Answer:
The correct answer is option D. give furosemide.
Explanation:
Digoxin is a drug that uses in the cardiovascular condition. It inhibits the Na-K ATPase enzyme, which functions to maintain the intracellular environment by regulating the entry and exit of sodium and potassium.
Digoxin toxicity may occur due to the low level of potassium (inside the cell)due to the inhibitaion of the sodium-potassium pump. Furosemide is a diuretic drug that decreases salt concentration (such as ions) in the body by increasing urine output. and causes a low level of potassium in the body
Thus, furosemide increases digoxin toxicity as during low levels of potassium, digoxin can easily bind with the sodium-potassium pump and shows severe effects.
She should gain between 25-35 pounds. Based on her BMI she should weight approx 173 lbs
Change the environment's temperature or move the patient somewhere warmer. Dry off the patient and the bed sheets.
If the temperature is 32.8°C (91°F). External cooling devices or cold normal saline infusions are utilized to quickly reduce body temperature to 89.6° to 93.2° F (32° to 34° C) when therapeutic hypothermia is used postresuscitation.
What is therapeutic hypothermia ?
- Treatments to lower body temperature include therapeutic hypothermia. This lessens injuries and ongoing issues. It is occasionally applied to patients who experience cardiac arrest. When the heart abruptly stops beating, cardiac arrest occurs.
- The difficulties brought on by hypothermia are intended to be avoided through induced hypothermia. It is mostly utilized in neonatal encephalopathy, head injuries, and survivors of cardiac arrest who are comatose. The prevention of cerebral reperfusion injury is suggested to be a mediator for the mechanism of action.
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Answer:
mitochondria
Explanation:
<u>mitochondria i</u>s most likely malfunctioning in this disease
(1) Cubitus varus is the most common long-term complication associated with the radiology finding.
The distal humerus is misaligned in cubitus varus (gunstock deformity), changing the arm and forearm's carrying angle from its physiological valgus alignment (5–15 degrees) to varus malalignment. It has historically occurred up to 30% of the time after supracondylar fractures.
The main issue is its look rather than functional impairment. A supracondylar fracture's misalignment is the cause of this malformation. Varus alignment may develop from the medial column collapsing due to comminution.
It could also happen if the distal shattered piece extends and rotates internally. Typically, this deformity is static and does not change over time.
Here is another question with an answer similar to this about radiology: brainly.com/question/1176933
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Question correction:
A 5-year-old girl presents after falling off a shopping cart, tripping, and then falling onto her right arm. On examination, temp is 98.7, pulse 97, respirations 18, blood pressure 127/80 mm Hg. She is alert, oriented, and in no acute distress. Significant findings related to the right arm, which was mildly swollen, deformed, and diffusely tender. There was decreased range of motion of the right elbow due to pain. Sensation was intact. Pulses are within normal limits bilaterally. A radiographic examination was performed.
What is the most common long-term complication associated with the radiology finding?
1 Cubitus varus
2 Myositis ossificans
3 Median nerve injury
4 Ulnar nerve injury
5 Volkmann contracture
