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In random autopsies chromium (n = 23) and nickel (n = 16) together with various other metals, were determined in lung tissue by means of flameless atomic absorption spectrometry. With increasing age a significant increase in concentration of both chromium and nickel was found. This is evaluated as an indicator for a corresponding exposure, which is marked by a local (workplace) and regional (environment) share of a clear increase in the total chromium/nickel load and by a life-long duration. The question arises, whether the selective concentration (long half-life) of the inhaled chromium and nickel particles/compounds in the lung are to be regarded as a stochastic lung cancer risk.

The rising numbers of tissue samples for securing a diagnosis has led to a multitude of tissue samples in pathology institutes. Criteria and measures for ensuring the quality of histological diagnosis have been developed. Corresponding rules for the organization of the tissue sampling up to their processing do not yet exist. Suspicion of interchanged samples occurs much more often than it actually happens; however, it is important to be aware of the possibility so as to inform the clinician and to eliminate any possible causes of the confusion. The civil and penal consequences of such an interchanging, the subsequent "incorrect" diagnosis and the therapeutic measures are secondary compared to the potentially dramatic consequences for the patient. Important causes for an interchanging and possible preventive measures are presented.

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