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All substances with molecular weights up to 58 kDa retained in the blood as the results of renal dysfunction are potential uremic toxins. The search for endogenous toxic compounds seems to offer a novel approach to identifying and explaining any so far unexplored specific effects on the body organs and systems. In contemporary laboratory diagnostics there are no suitable markers for use in comprehensive evaluation of complex toxicity of uremic compounds accumulated in successive stages of developing renal dysfunction. To provide a sound basis for treatments which would effectively protect against or slow down multiple organ injury caused by uremic toxins novel parameters are needed, more specific than urea and creatinine. Identification of reliable biomarkers or their panels needs careful consideration of their concentrations in biological materials, biological activity and usefulness for effective diagnosis. Classification of uremic compounds, based on their chemical properties, role in pathophysiological processes and the organs where they are formed remains to be elucidated with meticulous observation of clearly formulated rules guiding the process.
See related article at https://www.omicsonline.org/open-access/role-of-uremic-compounds-in-organ-injury-2161-0959-1000205.php?aid=55106
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