Infectious Diseases and Substance Abuse [electronic resource] /
Friedman, Herman.editor.
Klein, Thomas W.editor.
Bendinelli, Mauro.editor.
The use of recreational drugs of abuse by large numbers of individuals in this country and abroad has aroused serious concerns about the consequences of this activity. For example, it is recognized that marijuana is currently widely used as a recreational drug in the United States as well as other countries. Similarly, abuse of cocaine, especially crack cocaine, is considered to be an epidemic. “The war on drugs” by the US Government was directly aimed at the illicit use of cocaine, marijuana, and opiates as well as other drugs of abuse. Furthermore, alcohol is also considered a major problem of abuse in this country as well as in many other countries. It is estimated there are at least 10 million alcoholics in the United States alone. A significant portion of those hospitalized with infectious diseases are alcoholics. Similarly, there have been many reports of association between marijuana use and increased susceptibility to infection as well as a reflection between use of opiates and infections. The relationship between drug abuse and increased incidence of various infections has stimulated increased investigation of whether and how such drugs affect immune function, especially important for resistance against infectious agents. During the last decades, a wide variety of studies have shown that drugs of abuse, including marijuana, cocaine, or opiates, as well as alcohol, alter both neurophysiological as well as pathological responses of individuals.
Description based upon print version of record.
Includes bibliographical references and index.
Effects of Cocaine and Morphine Withdrawal on the Immune Response -- Biological Links between Cannabinoids and HIV Infection -- Cannabinoids and Herpesviruses -- Cannabinoids and Susceptibility to Neurological Infection by Free-Living Amebae -- Legionella Infection and Cannabinoids -- Nicotine and Immunity -- Nicotine Receptors and Infections -- Immunomodulatory Effects of Cigarette Smoke/Nicotine -- Regulation of Chemokine and Chemokine Receptor Expression and Function by Opioids -- Morphine, Th1/Th2 Differentiation, and Susceptibility to Infection -- Immunofluorescence Detection of Anti-CD3-?-Induced Delta Opioid Receptors by Murine Splenic T Cells -- Modulation of Immune Function by Novel Opioid Receptor Ligands -- Effect of Alcohol on Microbial Infection -- Brucella Infection and Ethanol -- Alcohol, Infection, and the Lung.
The use of recreational drugs of abuse by large numbers of individuals in this country and abroad has aroused serious concerns about the consequences of this activity. For example, it is recognized that marijuana is currently widely used as a recreational drug in the United States as well as other countries. Similarly, abuse of cocaine, especially crack cocaine, is considered to be an epidemic. “The war on drugs” by the US Government was directly aimed at the illicit use of cocaine, marijuana, and opiates as well as other drugs of abuse. Furthermore, alcohol is also considered a major problem of abuse in this country as well as in many other countries. It is estimated there are at least 10 million alcoholics in the United States alone. A significant portion of those hospitalized with infectious diseases are alcoholics. Similarly, there have been many reports of association between marijuana use and increased susceptibility to infection as well as a reflection between use of opiates and infections. The relationship between drug abuse and increased incidence of various infections has stimulated increased investigation of whether and how such drugs affect immune function, especially important for resistance against infectious agents. During the last decades, a wide variety of studies have shown that drugs of abuse, including marijuana, cocaine, or opiates, as well as alcohol, alter both neurophysiological as well as pathological responses of individuals.
Psychiatry.
Immunology.
Microbiology.
Infectious diseases.
Psychiatry.
Immunology.
Microbiology.
Infectious Diseases.
Infectious agents and pathogenesis