About: Opium is a research topic. Over the lifetime, 2223 publications have been published within this topic receiving 23853 citations. The topic is also known as: poppy tears & black spice.
TL;DR: Most authors* agree that, as early as the eighth century A.D., Arab traders brought opium to India and China and that between the tenth and thirteenth centuries opium made its way from Asia Minor to all parts of Europe.
Abstract: It is hard to decide when and where the opium poppy was first cultivated. It may have been grown for its seeds before people discovered how to prepare mekonion from the leaves and fruits of the plant or opium (from "opos," the Greek word for juice) from the liquid that appears on the unripe seed capsule when it is notched. The use of written records to decipher the early history of opium use and abuse is hard because descriptions of drugs by ancient authors are often ambiguous. The preparation described by Homer-given by Helen, the daughter of Zeus, to Telemachus and his friends to help them forget their grief over Odysseus' absence-was attributed to Homer's imagination by Theophrastus (300 B.C.) who was himself aware of the method used to produce opium. Other writers (e.g., Diskourides, A.D. 60) have argued that the drug alluded to by Homer contained henbane, the active ingredient of which is scopolamine. Most modem pharmacologists including Schmiedeberg (1) and Lewin (2) feel that Helen administered opium to the men. Indeed, Kritikos and Papadaki (3) have suggested that Telemachus may not have experienced any of the toxic effects of opium because he and his contemporaries used it habitually. Despite difficulties in interpreting ancient writings and archeological data, a picture of opium use in antiquity does emerge from them. There is general agreement that the Sumerians, who inhabited what is today Iraq, cultivated poppies and isolated opium from their seed capsules at the end of the third millenium B.C. They called opium "gil," the word forjoy, and the poppy "hul gil," plant ofjoy. It appears that opium spread from Sumeria to the remainder of the old world. At first opium may have been employed as a euphoriant in religious rituals, taken by mouth or inhaled from heated vessels (4). Knowledge of its use may initially have been confined to priests representing gods who healed the sick and gods of death as well. It was given along with hemlock to put people quickly and painlessly to death, and it came to be used medicinally. The Ebers Papyrus (ca. 1500 B.C.), for example, includes the following description of a "remedy to prevent excessive crying of children" (see ref. 2, p. 35): "8penn, the grains of the spenn (poppy)-plant, with excretions of flies found on the wall, strained to a pulp, passed through a sieve and administered on four successive days. The crying will stop at once." This remedy and others containing opium (such as spongia somnifera, sponges soaked in opium used to relieve pain during surgery) were dangerous because they varied in potency and rate of absorbance. Consequently, many physicians were wary of using them. Most authors* agree that, as early as the eighth century A.D., Arab traders brought opium to India (6) and China (7) and that between the tenth and thirteenth centuries opium made its way from Asia Minor to all parts of Europe. With the drug came addictioq. Starting in the sixteenth century, manuscripts can be found describing drug abuse and tolerance in Turkey, Egypt, Germany, and England. Nowhere was the problem of addiction greater than in China where the practice of smoking opium began in the midseventeenth century after tobacco smoking was banned. Efforts to suppress the sale and use of opium failed because the British, later joined by the French, forced the Chinese to permit opium trade and consumption. In 1806, Serturner (8, 9) isolated the active ingredient in opium and named it morphine after the god of dreams, Mor-
TL;DR: It is shown that noscapine binds stoichiometrically to tubulin, alters its conformation, affects microtubule assembly, and arrests mammalian cells in mitosis, and causes apoptosis in many cell types.
Abstract: An alkaloid from opium, noscapine, is used as an antitussive drug and has low toxicity in humans and mice. We show that noscapine binds stoichiometrically to tubulin, alters its conformation, affects microtubule assembly, and arrests mammalian cells in mitosis. Furthermore, noscapine causes apoptosis in many cell types and has potent antitumor activity against solid murine lymphoid tumors (even when the drug was administered orally) and against human breast and bladder tumors implanted in nude mice. Because noscapine is water-soluble and absorbed after oral administration, its chemotherapeutic potential in human cancer merits thorough evaluation.
TL;DR: If the entire materia medica at the authors' disposal were limited to the choice and use of only one drug, I am sure that a great many, if not the majority, of us would choose opium.
Abstract: If the entire materia medica at our disposal were limited to the choice and use of only one drug, I am sure that a great many, if not the majority, of us would choose opium ([Macht, 1915][1]).
### A. Early History
Opium is the dried milky juice of the unripe seed capsule of the poppy, the Papaver
TL;DR: The Extent of Opiate Addiction and Morphine: A Note on Terminology and Spelling Introduction 1. Addiction to Opium 2. Opioid Addiction: The Transformation of the Opiate Addict 6. Heroin in Postwar America 7.
Abstract: Preface, 2001 A Note on Terminology and Spelling Introduction 1. The Extent of Opiate Addiction 2. Addiction to Opium and Morphine 3. Addiction to Smoking Opium 4. Addiction to Heroin 5. The Transformation of the Opiate Addict 6. Heroin in Postwar America 7. The Drug Wars Appendix: Addiction Rate and City Size Abbreviations Notes Bibliography Index
TL;DR: This review highlights recent developments and summarizes the frontiers of knowledge regarding the biochemistry, cellular biology and biotechnology of benzylisoquinoline alkaloid biosynthesis in opium poppy.
Abstract: Opium poppy (Papaver somniferum) is one of the world’s oldest medicinal plants and remains the only commercial source for the narcotic analgesics morphine, codeine and semi-synthetic derivatives such as oxycodone and naltrexone. The plant also produces several other benzylisoquinoline alkaloids with potent pharmacological properties including the vasodilator papaverine, the cough suppressant and potential anticancer drug noscapine and the antimicrobial agent sanguinarine. Opium poppy has served as a model system to investigate the biosynthesis of benzylisoquinoline alkaloids in plants. The application of biochemical and functional genomics has resulted in a recent surge in the discovery of biosynthetic genes involved in the formation of major benzylisoquinoline alkaloids in opium poppy. The availability of extensive biochemical genetic tools and information pertaining to benzylisoquinoline alkaloid metabolism is facilitating the study of a wide range of phenomena including the structural biology of novel catalysts, the genomic organization of biosynthetic genes, the cellular and sub-cellular localization of biosynthetic enzymes and a variety of biotechnological applications. In this review, we highlight recent developments and summarize the frontiers of knowledge regarding the biochemistry, cellular biology and biotechnology of benzylisoquinoline alkaloid biosynthesis in opium poppy.