Key result
Biological markers can be utilized as surrogates in evaluating surgery-related neuro-psychiatric disorders in cardiac peri-operative patients.
Why the study?
What biological markers can be utilized as surrogates in evaluating surgery-related neuro-psychiatric disorders in cardiac peri-operative patients?
What biological markers can be utilized as surrogates in evaluating surgery-related neuro-psychiatric disorders in cardiac peri-operative patients?
This review highlights the potential of biological markers as surrogate diagnostic tools for early identification of neuro-psychiatric complications in cardiac peri-operative patients.
Answers are grounded in this paper and cite their sources.
May support biomarker monitoring for perioperative neuro-psychiatric complications; leaves open clinical adoption pending prospective validation.
Some of the complexities of surgical interventions include neurological and psychiatric disturbances. Prompt identification and early treatment of these complications are pivotal in achieving excellent clinical results. Recognizing major adverse events such as stroke, seizure or delirium is usually straight-forward, however the discovery of less frequent or more subtle post-operative changes such as cognitive dysfunction might be delayed due to lack of appropriate diagnostic tools. This review summarizes biological markers that can be utilized as surrogates in evaluating surgery-related neuro-psychiatric disorders.
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Reis et al. (2014) conducted a review in surgery-related neuro-psychiatric disorders. biological markers was evaluated. Biological markers can be utilized as surrogates in evaluating surgery-related neuro-psychiatric disorders in cardiac peri-operative patients.
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