Category: Chemical synthesis

Developed by Japanese researchers in 1962, tranexamic acid is a synthetic drug created in a laboratory, not a naturally occurring substance found in plants or animals. Its source begins with a precursor molecule derived from the amino acid lysine.

While natural calcium carbonate makes up a significant portion of the Earth’s crust, the raw material of PCC (Precipitated Calcium Carbonate) undergoes a specific chemical transformation process to achieve its high purity and controlled properties. Unlike its mined counterpart, PCC is a synthetic product derived from limestone, but only after it is processed through high-temperature calcination and subsequent carbonation to achieve a level of refinement unattainable through simple grinding.

Cantharidin, a potent vesicant, is naturally produced by over 2,000 species of blister beetles. For those asking **how do you make cantharidin**, the answer lies in either extracting it from its natural source or synthesizing it through complex chemical reactions under strict laboratory conditions.

Dimethylamine (DMA) is a precursor to several industrially significant compounds, including many pharmaceuticals. The benefits of dimethylamine are indirect, stemming from its crucial role as a building block in the synthesis of widely used medications, agrichemicals, and industrial products.