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101-120 of 188 results with category "Trauma"
Hemodynamic instability in trauma patients is most often associated with hemorrhagic shock, however, there is an entity known as brain injury associated shock (BIAS). BIAS is thought to be associated with catecholamine surges secondary to brain injury. BIAS is found in both isolated head injury pts as well as multi-trauma patients. Studies have identified BIAS in 13% of adult trauma patients and up to 40% of pediatric major trauma patients.
We know hypotension in brain injury worsens outcome. We should assume hemorrhagic etiology until we prove otherwise. Once we suspect BIAS and have excluded hemorrhagic etiology our strategy should switch to blood pressure support using non-blood product management.
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Blunt Cardiac Injury is a continuum from asymptomatic, not clinically relevant to catastrophic, life ending disease . Consider blunt cardiac injury in patients with significant force to the chest wall or sudden deceleration injuries (motor vehicle crashes, motorcycle crashes, falls from height etc.). This algorithm is helpful when working up patients suspected of having significant blunt cardiac injury.
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A small study retrospectively looking at recorded calls to a level 1 trauma center transfer line specifically looking at patients who died or were discharged to hospice without surgical intervention found only 10% had goals of care discussed prior to transfer. Most were brain hemorrhage patients.
As a transferring facility, clearly outlining goals of care and addressing futility of care can have a major impact on trauma transfers and the cost and family burden associated with transfers.
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PECARN has a decision tool to identify blunt trauma patients under age 18 who are low probability for important intra-abdominal injuries. The questions to ask are:
- Evidence of abdominal wall trauma/seatbelt sign
- GCS <14 with abdominal trauma
- Abdominal tenderness
- >1 of thoracic wall trauma, vomiting, complaint of abdominal pain, decreased breath sounds
Answering no to all yields <0.1% chance of intra-abdominal trauma requiring intervention. (See MedCalc link for other calculations)
A prospective validation study in the Lancet yielded 100% sensitivity and negative predictive value in 7542 patients under age 18
This tool can likely be used to guide imaging choices in pediatric blunt abdominal trauma patients
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This study looked at survival pre and post implementation of an airway guideline for prehospital traumatic brain injury (TBI) patients who received positive pressure airway interventions. The guideline “focused on the avoidance and aggressive treatment of hypotension and 3 airway-related goals: (1) prevention or treatment of hypoxia through early, high-flow oxygen administration; (2) airway interventions to optimize oxygenation or ventilation when high-flow oxygen was insufficient; and (3) prevention of hyperventilation or hypocapnia by using ventilation adjuncts (ie, rate timers, flow-controlled ventilation bags, end-tidal carbon dioxide monitoring).”
Post implementation, survival to admission increased in all severity levels of TBI and in the most severely injured, survival to discharge improved.
Useful for those involved in prehospital education and as a reminder for in hospital airway management in TBI patients.
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Traditionally, a systolic blood pressure (SBP) of 90 has been used as a marker of severe illness in trauma patients. This study looked at a large database and found shock index (SI) and systolic blood pressure were the best predictors of early mortality in trauma patients.
They found:
prehospital SI 0.9 and SBP 110,
ED SI 0.9 and SBP 112,
and
in elderly
prehospital SI 0.8 SBP 116
ED SI 0.8 SBP 121
were the cutoffs to predict early mortality.
We should rethink our protocols and approach to trauma patients using a higher systolic blood pressure than 90. Also note elderly had a different number than younger trauma patients.
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Using radiopaque markers such as paperclips to mark penetrating wounds prior to radiographs has been taught in trauma bays for decades. This article points out there is no evidence to support this practice and is purely based on expert opinion. With the heavy use of CT imaging to assess wound tracks, the use of markers on plain films appears to be of limited utility.
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This study compared admitted trauma patients with alcohol withdrawal or those at risk of withdrawal before and after a benzodiazepine sparing protocol (using clonidine and gabapentin) was initiated. They found a lower daily CIWA score and significantly less lorazepam use in the benzodiazepines sparing group. This sparing protocol appears to be safe and effective.
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This was a database study of nearly 2 million trauma patients over age 65 who were discharged looking at all levels of trauma centers. The authors found:
“Dominance analysis showed that proportion of patients with Injury Severity Score of >15 contributed most to explaining hospice utilization rates (3.2%) followed by trauma center level (2.3%), proportion White(1.9%), proportion female (1.5%), and urban/rural setting (1.4%).”
Level one centers had the lowest level of discharge to hospice. The authors felt: “As the population ages, accurate assessment of geriatric trauma outcomes becomes more critical. Further studies are needed to evaluate the optimal utilization of hospice in end-of-life decision making for geriatric trauma.”
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This secondary analysis of the NEXUS head injury data found patients over 65:
-sustained more significant injuries than younger pts
-presented more frequently with occult injuries
-when they required neurosurgery intervention only 16% went home, 32% were discharged to rehab facility and 41% died
-mechanism of injury was most commonly fall from standing
-mortality rates were highest for fall from ladder and auto vs. pedestrian injuries
The authors concluded: “Older blunt head injury patients are at high risk of sustaining serious intracranial injuries even with low-risk mechanisms of injury, such as ground-level falls. Clinical evaluation is unreliable and frequently fails to identify patients with significant injuries. Outcomes, particularly after intervention, can be poor, with high rates of long-term disability and mortality.”
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This is a retrospective study looking at traumatic brain injury patients comparing those with and without pre-existing psychiatric illness at the time of injury. Those with pre-existing illness had longer hospital stays, longer ICU stays and more frequent readmissions.
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This meta analysis did not find convincing evidence for or against seizure prophylaxis for admitted moderate to severe traumatic brain injury pts. They recommend Levetiracetam over other medications again on weak evidence.
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In this study, geriatric hip fracture patients with a hemoglobin less than 7.1 had higher mortality, especially in those over age 79, even when controlling for other factors such as ASA Physical status class, anti-platelet use, etc.
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This retrospective study of 66 trauma patients who had pelvic fractures attempted to determine if prehospital applied pelvic binders had an impact on mortality. There were 3 cohorts: appropriately applied binders (14), inappropriately applied (14 not at the level of the greater trochanter), and none applied (38). Survival for applied was 92% and those without was 81% which was not statistically significant. The authors concluded: “In conclusion, our study found that the use of prehospital pelvic binders did not show a significant effect on patient outcomes for those with unstable pelvic fractures. Instead, injury severity score (ISS) emerged as the most significant predictor of survival.”
Previous studies have shown regular education is needed on proper use of binders. We should continue to educate on appropriate positioning and the use of pelvic binders. For me, this study is not large enough to convince that we should go away from binder use. We need more data before we abandon the pelvic binder.
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In this prospective study looking at geriatric patients with unknown head injury vs. known head injury, the unknown head injury group had an ICH 1.5%, neurosurgical intervention 0.3% and delayed ICH 0.1% when compared to known head injury (10.5%, 1.2% and 0.7% respectively). The authors concluded that the risk of ICH was high enough in uncertain head injury patients to warrant scanning.
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The question “Would I be surprised if the patient died within the next year” has been validated as a tool to predict patients with a limited life expectancy. This study looked at trauma team members’ ability to use this question to predict one year mortality. Trauma team members over estimated mortality in this study.
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Imagine lying in a bed staring at the ceiling and these fuzzy faces looking down on you clearly saying something to you but you can't hear them while your hip and pelvis are hurting worse than anything you have ever felt. That's what many of our fall from standing elderly patients experience in emergency departments on a regular basis. Do not remove glasses or hearing aides from your elderly patients. Work with our EMS colleagues to make it a practice to bring glasses and hearing aides along from the scene. Speak slowly and get close to their ear to help if necessary. That confusion, delirium or dementia you assume this patient has is actually just hearing impairment and poor vision.
Approaching patients based on their frailty, not their age, leads to better medical decision making. A recent best practice guideline from the American College of Surgeons sums up frailty:
“It is well recognized that aging is associated with physiological decline, but this decline is not uniform across all individuals or even across one individual’s organ systems. Frailty is a geriatric syndrome, clinically distinct from age, comorbidity, and functional disability, characterized by age- associated depletion of physiological reserves that leads
to a state of augmented vulnerability to physical stressors and a diminished ability to recover from illnesses.” A trauma specific frailty index exists to identify these high risk patients.
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NEXUS criteria for blunt chest trauma patients who are over 14 years old, not intubated:
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>60 years old
-
rapid deceleration defined as fall > 6 meters or motor vehicle crash >64 km/hour
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chest pain
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intoxication
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abnormal alertness or mental status
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distracting painful injury
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tenderness to chest wall palpation
If abnormal chest X-Ray proceed to chest CT. Negative predictive value of 99.9% excluding major injury.
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This commentary offers another reminder that there is significant bias in which trauma patients receive alcohol testing when that decision is made on a case by case basis. Age, sex, socioeconomic, race, injury pattern, all have been shown to influence provider ordering. Trauma systems should have pre-defined ordering criteria to eliminate this bias. The importance of gathering this testing information is to provide intervention and treatment to those in need. First we have to identify all patients in need.