Wernicke’s encephalopathy (WE) is a neurological emergency that results from thiamine deficiency. It is most commonly associated with chronic alcohol consumption but can result from any cause of impaired thiamine absorption or dietary intake. The classic triad of ophthalmoparesis, ataxia, and altered sensorium is rarely seen in toto, and while certain radiographic findings strongly correlate with the disease, one should have a low threshold to suspect (and promptly treat) patients in order to mitigate the risk of morbidity and mortality. However, atypical presentations can result in delayed or missed diagnoses. In this report, we describe a case of severe non-alcoholic WE associated with atypical brain Magnetic resonance imaging (MRI) manifestations of both cortical diffusion restriction and intracranial hemorrhage, which have previously been associated with poor outcomes. Early treatment with high-dose parenteral thiamine resulted in rapid improvement in ocular motility and reversal of MRI abnormalities, and on long-term follow up, the patient had made a marked functional improvement. This case highlights the importance of recognizing these unusual imaging features of WE in a patient with a compatible clinical syndrome in order to make a timely diagnosis and initiate treatment, as there is potential for a good clinical outcome despite these imaging findings.
ObjectiveTo highlight a multidisciplinary approach to the diagnosis and management of unilateral abducens palsy after a sports-related concussion.BackgroundMild traumatic brain injury (TBI) often leads to disruptions in visual functioning, affecting convergence, saccades, smooth pursuit, and accommodation. More severe TBI injuries may result in structural injuries to the ocular muscles, nerves, or the brain itself.Design/MethodsNA.ResultsCase: We present the case of a 33-year-old male with unilateral abducens nerve palsy after a sports-related concussion with loss of consciousness and multiple hemorrhagic contusions. The patient's visual symptoms manifested several days after the injury. With a multi-disciplinary evaluation involving specialists representing neurosurgery, endovascular neurology and neuro-ophthamology, unenhanced magnetic resonance imaging revealed multiple foci of intraparenchymal microhemorrhages and siderosis consistent with diffuse axonal injury (DAI), and an incidental parasagittal cavernoma. The delayed development of a sixth nerve palsy raised our suspicion for secondary axotomy, as has been described following TBI. While the probability of recovery is high, close follow up is imperative to address evolution of the patient's symptoms. In this case, the patient developed imbalance and headaches in association with his visual symptoms. For the imbalance we use physical therapy with therapists trained in vestibular therapy and for the visual symptoms we use vision therapy with trained optometrists.ConclusionsDelayed post-traumatic abducens palsy is concerning for DAI and secondary axotomy. Multidisciplinary assessment imparts the ability to evaluate for all possible causes and provide additional specialized care for recovery.
Background: We implemented a multi-disciplinary process improvement (PI) intervention at a Comprehensive Stroke Center in cooperation with speech/language pathology in order to expedite oral medication delivery in patients with dysphagia. Following a failed nurse dysphagia screen, trained neurology providers were able to evaluate dysphagia further and approve the use of oral medications. Methods: We analyzed prospectively collected data from the PI intervention for timing of dysphagia screen, first oral antithrombotic, and aspiration pneumonia in ischemic stroke patients (9/2019-07/2021). Patients were included if they passed a dysphagia assessment by any provider, with comparisons made between patients who passed by physicians (Ph), nurses (RN) or speech/language pathologists (SLP). Results: Of the 789 included patients, 673 were passed by RN, 104 by SLP, and 12 by Ph. Compared to patients passed by SLP, those passed by Ph were younger and had less severe deficits (Table). Patients passed by Ph were screened more quickly than those screened by RN or SLP (median 38 vs. 182 vs. 1330 min after arrival, p=0.0001), and received first oral antithrombotic far more quickly (median 335 vs. 774 vs. 1409 min, p=0.0001). No patients passed by Ph experienced an aspiration pneumonia (0%), although there were non-significantly more pneumonias among patients passed by SLP (5%) and RN (2%, p=0.11). Conclusions: We safely conducted a physician-driven dysphagia screening paradigm which led to faster oral medication delivery, and no signal of patient harm.
Background We implemented a multi-disciplinary process improvement intervention at our Comprehensive Stroke Center with speech/language pathologists to expedite oral medication delivery in stroke patients. Following a failed nursing dysphagia screen, trained neurology physicians screened dysphagia further to approve use of oral medications. We analyzed the safety and efficacy of this intervention. Methods We analyzed retrospectively collected data for hospital course, timing of first screen, first oral medication use, and complications (e.g., aspiration pneumonia) in consecutive ischemic stroke patients (9/2019-07/2021). Patients were included if they passed a dysphagia assessment by physicians (Ph), nurses (RN), or speech/language pathologists (SLP). Arrival-to-dysphagia screen and arrival-to-antithrombotic were assessed using restricted mean survival time (RMST). Results Of the 789 included patients, 673 were passed by RN, 104 by SLP, and 12 by Ph. Compared to patients passed by SLP, those passed by Ph were younger and had less severe deficits ( P < .01 for both). Patients were screened more quickly by Ph than RN or SLP (median 38 vs 182 vs 1330-min post-arrival, P = .0001; 299-min RMST difference vs RN [95%CI 22-575, P = .03]; 470-min RMST difference vs SLP [95%CI 175-765, P = .002]). This translated to faster oral antithrombotic use for Ph-passed patients (138-min RMST difference vs RN [95%CI 59-216]; 332-min RMST difference vs SLP [95%CI 253-411]). No patients passed by Ph experienced aspiration pneumonia (0%). Conclusions We safely conducted a physician-driven dysphagia screening paradigm which led to faster oral antithrombotic delivery without signal of patient harm. Physician availability to complete dysphagia screens in acute stroke patients was a limitation.
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