some plants that have some therapeutic properties. In addition, the effects of triacontanol are observed in opium and morphine production. Functionality There are numerous corporations making synthetic triacontanol for enhancing the crop yield and pest resistance in the crops. Triacontanol improves the rate of cell division in a plant that produces larger roots and shoots. It has been shown that if triacontanol is applied during the maximized growth period of a plant in a appropriate amount, it enhances the enzymatic activity in the roots and hormone functionality increasing the overall performance of the plant. Triacontanol basically operates by enhancing the basic functionality of the plant like increasing the rate of photosynthesis and producing more sugar or glucose. When the photosynthesis is operating finely in a plant, the plant make more sugars and absorb more sunlight. The plant then send more sugars to the rhizosphere via the root system where the growth, respiration and nutrient exchange take place in the vicinity of the soil. Availability of more sugars lead to more respiration and nutrient exchange between the plants and the microorganisms in the soil. when the microbes receive more sugars from the plant, it increases the microbial activity in the root zone and they perform more efficiently in mining the nutrients like in the case of nitrogen fixation. These microorganisms particularly trace the nutrients essential for the soil. These nutrients are further used by the plants to build more complex nutrients and compounds essential for its rapid growth and defence from certain other microbes. These complex compounds maximize the yield of the crop. Overall, despite other benefits of adequate amount of triacontanol, just enhancing the photosynthesis increases the plant efficient in so many ways. Synthesis of triacontanol There are several chemical pathways via which triacontanol can be artificially synthesized. One method includes an organic compound succinic anhydride and a carboxylic acid docosanoic acid that have been used to attach the different carbon chains (C4 and C22) on 2 and 5 positions of thiophene, via two acylation sequences. Later, 2-5 substituted thiophene is reacted for desulphurization using Raney Nickel. It produces triacontanoic acid which can be reduced with lithium aluminum hydride (LAH) to produce 1-triacontanol. Another method of synthesizing triacontanol focuses on the high yield with the easily available and feasible compounds that can form triacontanol through some chemical reactions in laboratory settings. 1-octadecanol or stearyl alcohol and 1,12-dodecanediol. Using the phase