Description

Buy 1P-LSD (100 mcg Blotters) Online

Buy 1P-LSD (100 mcg Blotters) Online is from the lysergamide family of chemicals and is expected to produce very similar effects to LSD and other well known lysergamides such as LSZ and AL-LAD

Buy 1P-LSD (100 mcg Blotters) Online 1-propionyl-LSD also known as 1P-LSD or 1-propionyl-lysergic acid diethylamide is a new uncontrolled LSD analogue supplied in 100µg blotters for convenient research.

This product is sold only for research uses in laboratory settings. Those who work with it are advised to wear the appropriate safety gear and follow standard safety protocols while handling it.

Strictly not for human consumption if consumed seek immediate medical assistance

Buy 1P-LSD (100 mcg Blotters) Online is sold for research purposes only and is not be utilized for any other purposes, including, but not limited to, in vivo diagnostic purposes, in foods, in drugs, in medicinal devices, and/or cosmetics for humans and/or animals.

Prior to ordering, please make certain that you are properly equipped for research chemicals and that your work area is well-ventilated.

You must be 18 or more years old to order this product.

1P-LSD 100mcg Blotters is legal in our country of origin. It is your responsibility to know and abide by the laws in your country/county/region/state/city. We accept no responsibility for any actions or consequences that are a result of your decision to order.

Buy 1P-LSD (100 mcg Blotters) Online is a molecule of the lysergamide family. It is similar to LSD and is named for the propionyl group bound to the nitrogen of the polycyclic indole group of LSD. Propionyl consists of the carbonyl chain CH3CH2CO- bound to an amino group. 1P-LSD is homologous to ALD-52, which holds an acetyl group bound to CH3CO- instead of the propionyl group bound to the same location. The structure of 1P-LSD contains a polycyclic group featuring a bicyclic hexahydro indole bound to a bicyclic quinoline group. At carbon 8 of the quinoline, an N, behaviouralN-diethyl carboxamide is bound.