Methods in Renal ToxicologyThe only up-to-date compilation of renal methods available, this book is the definitive resource for any renal researcher eager to stay ahead. Methods in Renal Toxicology presents a vast array of methods for the study of renal cellular and tubular structure, function, and biochemistry under physiological, toxicological, and pathological conditions. It provides detailed descriptions in easy-to-understand language of methods designed to enhance your research efforts. Methods in Renal Toxicology puts you on the cutting edge with valuable chapters detailing molecular methods and transgene and gene targeting - the most recent approaches to the study of renal toxicology. Overall, the book's topics range from non-invasive assessments of renal function in the whole animal and clinical settings to cellular and molecular approaches. Specifically, the book delves into measurements of clearance and urinary markers, histopathology, and methods to assess renal carcinogenesis, mutagenesis, oxidative stress, mitochondria injury, cellular repair, and drug metabolism and transport. A variety of in vitro methods are also described, including the isolated perfused kidney, micropuncture, microperfusion, microdissection, renal slices, isolated perfused tubules, suspensions of tubules and isolated cells, and primary cell cultures and cell lines. Methods in Renal Toxicology is a must-have resource for all renal investigators. Nowhere else can you find concise descriptions of traditional and up-to-the-minute renal toxicology methods in such a practical, well-written single-volume guide. |
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Contents
Clearance Methods in Renal Toxicology | 3 |
Urinary Markers | 21 |
Histopathologic Methods in Renal Toxicology | 37 |
The Isolated Perfused Kidney | 61 |
Micropuncture and Microperfusion Techniques | 81 |
Microdissection and Microanalysis of Specific Nephron Segments from Mammalian Kidney | 99 |
Preparation and Use of PrecisionCut Renal Cortical Slices in Renal Toxicology | 111 |
In Vitro Perfusion of Isolated Nephron Segments A Method for Renal Toxicology | 125 |
Immortalized Cell Lines of Renal Cells | 219 |
Methods in Renal Carcinogenesis and Mutagenesis | 239 |
Measurement of Reactive Oxygen Species Oxidative Damage and Antioxidant Systems in the Kidney | 257 |
Mechanisms of Repair After Renal Injury | 283 |
Mitochondrial Toxicity in Renal Injury | 299 |
Biotransformation and Membrane Transport in Nephrotoxicity | 331 |
Methods to Evaluate Renal Cytochrome P450 as a Bioactivation System for Nephrotoxicants | 353 |
Molecular Methods in Renal Toxicology | 377 |
Suspensions of Rabbit Renal Proximal Tubules | 149 |
Characterization and Use of Rabbit Renal Proximal Tubular Cells in Primary Culture for Toxicology Research | 165 |
Use of Freshly Isolated and Primary Cultures of Proximal Tubular and Distal Tubular Cells from Rat Kidney | 191 |
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Common terms and phrases
acid activity added addition amount analysis animals assay bathing Biochem Biol buffer cell culture cellular centrifugation changes chemicals clearance collection concentration containing cortical cytochrome decrease deionized water described detection determined diluted effects enzyme epithelial cells example expression factor Figure final fluid fraction function gene glomerular glucose growth human important increase incubation induced inhibition injury inulin isolated isolated perfused levels lines marker measured mechanisms medium membrane metabolism method mice mitochondrial mRNA nephron normal obtained organic oxide oxygen perfused Pharmacol phosphate Physiol pipette placed plasma preparation present primary cultures procedure production protein proximal tubule rabbit rat kidney reaction removed renal renal proximal RPTs samples segments separate sequences slices sodium solution specific standard studies substrate suspensions technique tissue toxicity transgenic transport tube tubular urine vitro volume