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#3125 Novel framework for neurocognitive COVID-19 assessment
  1. Jai Mathur1,
  2. Alan Carson2
  1. 1Western General Hospital, NHS Lothian
  2. 2DCN at Royal Infirmary of Edinburgh, NHS Lothian

Abstract

Background The neurotrophic effects of Covid-19 are becoming increasingly recognized, with altered mental state now being the second most common presenting complaint insert numbers. A key question is whether this has long term consequences. Cognitive problems are commonly reported in patients 3 months after acute infection as part of the so called Long-Covid syndrome. However, the underlying cause is not well understood. Candidate explanations include legacy from encephalitis and stroke; however, other complications such as the sequelae, delirium, remain underexplored. Furthermore, little consideration has been given to functional cognitive disorders and the cognitive consequences of depression, anxiety and fatigue.

Aims We propose a structured approach to clinical assessment for clinicians reviewing late cognitive complaints after COVID 19.

Methods We created our own unique framework for neurocognitive Covid assessment based upon a review of the literature.

Results Covid status- Any positive test. If not review of core symptoms such as breathlessness, headache, anosmia, nasal obstruction, cough, myalgia, or gustatory dysfunction; duration, extent of exposure to Covid confirmed cases. Consider rapid antibody testing.

Neuropsychiatric history- Part 1 symptoms at onset- in particular disruptions of consciousness and altered mental state. Acute memory impairment, anterograde/retrograde and with/without a temporal gradient. neurocognitive function. ITU admission and oxygen requirements.

Part 2 Current cognitive and mental state- in addition to standard history seek evidence of internal inconsistency of memory symptoms and attentional dysregulation. Has social cognition and meta-cognition been affected. Note attribution bias i.e. no Im not depressed, I cant enjoy anything because of my symptoms

Background history- subtle suggestion of neurodegeneration and depression, anxiety and functional symptoms should be explored.

MRI findings- signal changes in the medial temporal lobe, nonconfluent multifocal white matter hyperintense lesions, and isolated white matter microhemorrhages.

Novel biomarkers IL-6, MCP-1, and IP-10.

Conclusion Cognitive symptoms are common after confirmed and assumed COVID exposure. We propose a framework for neuropsychiatric assessment and the use of adjuvant imaging and potential biomarkers.

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