Management of Hypotension in Hanging Cases

Initial Assessment and Fluid Resuscitation

The American College of Critical Care Medicine recommends initial treatment with a restricted fluid resuscitation strategy using 0.9% sodium chloride or balanced crystalloid solution, followed by noradrenaline if target blood pressure is not achieved despite adequate fluid therapy 1, 2
The Critical Care society suggests assuming hypotension is due to hemorrhage until proven otherwise, as this is the most common cause in trauma patients 3
The Critical Care society recommends beginning immediate fluid resuscitation with isotonic crystalloids to reverse hypovolemia 1, 2
The Critical Care society advises avoiding hypotonic solutions such as Ringer's lactate, especially if there is potential head trauma from the hanging mechanism 1, 2
The Critical Care society recommends targeting a systolic blood pressure of 80-90 mmHg initially if there is no evidence of traumatic brain injury, with a strength of evidence level of moderate 4
If traumatic brain injury is suspected or confirmed, the Critical Care society recommends maintaining a higher mean arterial pressure ≥80 mmHg to ensure adequate cerebral perfusion, with a strength of evidence level of high 4, 3

The Critical Care society recommends administering noradrenaline to maintain arterial pressure if fluid resuscitation fails to achieve target blood pressure, with a strength of evidence level of high 1, 2
The British Journal of Anaesthesia suggests considering a passive leg raise test to determine if the patient is fluid responsive before initiating vasopressors, with a strength of evidence level of moderate 5
The British Journal of Anaesthesia recommends focusing on vascular tone and chronotropy/inotropy rather than additional fluid administration if the passive leg raise test does not correct hypotension, with a strength of evidence level of low 5
The Critical Care society recommends adding dobutamine infusion for patients with myocardial dysfunction, with a strength of evidence level of moderate 1, 2
The Critical Care society suggests considering dopamine as an alternative vasopressor in patients with bradycardia, with a strength of evidence level of low 6, 7

The Intensive Care Medicine society recommends using arterial line monitoring whenever possible to accurately measure blood pressure and guide vasopressor titration, with a strength of evidence level of high 7
The Intensive Care Medicine society advises titrating vasopressors to effect rather than using fixed doses, with a strength of evidence level of moderate 7
The Intensive Care Medicine society recommends monitoring markers of tissue perfusion including lactate clearance, urine output, skin perfusion, and mental status, with a strength of evidence level of high 7

The Praxis Medical Insights society recommends assessing for potential cervical spine injury and airway compromise, which are common in hanging cases, with a strength of evidence level of low 3
The Praxis Medical Insights society suggests considering early intubation if there are signs of airway compromise or declining neurological status, with a strength of evidence level of low 3
The Praxis Medical Insights society recommends positioning the patient with 20-30° head-up tilt if no spinal injury is suspected to improve cerebral venous drainage, with a strength of evidence level of low 3
The Praxis Medical Insights society advises being vigilant for the development of coagulopathy, which is common in patients with combined traumatic injury and shock, with a strength of evidence level of low 3

The Critical Care society recommends avoiding excessive fluid administration, which can lead to hemodilution without added benefit to vascular responsiveness, with a strength of evidence level of moderate 1, 2
The Critical Care society advises not delaying initiation of vasopressors if the patient remains hypotensive despite adequate fluid resuscitation, with a strength of evidence level of high 1, 2
The Praxis Medical Insights society recommends avoiding rapid correction of blood pressure with bolus doses of sedatives, which may worsen hypotension, with a strength of evidence level of low 3
The Critical Care society advises not using permissive hypotension strategies if traumatic brain injury is suspected, as this can worsen secondary brain injury, with a strength of evidence level of high 4, 3
The British Journal of Anaesthesia recommends being cautious with phenylephrine in patients who are preload dependent, as it can cause reflex bradycardia, with a strength of evidence level of low 5