Metabolic and nutritional needs of the patient with increased intracranial pressure are best met with which approach?

Master the NCLEX Intracranial Pressure Exam with targeted questions and detailed explanations. Enhance your preparation with our comprehensive test format, practice multiple choice questions, and effective study tips to boost your confidence and exam readiness.

Multiple Choice

Metabolic and nutritional needs of the patient with increased intracranial pressure are best met with which approach?

Explanation:
Metabolic needs in increased intracranial pressure must be met with nourishment that the patient can tolerate, because adequate, balanced nutrition supports brain metabolism, reduces catabolism, and preserves gut function essential for recovery. Providing essential nutrients in a form the patient can use—typically enteral nutrition when the GI tract works—helps maintain energy, protein stores, and immune function without overloading fluids or causing dangerous shifts in electrolytes. This approach also minimizes infection risk compared with parenteral nutrition and supports stable cerebral perfusion by avoiding both underfeeding and fluid/electrolyte imbalances. The other options fall short because they either fail to provide balanced nutrition (a glucose-only IV solution), impose potential electrolyte or fluid disturbances (low-sodium enteral formulas without individualized needs, or dehydration from fluid restriction), or do not meet the full metabolic requirements needed for brain-injury recovery.

Metabolic needs in increased intracranial pressure must be met with nourishment that the patient can tolerate, because adequate, balanced nutrition supports brain metabolism, reduces catabolism, and preserves gut function essential for recovery. Providing essential nutrients in a form the patient can use—typically enteral nutrition when the GI tract works—helps maintain energy, protein stores, and immune function without overloading fluids or causing dangerous shifts in electrolytes. This approach also minimizes infection risk compared with parenteral nutrition and supports stable cerebral perfusion by avoiding both underfeeding and fluid/electrolyte imbalances.

The other options fall short because they either fail to provide balanced nutrition (a glucose-only IV solution), impose potential electrolyte or fluid disturbances (low-sodium enteral formulas without individualized needs, or dehydration from fluid restriction), or do not meet the full metabolic requirements needed for brain-injury recovery.

Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy