By: Artak Tovmasyan, Duke University School of Medicine
So many young researchers around the country are doing amazing work in their fields, but too often they face challenges taking their discoveries to the next level. This is a story of how SFRBM and my mini-fellowship made all the difference.
Redox-active therapeutics, which have been designed to modulate the imbalance between reactive species and endogenous defense systems, have been aggressively developed and are proceeding toward clinical trials in diseases that have an oxidative stress component. These therapeutics are readily engaged in redox reactions. Besides direct scavenging of reactive species, their impact on cellular redox-sensitive pathways seems to be implicated in their mechanism(s) of action. Our lab at the Duke University School of Medicine (@dukemedschool) has been in the forefront of development of one of the most powerful class of SOD-mimics - Mn porphyrins. These compounds have shown therapeutic potential in protecting various organisms affected by factors/mediators of oxidative stress. Yet, as our knowledge grew, several other mechanisms indicating the role of thiol-related pools in their mechanism of action emerged. It was in 2012, at the San Diego SFRBM meeting, that I had the great pleasure to listen to Dr. Dean Jones’s lecture on “The Cysteine Proteome.” After a brief discussion with my supervisor, Dr. Ines Batinic-Haberle, and after receiving Dr. Jones’s kind agreement, I decided to apply for SFRBM mini-fellowship award program.
I was thrilled to be awarded this fellowship, which afforded me a great opportunity to study the emerging mechanisms of actions of Mn porphyrins in a leading laboratory. The preparations followed, i.e. setting up the most appropriate start time, collecting samples for analyses, purchasing required chemicals, assuring the availability of appropriate instruments, etc. I would like, however, to stress another benefit of the fellowship: the experience with a new supervisor and new research environment, which is critically important in the development of young scholar as an independent scientist. As such, this scholarship offered not only the possibility to learn and employ novel techniques in my Institution, but also to enhance my professional interpersonal skills and expertise in a research atmosphere which would facilitate their efficient implementation in my career. Even though I have experienced a phenomenal training throughout my postdoc studies, experiencing a new research environment is always a challenge and impacts self-confidence of many young scholars. Dr. Jones and his research personnel, the wonderful people that I had the pleasure to work with, Young-Mi Go, Michael Orr, Joshua D. Chandler, created a truly scientific and all-positive atmosphere for me to advance rapidly with my studies during my short stay.
As we are pursuing scientific successes and happiness, each one of us tries to accumulate knowledge, skills and experience. Along the journey of our life we begin to realize that passing skills on to younger colleagues and students is a superior goal that a human can achieve. Here it is appropriate to cite Aristotle’s principal idea: Everything is done with a goal, and that goal is "good"; search for the “good” is a search for the “highest good” – happiness. In line with such thoughts, communicating the knowledge from one generation to another is an outstanding “good” that humanity could exercise to achieve happiness; fortunately, SFRBM knows how to facilitate the process that leads to such a goal.