الديم
Region: SA
Tuesday 10 March 2026 00:27:31 GMT
8263
210
6
72
Music
Download
Comments
𝒩 :
الله الله
2026-06-04 01:42:52
1
ٓ :
بليز شسم الموسيقى ولا الشله الي ف الفديو
2026-03-10 19:56:36
0
عقييد المهريي 🪶 :
بالله نبي المقطع الجاي ياخي من الصد هونا
2026-03-14 17:12:02
0
mohmad :
الله الله 😭🥰
2026-03-28 04:10:20
0
⏳ :
الله الله
2026-03-10 00:51:13
1
To see more videos from user @a.bm788, please go to the Tikwm
homepage.
6.0 mEq/L). The patient's blood glucose level is currently within the normal range. When the patient asks why they are receiving sugar (dextrose) since they are not diabetic, which is the nurse's best response? A. "The sugar will help to carry the potassium out of your body more quickly." B. "The dextrose is given to prevent your blood sugar from dropping too low from the high dose of insulin needed." C. "Insulin works faster when you have more sugar available for it to move into your cells." D. "This medication combination is the fastest way to replace the normal fluids you have lost." Correct Answer: B. "The dextrose is given to prevent your blood sugar from dropping too low from the high dose of insulin needed." Detailed Rationale: This scenario illustrates the third panel of the design, "MANAGEMENT OF HYPERKALEMIA." The primary therapeutic goal is to shift potassium into the cells and away from the heart (to prevent cardiac arrhythmias). Insulin is used to achieve this rapid "inward shift." However, because insulin also moves glucose into the cells, it will significantly lower the patient's blood glucose level, which can cause severe, life-threatening hypoglycemia (very low blood sugar). Dextrose is simultaneously administered specifically as a protective measure to maintain a normal blood glucose level while the insulin performs its job of shifting potassium. Option A is incorrect; the insulin-dextrose combination does not remove potassium from the body (elimination occurs via the kidneys or other means, like dialysis). Option C is incorrect; insulin effectiveness isn't increased by high glucose; rather, its action causes low glucose. Option D is incorrect; while fluids are used in many critical care situations, this specific combination is for its electrolyte-shifting effect, not primarily for fluid replacement."
width="135" height="240">
