Nowadays thousands of “gurus” share their expertise to offer guidance in topics ranging from beauty and health to how to succeed in life. Chemistry of course is not an exception, we have our own gurus to seek for a piece of advice on many chemistry-related topics. Well, I am not a guru but still for my post today I would like to write a few lines on how I think you can improve your chances to get your synthetic methodology published in a good journal. I have also included one beautiful Yes-No flow diagram so my post is taken more seriously.
Even in the case you have developed a new methodology to solve a very challenging synthetic problem, you may not get your results published in the top journals if you don’t include all the relevant information. For example, sometimes including a mechanism proposal is as important as getting excellent yields. I have considered two main scenarios:
–Your synthetic methodology is new: The best scenario possible. You are the first one that solved the puzzle, but make sure the problem you are working in has relevance. And make sure that you are the first, so you did a good and meticulous literature research. Let’s say your method is good and your research is relevant, now is time to be creative. Select challenging and varied substrates and explore functional groups tolerance. If you are using a catalyst or a reagent developed by you it has to be fully characterized, an X-Ray structure can make the difference to get to the top journals. A new methodology might mean new reaction pathways or mechanisms. In my opinion at least a mechanism proposal should be always included. More and more often publications in synthetic methodology include now theoretical calculations to support mechanistic proposals.
–Your methodology is not new but is way better than the others: Now is time to show your muscles. Besides being creative with substrates, having a full characterization or good mechanistic studies, now more than ever you have to include “extra toppings” to strengthen your chemistry. Stablish clear comparisons between your methodology and current methods using tables, explore recyclability or robustness of your catalyst, reagent or conditions. In other words try to highlight all your methodology’s strengths. Show off, put some efforts trying to scale-up to multi-gram levels “I synthesised 500 g at once, why? Because I can”. Apply your methodology to the synthesis of products of interests.
To conclude this post what could be better than showing a very good example of how to get your synthetic methodology in a good journal? This great work by Snyder and co-workers (click the link) speaks for itself: Et2SBr⋅SbCl5Br: An Effective Reagent for Direct Bromonium-Induced Polyene Cyclizations (Angew.Chem.Int.Ed.2009,48, 7899 –7903). In their paper, Snyder and co-workers describe a new reagent for well known reactions of bromocyclization. They describe the synthesis of their reagent with a full characterization including an X-Ray structure and more importantly they don’t hesitate to show muscle. They compare their reagent with the existing methods at that time to clearly show their reagent is in general better than the others, they also explore the scaleability of their methodology and apply it to the synthesis of natural products.