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Addiction
Drug addiction is a brain disease--that's the modern view and it is fully expressed in this up-to-date book. Among the many volumes on drugs written for lay readers, this one is unique in the breadth of its coverage and the depth of its science. The first part gives a clear scientific account of the nature of addiction, stressing neurobiology and addictive behavior and describing the "highs" that drugs can produce. The second section covers the seven families of addictive drugs, with emphasis on their actions in the brain and on psychological aspects: nicotine, alcohol, heroin and other opiates, cocaine and amphetamines, marijuana, caffeine, and hallucinogens like LSD. The third section deals with laws and drug control policies. Throughout, the author gives many interesting personal accounts of addiction research, to which he has highlighted new research on the genetics and neurobiology of susceptibility to addiction.
Biostatistics
The logical basis of statistical inference; Quantitative data; Enumeration data; Correlation; Tables; Index.
Molecular and Cellular Aspects of the Drug Addictions
In 1970 I gave up the chairmanship of the Department of Pharmacology at Stanford University Schoel of Medicine to devote full time to basic and clinical research on problems of drug addiction. In 1971 I developed the method of radioligand binding that led to the important characterization of opioid receptors in several laboratories. The extraordinary specificity of these receptors for morphine and related opiates suggested the likelihood that there were naturally occurring morphine-like molecules in the brain and other tissues. The systematic search for these molecules culminated in 1979 in the discovery, by my group, ofthe dynorphin peptides-one of the three families of opioid peptides, the...
Chemical Consequences
Hereis the first historical and sociological account of the formation of an interdisciplinary science known as genetic toxicology, and of the scientists' social movement that created it. After research geneticists discovered that synthetic chemicals were capable of changing the genetic structure of living organisms, scientists began to explore how these chemicals affected gene structure and function. In the late 1960s, a small group of biologists became concerned that chemical mutagens represented a serious and possibly global environmental threat. Genetic toxicology is nurtured as much by public culture as by professional practices, reflecting the interplay of genetics research and environm...
