Exam 1 Flashcards
What is an example of hypertonic IV solution?
Fluorescent 💚
D5% & 0.45% Saline
What is an example of an isotonic solution
Pale 💛
Lacerated Ringers
What is an example of a hypotonic solution?
Fluorescent 💚
0.45% Saline
What is an example of a colloid solution?
Pale 💛
Albumin
Leaving the patient “high & dry” =
Heloconcentration/fluid dehydration
Hypovolemic shock😱=
Excess loss of 🩸or fluids resulting in organ failure 📉
Hypotonic solution causes?
Fluid to move into 👉cell causing it to swell ⭕
Hypertonic solution causes?
Fluid 💦to move out 📤of the cell causing it to shrink 🤏🏽
What is inversely related with Calcium?
Phosphate
What is important in 💪contraction?
Magnesium
What can cause 🫀arrhythmias?
Potassium imbalance
Can use calcium, Albuterol😮💨, bicarbonate, insulin & dextrose 💊to fix 🔧 this acute imbalance?
⬆️ Hyperkalemia
You should push & encourage 💦fluids w/this electrolyte imbalance?
Hypercalcemia ⬆️
You can 👀 see
➕Trousseau’s and
➕Chvostek’s
In these 2 imbalances?
Hypocalcemia ⬇️
Hypomagnesemia ⬇️
Hyponatremia🧂can be caused by?
Ingesting too much 💦 too quickly ⌛
3% 💦saline can be used for this acute imbalance?
Hyponatremia ⬇️🧂
Hypernatremia ⬆️🧂can be caused by?
Excess 💦⬇️loss or inadequate water intake
20mEq KCI is to be infused ↪️
Via central line
💦🥤restrictions🚫can be used in this imbalance?
⬇️ Hyponatremia 🧂
Daily📆 weights is an easy way to?
Monitor 📝 fluid💦 status
PaCO2 level of 62 can be considered?
⬆️Hypercapnia or
⬆️Hypercarbia
Sodium 🧂 main function
Helps maintain 🩸volume & BP
Imbalances can lead to:
🧠changes
Potassium main function
Helps 💪🏻to contract, including♥️
Imbalances can lead to:
🫀Dysrhythmias
Calciums main function
Helps w/🫀 function, 🩸clotting, & 🦴formation
Imbalances can lead to:
⬆️Risk for 🦴fractures