strategies Kernicterus Acid/Base Balance (Start times: 30:00) 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 opposite direction with pH • Rule of the Bs: If pH and Bicarb move both in the same direction, then the acid-base imbalance is metabolic … Otherwise, it is respiratory Example #1 • pH 7.3 Acidotic • HCO3 20 Metabolic • This is an example of metabolic acidosis Example #2 • pH 7.58 Alkalotic • HCO3 32 Metabolic • This is an example of metabolic alkalosis Example #3 • pH 7.22 Acidosis • HCO3 35 Respiratory • This is an example of respiratory acidosis As the pH goes, so goes my patient, except for Potassium … That means • If pH is low, everything is low, except potassium • If pH is high, everything is high, except potassium If pH goes over 7.45, this is alkalosis • Therefore everything is up: tachycardia, tachypnea, HTN, seizures, irritability, spastic, diarrhea, borborygmi (increase bowel sounds), hyperreflexia (3+, 4+) • However, potassium is opposite. Therefore, hypokalemia • What is the nursing intervention? o Pt need suctioning because of seizures If pH goes below 7.35, this is acidosis • Therefore, everything is down: bradycardia, constipation, absent bowel sounds, flaccid, obtunded, lethargy, coma hyporeflexia (0, 1+), bradypnea, low BP • However, potassium is high (hyperkalemia) • What is the nursing intervention? o Pt needs to be ventilated with an Ambu bag—respiratory arrest So, remember that “MAC Kussmaul” is the only acid-base imbalance to cause Metabolic ACidosis with Kussmaul respirations