1. Fixation of renal tissue for cytochemical evaluation.- 2. The application of histochemistry at the light microscopic level to the study of nephrotoxicity.- 3. Cryomicrotomy of renal tissue, and the use of X-ray microanalysis and autoradiography at the light and electron microscopic levels.- 4. Fixation of kidney tissue for morphometric study.- 5. Correlating structural and functional changes in nephrotoxic renal injury.- 6. Naturally occurring renal disease in non-human primates.- 7. Chemically induced epithelial tumours and carcinogenesis of the renal parenchyma.- 8. Assessment of the kidney in relation to blood pressure regulation.- 9. Renal slices and perfusion.- 10. The use of single nephron techniques in renal toxicity studies.- 11. Prostaglandins and other eicosanoids.- 12. Xenobiotic metabolism in the mammalian kidney.- 13. Metabolism of glutathione in the kidney.- 14. Metabolic activation of halogenated chemicals and its relevance to nephrotoxicity.
P. H. Bach, European Workshop on Microscopic Imaging, P H Bach, European Workshop on Microscopic Imaging Fluorescence and Microinjection in Biotechnology, P. H. Bach, C. H. Reynolds, J. M. Clark, J. Mottley, P. L. Poole, UK) Reynolds, C. H. (University of East London, UK) Mottley, J. (School of Science, University of East London, UK) Poole, P. L. (School of Science, University of East London, Peter H. Bach, C.H. Reynolds, Peter H Bach, C H Reynolds, J M Clark, P L Poole