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Case study of spinal cord injury
Spinal cord injury in flashcard
Case study of spinal cord injury
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Patients, that have suffered blunt or penetrating trauma that is significant enough to cause spinal injury, have always been treated by Emergency Medical Services with full spinal immobilization. Most textbooks for paramedics and EMTs stress the importance of procuring manual c-spine immobilization, followed by c-collar application, and then placed on a spinal board with the patient’s head secured to the spinal board. This management of trauma patients has long been the industry standard, but studies that prove patients benefit from the procedure are lacking and some studies have shown that spinal immobilization can actually be detrimental to patients.
While true spinal cord trauma is a devastating injury its actual incidence is extremely low. In a study that examined one million trauma victims, only 2% had true spinal cord damage and of that 2%, only 1% had neurological deficits of any kind. Moreover, there is little data to suggest that our efforts at spinal immobilization are even effective. (Santa Cruz County EMS Integration Authority, 2012, para. 2)
If only 2% of one million trauma victims had a true spinal cord injury that means 998,000 patients received full spinal immobilization that was unnecessary when only 2,000 warranted spinal immobilization. The use of long board spinal restriction as a precautionary measure should be reconsidered.
Studies conducted by Chang et al. (2010) concluded that patients that suffered from penetrating trauma that were treated with spinal immobilization actually had higher mortality rates. The study suggests that the difficulty of controlling the patient’s airway and decreased respiratory drive caused by the supine position of the patient could be contributing factors in the mortality rates...
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Chang, D. C.,Efron, D. T., Haut,E. R., Haider, A. H., Kalish, B. T.,Kieninger, A. N., & Stevens, K. A., (2010). Spine immobilization in penetrating trauma: more harm than good? Journal of Trauma-injury Infection and Critical Care, 68(1), 115-120.
Hamel, M. G. (2014). How Lee County (Fla.) EMS implemented a new paradigm of cervical spine management. Journal of Emergency Medical Services, 14(1), 62-63.
Hauswald, M. (2013). A re-conceptualisation of acute spinal care. Emergency Medicine Journel, 30(9), 720-723.
McHugh, T. P., & Taylor, J. P. (2009). Unnecessary out-of-hospital use of full spinal immobilization. Academy of Emergency Medicine, 5(3), 278-280.
Santa Cruz County EMS Integration Authority. (2012). New thinking on spinal immobilization. Retrieved from http://www.acphd.org/media/311913/santa%20cruz-%20new%20thinking%20about%20spine%20injures.pdf
warm) in the left upper and lower extremities; decreased strength and movement of the right upper and lower extremities and of the left abdominal muscles; lack of triceps and biceps reflexes in the right upper extremity; atypical response of patellar, Achilles (hyper) reflexes in the right lower extremity; abnormal cremasteric reflex in the right groin; fracture in cervical vertebrae #7; and significant swelling in the C7-T12 region of the spinal canal (Signs and symptoms, n.d.). The objective complaint of a severe headache could also be consistent with a spinal cord injury (Headache, nausea, and vomiting,
The current patient may be experiencing a range of traumatic injuries after his accident, the injuries that the paramedic will focus on are those that are most life threatening. These injuries include: a possible tension pneumothroax or a haemothorax, hypovolemic shock, a mild or stable pelvic fracture and tibia fibula fracture.
3. Childs NL, Mercer WN. Brief report: late improvement in consciousness after post-traumatic vegetative state. N Engl J Med 1996;334:24-25. (report of a 16 year old patient with PVS who recovered significantly after 17 months).
The car accident could damage ones spinal cord if it was crushed or hit hard enough. If the spinal cord is severed, the peripheral nerves may detach from the spinal cord. Detachment may lead to pressure applied by other organs or bones. The wreck may cause broken bones that would compress the spi...
All injuries are a serious matter, but upper body injuries are more delicate. “Although the majority of contusions to the most parts of the body result injuries that are self-correcting and without serious consequence, even relatively
The rapid objective methods in the diagnosing, evaluating, and follow up of the battlefield mild traumatic brain injury needs treatment standards. There are standards for the moderate to...
...severe head injury. Journal of Trauma [serial online]. December 2000; 49(6):1065-1070. Available from: CINAHL Plus, Ipswich, MA. Accessed March 7, 2014.
Yates K. M., & Creech Tart. (2012). Acute care patient falls: evaluation of a revised fall
The assumption can be made that rigid cervical collars would immobilize the cervical spine, when in reality the concepts turns out to be false. Although cervical spine collars have been a major aspect of the EMS world, like many health professions, as new and improved research becomes available tried and true methods are often displaced for better alternatives.
..., Ducker, T.B., ….. Young, W. (1997). International Standards for Neurological and Functional Classification of Spinal Cord Injury: International Medical Society of Paraplegia, 35, 266 – 274.
The possibility of having a mild TBI is much more common than to have a severe injury. This does not mean that the injury will not be long lasting. Doctors are able to determine how severe an inj...
In October of 1998, the Courant’s survey of the 50 states identified that 142 individuals died in physical restraints or seclusion. Another study was done in four Turkish hospitals from July to September of 2005. The study’s findings were, “Nurses used either wrist, ankle, or whole body restraints at various levels. Those nurses who worked in surgical intensive care units and emergency departments and had in-service training used more physical restraint than did others. Only a third of nurses decided on physical restraint together with physicians and three-fourths tried alternative methods. Nurses reported edema and cyanosis on the wrist and arm regions, pressure ulcers on various regions, and aspiration and breathing difficulties in relation to physical restraint.
Epidural hematomas are a severe complication of head injuries and are considered to be a medical emergency. Although they may not be seen as often as subdural hematomas, they are much more serious and require emergency surgery. If epidural hematomas are not picked up quickly, they can result in severe neurologic deficits and even worse, death. A major concern in a patient with an epidural hematoma is failure to rescue by healthcare professionals. Failure to rescue is when healthcare professionals do not notice signs of a patients declining condition and subsequently fail to stabilize the patient (Gravey, 2015, p.145). This has become an increasing problem and has lead to numerous preventable disabilities and death. In order to avoid unnecessary harm to our patients it is essential that nurses are able to detect and notify any suspicion of epidural hematomas. Since nurses spend the majority of the time with the patient, they hold a significant role in early detection.
Paramedics are frequently presented with neurological emergencies in the pre-hospital environment. Neurological emergencies include conditions such as, strokes, head or spinal injuries. To ensure the effective management of neurological emergencies an appropriate and timely neurological assessment is essential. Several factors are associated with the effectiveness and appropriateness of neurological assessments within the pre-hospital setting. Some examples include, variable clinical presentations, difficulty undertaking investigations, and the requirement for rapid management and transportation decisions (Lima & Maranhão-Filho, 2012; Middleton et al., 2012; Minardi & Crocco, 2009; Stocchetti et al., 2004; Yanagawa & Miyawaki, 2012). Through a review of current literature, the applicability and transferability of a neurological assessment within the pre-hospital clinical environment is critiqued. Blumenfeld (2010) describes the neurological assessment as an important analytical tool that evaluates the functionality of an individual’s nervous system. Blumenfeld (2010) dissected and evaluated the neurological assessment into six functional components, mental status, cranial nerves, motor exam, reflexes, co-ordination and gait, and a sensory examination.
Hixon it caused his C3 vertebrae to slide over his C4 vertebrae and caused a "scissor isn't effect