Nowadays, biomarkers are many times incorporated in clinical practice, but I have to say that this is not the norm because there are many problems and financial problems that we have to overcome. And of course the evidence-based level which is not definitely specific. So I have to say that the clinical neurologist in his everyday clinical practice should take a very, very detailed clinical history, a very detailed neurological examination...
Nowadays, biomarkers are many times incorporated in clinical practice, but I have to say that this is not the norm because there are many problems and financial problems that we have to overcome. And of course the evidence-based level which is not definitely specific. So I have to say that the clinical neurologist in his everyday clinical practice should take a very, very detailed clinical history, a very detailed neurological examination. This will never be substituted by statistical tools and mathematical models; these are his eyes and his hands, the most important tools of neurologists. So, examination, history, clinical history, ask for the appropriate tests and laboratory tests, magnetic resonance testing, and then a CSF sample. Take a CSF sample, have a blood specimen, keep these specimens for analysis of biomarkers. Biomarkers are going to be an adjuvant test that’s going to help the neurologist with his first impression. He has to use all of them, neurological examination, clinical history, laboratory tests, and biomarkers, all together to make his final decision.
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