Rise of Pink Cocaine: A New Drug Trend

Experts warn that 'pink cocaine,' also known as 'tusi,' is often misleading, typically containing ketamine rather than cocaine. Its popularity raises health concerns among users, particularly in party settings.


Rise of Pink Cocaine: A New Drug Trend

A recreational drug called "pink cocaine" is currently raising concern and confusion, as it generally does not contain cocaine. Analyses conducted by expert Joseph Palamar revealed that the pink substance, also known as "tusi," often contains ketamine instead of cocaine, which can lead to unexpected effects in consumers, especially when consumed in large quantities.

According to Palamar, the pink color of pink cocaine comes from a food dye and, while it may contain cocaine in some cases, the presence of ketamine is more common. This pink powder, actually a combination of different artificially dyed drugs, has been seized in drug operations, prompting authorities to issue warnings about its effects and composition.

In studies conducted, batches of pink cocaine were found to contain methamphetamine, MDMA, bath salts, caffeine, and opioids, highlighting the diversity of substances present in this synthetic drug. The name "tusi" has been associated with this powder and was likely created to mimic the name of another recreational substance called 2C-B, used at rave events in the 90s.

The risks associated with consuming pink cocaine mainly stem from the lack of knowledge about its exact composition, which can lead to undesirable effects or the intake of a dose higher than what the consumer can tolerate. Ketamine, present in many samples of this drug, is a potent anesthetic with approved medical uses but has gained popularity in recreational settings, increasing the danger for consumers.

In summary, pink cocaine, despite its distinctive name and color, poses a serious public health danger due to the uncertainty surrounding its content and the potential harmful effects it may cause in those who consume it without knowing its true composition and nature.