Stroke Case Study

Mr. S. is a 23-year-old man who sustained a traumatic brain injury as an unrestrained driver in a motor vehicle crash. On admission, his blood pressure (BP) was 158/72 mm Hg, heart rate (HR) 46 beats per minute, respiratory rate (RR) 28 breaths per minute, and temperature 96.2o F (35.6o C). His neurological examination reveals that his right pupil is at 6 mm and reacts sluggishly; his left pupil is 4 mm and reacts briskly. He is nonverbal, extends his arms bilaterally to pain, and opens his eyes minimally to pain. He is quickly intubated and placed on mechanical ventilation. A computed tomography (CT) scan is ordered, which reveals a large right subdural hematoma with cingulate herniation from right to left, as well as right-sided uncal herniation.

He is taken to surgery emergently for a craniotomy to remove the subdural hematoma. After surgery, he arrives in the critical care unit with a ventricular catheter to measure intracranial pressure (ICP). His initial ICP is 24 mm Hg, BP 130/67 mm Hg, mean arterial pressure (MAP) 88 mm Hg, HR 54 beats per minute, RR 12 breaths per minute (controlled ventilation), and temperature 96.1o F (35.5o C). His current Glasgow Coma Scale (GCS) score is 3, but the anesthesiologist did not reverse the anesthesia, choosing to allow it to wear off gradually. He has orders for 3% saline at 20 mL/hr intravenously.

Questions

Based on the information provided, what is Mr. S.’s preoperative GCS? What is the significance of this number, and how would the nurse describe this to his family?
Anatomically, what is the cause of his pupillary changes?
Which of his postoperative findings are of concern?
Why is the 3% saline ordered, and how will the nurse know if it is effective?

 

Sample Solution

a be unfavorable as a post-careful outcome.6 This is particularly valid for bigger medical procedures where careful pressure prompts a catabolic and fiery state for the patient.7 Preoperative consideration and dietitian-drove practices, for example, wholesome schooling and guiding to patients going through a medical procedure through ERAS might be a proposed subsequent stage to lay out sufficient sustenance in quiet populaces preceding a medical procedure, since that has the best ideal opportunities for a success.10 The biggest concern healthfully is at the patient is in danger of fostering a nosocomial contamination, consequently, expanding their requirements for calories and protein because of added substance weight on the bodies safe system.9 There are many elements that decide these necessities like age, clinical status, and weight, in any case, utilizing preventable strategies to increment ideal wellbeing and decline nourishing gamble is dependably in the patients best interest.9 Nutritional mediations like early oral intercessions and expanded protein consumption, as well as addressing any lacks post-operatively can be used to give energy during intense catabolism from careful pressure. Grade A proof from the ASPEN Guidelines proposes that in ERAS patients, customarily oral admission or clear fluids ought to be started inside the space of hours after medical procedure to balance a portion of the careful confusions like loss of stomach respectability found in persistent populations.8

Digestion After Surgery
After medical procedure, the body goes through two periods of beginning reduction and afterward ensuing expansion in metabolic changes. At first, the body goes through an ‘ebb’ digestion, otherwise called shock. The body dials back for the initial 24 to 48 hours to evaluate the harm prior to entering the stream phase.11 The stream stage is described by mass irritation, hyper-digestion, and insulin opposition for anyplace between three to ten days.11 The body in the long run moves out of the hyper-catabolic state into an anabolic state while it attempts to hold energy stores and mend careful locales.

The ‘ebb’ digestion is from the arrival of shock chemicals by the adrenal organs in the endocrine framework from excitement in the mind. The patients basal metabolic rate, center temperature, and carbon dioxide levels all reduction from the shock since the body went through an assortment of trauma.11 The arrival of variables, for example, catecholamines, cortisol, aldosterone as well as hypovolemia from medical procedure are impacting factors on the ebb state.11 The job of catecholamines like norepinephrine and epinephrine du

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