195 results
Oxygen Delivery Equation
DO2 = CO x {(1.39 x Hb x sO2) + (PaO2 x 0.03)}
DO2 =
Delivery Equation DO2 ... {(1.39 x Hb x sO2 ... (PaO2 x 0.03)} DO2 ... min CO = Cardiac Output ... apples = Cardiac output
POCUS - Measuring Cardiac Output
1) Calculate LVOT Area
2) Calculate LVOT VTI
3) Calculate Cardiac Output

SV = (LVOT
POCUS - Measuring ... Cardiac Output ... Calculate Cardiac Output ... x HR (bpm) - POCUS ... Pocus101 #Cardiac #Output
DO2 Equation in Shock = Oxygen Delivery
DO2 = CO x (1.39 x [Hb] x SaO2 +(0.003xPaO2))
DO2
DO2 Equation in ... Oxygen Delivery DO2 ... (0.003xPaO2)) DO2 ... CO = Cardiac output ... @Thind888 #DO2
Profiles of Antidiabetic Medications - AACE 2018 

#Antidiabetic #Medications #Profiles #SideEffects #Table #DecisionAid #Orals #DM2 #Diabetes
DecisionAid #Orals #DM2 ... Endocrinology #Pharmacology
Perform computations online at:
ScyMed.com
6th ED
ICU-card
«ICU, Formulas & Drugs»
HEMODYNAMIC PATTERNS
Condition
SAP
CVP

PAP PCWP

CO C(a-v)02 PVR

SVR
Hypovolemic shock
↓
↓
↓
↓
↓
↑
↑
↑
Cardiogenic shock
↓
1
↑
1

1
↑

Septic shock
↓
↓
↓
↓
↑
↓
↓
↓
Cardiac Tamponade
.
↑
↑
1
↓

→
↑
RV
L/min Cardiac Output ... min/m2 HR*SV VO2 ... /Ca-vO2 (fick) ... Extraction Rate DO2 ... Oxygen Delivery DO2
Summary table of mechanism of action, side effect and contraindications of commonly used diabetic drugs. 

#pharmacology
#pharmacology #dm2
Hemodynamic Effects of Long-Term Administration of Antihypertinsive Agents
Effects on Heart Rate, Cardiac Output, Total Peripheral Resistance,
Rate, Cardiac Output ... #medications #pharmacology
Stroke Volume & Cardiac Output Measurement on POCUS
Accurately measure LVOT diameter:
1. Obtain PLAX 
2. Zoom to
Volume & Cardiac Output ... Measurement on POCUS ... Volume #Cardiac #Output ... #Measurement #POCUS
A quick infographic describing some of the common reversal agents used by anesthesiologists, their mechanism of
, 59(10), 664. doi ... Pharmacology of ... 82(2), 80-83. doi ... neuromuscular pharmacology ... SpringerReference. doi
Metformin Pharmacology Summary
Mechanisms of Action:
 • Suppresses gluconeogenesis by the liver
 • Increases insulin-mediated glucose utilization
Metformin Pharmacology ... disease: Do ... 1.73 rm2 Do ... #Metformin #Pharmacology ... #Summary #DM2 #