Opium: Difference between revisions

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File:Opium pod cut to demonstrate fluid extraction1.jpg|Opium pod cut to demonstrate fluid extraction
File:Malwapoppy.jpg|Malwa poppy
File:COLLECTIE TROPENMUSEUM Een opium kit op Java. TMnr 60009390.jpg|Opium kit on Java
File:Опиумоеды.jpg|Opium eaters
File:Canons of medicine.JPG|Canons of medicine
File:The Opium Seller (W. Müller).jpg|The Opium Seller
File:中國人服食鴉片圖.PNG|Chinese opium smokers
File:Opium smokers China.gif|Opium smokers in China
File:Destruction of opium in 1839.jpg|Destruction of opium in 1839
File:William John Huggins - The opium ships at Lintin, China, 1824.jpg|The opium ships at Lintin, China, 1824
File:British ships in Canton.jpg|British ships in Canton
File:A busy stacking room in the opium factory at Patna, India. L Wellcome V0019154.jpg|Opium factory at Patna, India
</gallery>

Revision as of 01:17, 20 February 2025

Botanical Product
Opium poppy seed pod exuding latex from a cut
Scientific name
Family
Origin Uncertain, possibly Asia Minor
Part used
Main constituents
Common uses
Other names
This is a summary of botanical information.

Opium and heroin are two potent opiates with rich histories and significant societal impacts. While they possess recognized medicinal properties, both substances have gained infamy due to their strong potential for misuse and the associated health implications.

Papaversomniferum

Both heroin and opium are classified as drugs of abuse and are prohibited in many countries, including the United States. Their complex histories intertwine with medicinal use, recreational abuse, and significant sociopolitical events worldwide.

Opium

Raw opium

Opium (o pee’ um) is an amalgamation of natural alkaloids extracted from the resin of the seeds of the opium poppy, Papaver somniferum. Recognized for its analgesic and mood-modifying properties, the use of poppy extracts spans several centuries. Its influence on global history and individual lives is profound.

Heroin

Malwapoppy

Heroin, chemically known as morphine diacetate, emerged in the 19th century as a byproduct of morphine, opium's primary alkaloid. Originally believed to offer strong pain-relieving properties minus the characteristic euphoria and dependency risks of opium, it was initially marketed as an over-the-counter cough suppressant under the brand name "Heroin." Its potential for abuse quickly became evident, and by the 1920s, heroin became the predominant drug of abuse in the U.S., culminating in its prohibition.

Heroine

Liver Safety

Though many individuals actively using heroin or opium might present with liver diseases attributable to substance misuse (such as alcoholic liver injury) or injection-based drug use (leading to conditions like chronic hepatitis B, D, or C), there's no substantial evidence linking either opium or heroin directly to clinically noticeable liver injury or exacerbation of pre-existing liver conditions.

Mechanism of Action

Both substances predominantly act as agonists for opiate receptors, chiefly the µ type receptor. These receptors are primarily found in the central nervous system but are also present in other parts of the body, including the lungs, heart, gastrointestinal tract, and even circulating white blood cells.

Clinical Effects

Opium and heroin induce various clinical effects, with the most noticeable being:

  • Euphoria
  • Drowsiness
  • Mental clouding
  • Analgesia

The severe complications associated with heroin are typically not a direct result of the drug's inherent side effects but rather the inconsistencies in the sources, concentration, and quality of the available product.

Summary

While opium and heroin have undeniable therapeutic potential, their misuse and associated risks have led to their prohibition in many countries. Their role in societal and health contexts remains a topic of debate and study.