
Mineralogical and geochemical aspects of mineral-induced disease
Author(s) -
George D. Guthrie,
Robert Raymond,
Umberto Saffiotti,
Ann E. Aust,
Brooke T. Mossman
Publication year - 1996
Language(s) - English
Resource type - Reports
DOI - 10.2172/212497
Subject(s) - mineral , clay minerals , environmental chemistry , mineralogy , geology , geochemistry , chemistry , organic chemistry
Many minerals are known to cause disease following inhalation, including asbestos, silica, zeolites, and clays. The mineralogical properties that determine toxicity are not known, hindering effective risk assessment. Consequently, many minerals that do not pose risks are controlled excessively and many minerals that do pose risk remain uncontrolled. The authors are integrating mineralogy and biology in an interdisciplinary scientific investigation of the mechanisms of mineral-induced disease. The biological endpoints include the formation of ferruginous bodies and chemical signaling (e.g., production of cytokines or active oxygen species) by cells; the mineralogical variables include structure, composition, and surface properties. The authors are also determining what information about the biological reaction is preserved in the mineral surface