20 Exploratory Essay Topics: What to Write about the Nature of Synthesis

Welcome to our first guide, 20 topics for an exploratory essay on the nature of synthesis, in order to help with writing an exploratory essay right away. You’ll also find a sample essay on one of those topics in this guide. The essay itself would prove to be very useful as it will assist you in understanding how an exploratory essay is really written.

After this guide, we recommend checking out our second and final guide, pro guide for an exploratory essay and don’t forget our 10 facts on the nature of synthesis to into the topic. There, you’ll learn exceptional techniques, methodologies and formats that define the hallmarks of a perfect exploratory essay outline. Even if you do know how to write an exploratory essay, we recommend you go through this guide. You might find tons of useful information.

Without further ado, here are 20 topic ideas on the nature of synthesis:

1. The Designs by Nature for Her Own Purpose: An Exploratory Essay about the Nature of Synthesis
2. Natural Product Synthesis: The Source of Inspiration for the Medically Relevant Scaffolds’ Development
3. Properties of Natural Products Unveiled: The Reflection of Natural Products in the Environment
4. Why Living Organisms are Spending Their Energy and Matter to Create Chemical Architectures Have Become a Delight for Organic Chemists.
5. An Exploratory Essay on Recent Synthetic Methods that Allow Atom and Step Economies to Prosper
6. Exploring the Total Synthesis of Putative 11-epi-Lyngbouilloside Aglycon
7. The Representation of Non-Enzymatic Metabolics of ALA by PhytoPs
8. The History and the Art and Science of Natural Product Synthesis
9. The Impact of Natural Product Synthesis on Medicine and Biological Science
10. An Exploratory Essay on the Revolutionary 1828 Discovery Made by Wohler in Germany
11. Studies on Tumor Promoters: An Exploratory Essay on The Synthesis of Phorbol
12. In-Depth Study on The Recognition of Human Ability to Probe, Isolate and Create Naturally Occurring Molecules
13. The Preparation of Natural Products through Total Synthesis and Semisynthesis
14. Natural Product Synthesis: How Cosmetics, Foods and Dietary Supplements are Produced from Natural Sources Rather than Artificial Ingredients
15. The Significance of Secondary Metabolites which Enable Organisms to Have an Evolutionary Advantage
16. The Therapeutic Benefits of Natural Products that Became an Inspiration for One-half of U.S. FDA Approved Drugs
17. National Product: A Synthesized Organic Compound that’s Produced by a Living Organism
18. Primary Metabolites: Natural Products Having an Intrinsic Function that’s Essential to the Survival of Organisms that Produce Them
19. The Significance of Primary Metabolites: The Basic Building Blocks of Life
20. The Functions of Secondary Metabolites and How They Act

You might have probably shortlisted 2 to 3 topics already. However, before attempting to write, take a look at our sample essay below.

Sample Exploratory Essay: The Significance of Primary Metabolites: The Basic Building Blocks of Life

In the organic chemistry industry, natural products are defined as purified organic compounds which are produced by primary or secondary metabolites ― isolated from their natural sources. Primary metabolites are quite essential to the survival of living organisms.

Primary metabolites are the building blocks of life since they include nucleic acids, lipids, carbohydrates, and amino acids. They are also responsible to create photosynthetic and respiratory enzymes, which are necessary for proper enzyme function. In fact, the basic structures of cells and organisms we find on Earth are composed of primary metabolites. You might now truly understand how significant they are.

Speaking of enzymes, folks  of the Vitamin B family are also included in primary metabolites (enzymatic cofactors, to be precise). Vitamin B2 acts as a coenzyme for carbohydrate metabolism. Vitamin B2 is a necessity for redox reactions (not all of them, but many). The same can be said for Vitamin B3, along with the electron transport. Vitamin B5, a constituent of coenzyme, can be found in carbohydrates, fatty acids, amino acid metabolism and polypeptides. Vitamin B6 is also involved in amino acid metabolism, whereas Vitamin B12 becomes essential for fatty acid and methionine production. In fact, the archives of our genetic information, DNA and RNA, are also comprised of primary metabolites (nucleic acid).

By now, you’re well aware of how significant primary metabolites are for life and survival. Without these primary metabolites, life on earth would cease to exist since the building blocks of living organisms are found in primary metabolites, which we have very thoroughly discussed above.

However, what isn’t really necessary for a living organism to have are secondary metabolites. Studies show that they aren’t really necessary for a living organism’s survival, however, they do help fight diseases, illnesses[4]  etc.

There has been controversy about secondary metabolites and nobody really knows why they are produced by living organisms. There is speculation, however, that they provide an advantage in terms of competition with organisms that produce secondary metabolites. Many scientists have also come to the conclusion that secondary metabolites are as important as primary ones but research shows otherwise.

Perhaps, it’s a lack of studies or something else, no matter; this is why I believe primary metabolites are significant and important for living organisms.

References:

1. “All natural”. Nature Chemical Biology. 3 (7): 351. July 2007. doi:10.1038/nchembio0707-351. PMID 17576412 https://dx.doi.org/10.1038%2Fnchembio0707-351
2. Samuelson G (1999). Drugs of Natural Origin: A Textbook of Pharmacognosy. Taylor & Francis Ltd
3. Webster’s Revised Unabridged Dictionary (1913). “Natural product”. Free Online Dictionary and C. & G. Merriam Co. http://www.thefreedictionary.com/natural+product
4. Williams DA, Lemke TL (2002). “Chapter 1: Natural Products”. Foye’s Principles of Medicinal Chemistry (5th ed.). Philadelphia: Lippincott Williams Wilkins. p. 25. ISBN 0-683-30737-1.
5. Hanson JR (2003). Natural Products: the Secondary Metabolite. Cambridge: Royal Society of Chemistry. ISBN 0-85404-490-6
6. Bhat SV, Nagasampagi BA, Sivakumar M (2005). Chemistry of Natural Products. Berlin ; New York: Springer. ISBN 81-7319-481-5.
7. Maplestone RA, Stone MJ, Williams DH (June 1992). “The evolutionary role of secondary metabolites–a review”. Gene. 115 (1–2): 151–7.