This rather simplistic aromatic polymer can easily be broken apart in acidic conditions, as it has weak hydrogen and carbon covalence bonds. Mealworms use this hydrogen and carbon in cellular respiration, an amiable substitute for carbon retrieved in glucose. Asides from their uncanny benefits presented in reducing plastic waste, mealworm feces is also extremely beneficial in agrarian industry, as their nitrogen and hydrogen rich contents offer an inexpensive alternative to synthetic fertilizer. Researchers are currently testing how mealworms react to another common plastic, polypropylene. This type of plastic is commonly used in the production of textiles, ropes, and bioplastic, but is considerably less reactive to microbial acid. Regardless of which polymers and monomers mealworms can decompose, they doubtlessly present an economic method of reducing
This rather simplistic aromatic polymer can easily be broken apart in acidic conditions, as it has weak hydrogen and carbon covalence bonds. Mealworms use this hydrogen and carbon in cellular respiration, an amiable substitute for carbon retrieved in glucose. Asides from their uncanny benefits presented in reducing plastic waste, mealworm feces is also extremely beneficial in agrarian industry, as their nitrogen and hydrogen rich contents offer an inexpensive alternative to synthetic fertilizer. Researchers are currently testing how mealworms react to another common plastic, polypropylene. This type of plastic is commonly used in the production of textiles, ropes, and bioplastic, but is considerably less reactive to microbial acid. Regardless of which polymers and monomers mealworms can decompose, they doubtlessly present an economic method of reducing