Category: ​​​Interactions Archives​

Impostor Syndrome and You: A Discussion of a Little-Discussed Phenomenon

by Katelyn Butler and Michelle Marks, Department of Plant Pathology, University of Wisconsin-Madison

Editor’s note: After participating in a roundtable discussion on impostor syndrome led by Michelle and Katelyn at the 2017 APS Annual Meeting, I invited them to develop the following article. The Interactions advisory board and I feel that impostor syndrome can have a profound impact on our individual well-being (from students to senior faculty), as well as on our interactions with members of the broader scientific community. Many of us wrestle with persistent issues that feed this phenomenon, but we are unwilling to talk about them because we feel that we’re alone. We hope that this article incites future discussions on this topic, and we invite you to share your own personal struggles with impostor syndrome in the “Comments” section of this article. I feel that the more visibility we can bring to this issue, the less of an issue it will become. This is exactly the type of article that I desire to see published in the new Interactions: a topic that affects all of us but cannot be or is not addressed in a classical research publication.  –Dennis Halterman, Editor-in-Chief

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What Is Impostor Syndrome Anyway?

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Michelle Marks & Katelyn Butler
University of Wisconsin-Madison

Maybe you’ve had thoughts like these: the ones where the little voice in your head is saying “I don’t deserve to be here,” or “I’m not qualified for this,” or “They are going to figure out that I don’t know ANYTHING!” Maybe you just somehow got lucky to be where you are or happened to know the right person, instead of earning success through your own merits. And any day now, somebody is going to figure out what a sham you are and kick you out of the program, deny you tenure, or fire you from your job.

If so, you might have experienced the impostor phenomenon, as it is known in the literature, or the impostor syndrome, as it is known more colloquially. Imposter syndrome was first described by psychologists Pauline Clance and Suzanne Imes in 1978 as a feeling of “phoniness in people who believe that they are not intelligent, capable, or creative despite evidence of high achievement.” The good news is, you aren’t alone. As Carl Richards (2015) described in his New York Times article, “Learning to Deal with the Impostor Syndrome,” many highly successful people—including acclaimed author and poet Maya Angelou and several U.S. presidents—have experienced imposter syndrome.

Although the prevalence of impostor syndrome is difficult to estimate, some have offered that 70% of people will experience it at least once in their lifetimes (Sakulku and Alexander, 2011). In our own conversations with fellow graduate students, faculty, and professionals, we’ve discovered such feelings are widely experienced and often persist throughout one’s career. In this article, we’ll discuss the origins of these impostor feelings, their potential consequences, and strategies for acknowledging and overcoming them.

I’m a Fraud and Here’s Why

Impostor feelings can occur for all sorts of reasons and in all types of people. Although first studied primarily in women, impostor syndrome is now recognized to be a common phenomenon among both genders. Valerie Young (2011), author of The Secret Thoughts of Successful Women: Why Capable People Suffer from the Impostor Syndrome and How to Thrive in Spite of It, categorized individuals with the syndrome into five subgroups. As described by Melody Wilding (2017) in her article “The Five Types of Impostor Syndrome and How to Beat Them,” they are (1) The Perfectionist, (2) The Superwoman/man, (3) The Natural Genius, (4) The Rugged Individualist, and (5) The Expert. While these personality types and traits can explain a tendency toward impostor feelings, specific events can initiate and perpetuate them.

For some, hese feelings can manifest early and may be due to personal experience, background, or characteristics (e.g., having a disability). Students returning to graduate school after time spent elsewhere may feel like they don’t belong or aren’t cut out to return to academic life. Similarly, first-generation graduate students, international students, and other nontraditional students may feel like impostors in their new and unfamiliar environments. Impostor feelings may be particularly common among members of minorities, who may worry that they haven’t achieved their success on their own merits but rather by others’ good graces or by blind luck.

Even students with a family history of higher education and academic achievement may suffer from impostor feelings. When expectations are high and achievement is valued, it’s easy for students to get overwhelmed by such expectations. (Check out the description of The Perfectionist in the Wilding article.) These individuals may feel that they can never live up to these expectations and those of their families. To a person struggling with impostor-like feelings, even the encouragement received by family members can cause anxiety as the individual continues to receive what he or she feels is unjustified praise and support.

It’s no surprise that impostor feelings can often be triggered by failures, which are exceedingly common in STEM. Whether it’s an experiment that didn’t work, a grant that didn’t get funded, or a job that wasn’t offered, such events are more catastrophic to those individuals already struggling with impostor syndrome. These commonplace disappointments are added to lists of evidence of their fraudulence and lead many individuals to question their skills and value.

Perhaps ​one of the biggest sources of impostor feelings is self-comparison to others. Of course, measuring oneself in relation to peers isn’t always bad. However, we are rarely all on the same playing field, nor are we always racing toward the same finish line. This peer comparison seems extremely common based on conversations we’ve had with both faculty and fellow graduate students, and in many ways, it’s inevitable as we progress alongside our cohort members. It’s easy to look at a fellow graduate student who has two published papers while you have none and wonder “What’s wrong with me and my abilities?” Margie Warrell put it well in her article “Afraid of Being ‘Found Out?’ How to Overcome Impostor Syndrome”: “Too often we fall into the trap of comparing our insides with others’ outsides; our weaknesses with others’ strengths.”

More Than a Feeling

The insidious nature of the impostor syndrome is that it often manifests as more than just negative feelings, and real problems can emerge when these feelings turn into action (or nonaction). Feeling like you aren’t good enough or that the work you have been doing isn’t up to par can grind productivity to a halt. We have heard students describe being in the paradox of finding that they need help but are too afraid to ask for it for fear of outing themselves as impostors. Thus, they find themselves stymied and make little progress, further reinforcing their feelings of inadequacy. A lack of self-advocacy may also result, with individuals not pushing for professional development activities, such as speaking opportunities and outreach/teaching events, or not applying for scholarships, fellowships, or grants because they feel certain they are not worthy of such opportunities or recognition. Research productivity (of both students and faculty) could also be impacted, as those struggling with imposter syndrome may have a greater fear of asking the “big questions” and taking on risky (but potentially high-reward) experiments.

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Image Courtesy of azilliondollars.com

At our roundtable discussion about impostor syndrome at this year’s annual meeting of The American Phytopathological Society (APS) in San Antonio, we also talked about perhaps the most damaging effect of impostor syndrome: the self-selection out of advancement opportunities, which is especially important for graduate students applying for jobs and for early-career professionals looking for promotion. Even when faced with all evidence to the contrary and despite encouragement from mentors, students with impostor feelings may still have severe doubts about applying for a job they feel they aren’t qualified for or negotiating a raise they don’t feel they deserve. Having such doubts can, of course, have real and significant impacts on the careers of those experiencing this phenomenon acutely. Many of the participants in our discussion echoed these worries, and several shared stories of having to overcome real discomfort when applying for their jobs and facing their own feelings of inadequacy—when in reality, they were well-qualified and good fits for their positions.

Furthermore, real mental health consequences, such as anxiety and depression, have been linked to impostor syndrome (Chrisman et al., 2010; Fraenza, 2016). Higher-intensity levels of impostor syndrome have been associated with poorer mental health overall (Sonnak and Towell, 2001). As mental health becomes a significant priority at many universities and businesses, an important part of improving the lives of those suffering with these problems can be acknowledging the role that the impostor phenomenon may play.

Uncovering the Impostor

How can we as scientists at all stages of our careers work toward identifying and eliminating impostor syndrome? We must work together to instill confidence and encourage each other for the benefit of our field, our work, and our mental health. Following are some of the ideas that we’ve come up with in our own experiences and conversations with others. We hope that as you read our ideas, you come up with ideas to take to your own labs, organizations, and departments.
  1. Talk about it. As mentioned before, we have engaged in discussions about impostor syndrome within our own department and at the APS annual meeting. Both times, we were blown away not only by the honesty of the participants but also by the widespread effects that impostor syndrome can have. However, we were pleasantly surprised by the incredible outpouring of encouragement, validation, and inspiration that occurred because of these conversations. When you hear from the graduate students that you perceive to have it all together, as well as professors and even award winners, that they struggle with the same issues, you suddenly don’t feel alone. By naming and discussing the issue, you can begin to identify impostor-like thoughts and work toward alleviating the effects of this toxic mindset. Normalizing the issue by having conversations with colleagues has been shown to play a role in relieving impostor symptoms (Mark and Smith, 2012). To that end, we think it would be immensely beneficial for our scientific society and others to have breakout sessions, roundtable discussions, and professional development training sessions at national meetings about impostor syndrome. These sessions would be helpful not only for those struggling with impostor syndrome but also for mentors and leaders.
  2. Acknowledge your own skills and success. As scientists, we are driven by what we don’t know. However, it’s important to reflect on what you have learned, what you have accomplished, and what skills you have acquired. Take time to list your talents, and remember them often. One bit of advice we have been given is to celebrate even the smallest victories—the PCR that amplified the right band, the plants that grew, the cloning reaction that worked—because even these small things (which may seem mundane to you) are important and show that you are capable and productive and working toward your goals. In the same vein, share your skills and knowledge with someone else. By teaching someone something new, you will be compelled to realize that you are smart, knowledgeable, and contributing to society. Participate in department outreach, work with the new student in the lab, help your friends understand a paper outside their expertise—these are all excellent ways to convince yourself of your accomplishment.
  3. Enjoy the learning process. In our second suggestion, we have you make lists of the progress you’re making and the successes you’ve had. If you do this over a period of time, you will be able to see how much you’ve learned or achieved. In your first year of graduate school, PCR may have been a chore, but now it’s routine. This is because it’s a skill you’ve obtained, and that’s important to recognize. Doing so creates a learning-driven mindset rather than performance-driven one, which can perpetuate impostor syndrome. Instead of seeing your knowledge gaps as evidence of fraudulence, see them as opportunities for personal growth. Purposely identify areas in which you’d like to grow, and plan ways to accomplish that growth. Rather than frame such an area as “I can’t do that,” think of it as “That’s something I’d like to learn.” No one comes to any position with all the skills and knowledge needed for success—so don’t put that pressure on yourself! Instead, seek out opportunities to learn, and bring others with you. As a bonus, you will be allowing someone else to teach you something, which helps refute his or her impostor feelings, too!
  4. Be a good mentor. Before students skip over this section, we insist that everyone is or will be a mentor. Graduate students mentor undergraduates in their labs and classes. Senior graduate students mentor new graduate students. The earlier we can start rebutting impostor syndrome, the less persistent it will be in our culture. The best way to combat impostor syndrome is to hear from someone higher up than you that what you’re doing is okay. Impostor syndrome is fueled by misconceptions about yourself that are perpetuated in your own mind. Providing consistent, honest feedback as a mentor will give your mentees a better idea of their progress. Tell them what they’re doing well, and give them pointed areas in which they can improve. Doing so validates them as valuable members of the team while also providing targeted areas of improvement on which they can focus. Help mentees find experiences in which they can thrive, use their knowledge and talents, and continue to develop. Also, if you don’t have a good mentor right now, seek one out. Find someone you can be honest with, who has your goals in mind, and who will support you in your journey. In a recent study, mentoring was identified as a key antidote for impostor symptoms by academic faculty members (Hutchins, 2015). Thus, faculty members not only need to be good mentors but also to have good mentors.

Examining the nature and effects of impostor syndrome can feel daunting, dismal, and distressing. However, we hope that through reading this article, you have learned that impostor syndrome is a real and persistent phenomenon. If you’ve felt these feelings, you’re not alone. We’re with you! If you haven’t felt these feelings, we hope that you realize many of your colleagues do and that you will do your best to help them overcome their impostor feelings. Let’s all stop thinking that we’re inadequate and move confidently toward our goals.

References

  1. Chrisman, S. M., Peiper, W. A., Clance, P. R., Holland, C. L., and Glickauf-Hughes, C. 2010. Validation of the Clance Imposter Phenomenon Scale. J. Pers. Assess. 65:456-467.
  2. Clance, P. R., and Imes, S. A. 1978. The imposter phenomenon in high achieving women: Dynamics and therapeutic intervention. Psychother. Theory Res. Prac. 15:241-247.
  3. Fraenza, C. B. 2016. The role of social influence in anxiety and the imposter phenomenon. J. Asynchron. Learn. Netw. 20.
  4. Hutchins, H. M. 2015. Outing the imposter: A study exploring imposter phenomenon among higher education faculty. New Horiz. Ad. Ed. Hum. Res. Devel. 27(2):3-12.
  5. Mark, G., and Smith, A. P. 2012. Effects of occupational stresses, job characteristics, coping, and attibutional style on the mental health and job satisfaction of university employees. Anxiety Stress Coping 25:63-78.
  6. Richards, C. 2015. Learning to deal with the impostor syndrome. New York Times, Oct. 26. www.nytimes.com/2015/10/26/your-money/learning-to-deal-with-the-impostor-syndrome.html
  7. Sakulku, J., and Alexander, J. 2011. The impostor phenomenon. Int. J. Behav. Sci. 6:73-92.
  8. Sonnak, C., and Towell, T. 2001. The impostor phenomenon in British university students: Relationships between self-esteem, mental health, parental rearing style and socioeconomic status. Pers. Individ. Dif. 31:863-874.
  9. Wartell, M. 2014. Afraid of being ‘found out?’ How to overcome impostor syndrome. Forbes, April 3. www.forbes.com/sites/margiewarrell/2014/04/03/impostor-syndrome/#2ad4a72648a9
  10. Wilding, M. 2017. The five types of impostor syndrome and how to beat them. Fast Company, May 18. www.fastcompany.com/40421352/the-five-types-of-impostor-syndrome-and-how-to-beat-them
  11. Young, V. 2011. The Secret Thoughts of Successful Women: Why Capable People Suffer from the Impostor Syndrome and How to Thrive in Spite of It. Crown, New York.

InterConnections: Get to Know Gongjun Shi

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A Conserved Hypothetic​al Gene Is Required but Not Sufficient for Ptr ToxC Production in Pyrenophora tritici-repentis​

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NameGongjun Shi

Current Position: Research Specialist, Department of Plant Pathology, North Dakota State University, ND, USA

Education: Ph.D. degree in genomics and bioinformatics at North Dakota State University, USA; Ph.D. and M.S. degrees in olericulture at Nanjing Agricultural University, China; and B.S. degree, with honors, in olericulture at Shandong Agricultural University, China

Nonscientific Interests: Hiking, running, photography, cooking, and volunteering

Brief Bio: I was born in a small village in Shandong Province, China, and had a dream to be a medical doctor one day. However, I was not accepted into medical school, which led me to pursue degrees in olericulture and then genomics and bioinformatics. Now, I am proud to be a plant pathologist. During my years working with Brassica, I was fascinated with the sophisticated mechanisms by which plants fertilize at the molecular level. How plants recognize self and non-self pollen particularly drew my attention. Joining the Key Lab of Southern Vegetable Crop Genetic Improvement led by Dr. Xilin Hou allowed me to pursue this project. At the same time, how plants distinguish self and non-self molecules captured my eye for understanding how plants can effectively balance energy for both growth and defense processes.

After enrolling in the Department of Plant Pathology at North Dakota State University, I worked in Dr. Justin Faris‘ lab and focused on the cloning of wheat sensitivity genes interacting with necrotrophic effectors produced by Parastagnospora nodorum. Collaborating with Dr. Tim Friesen‘s group, we found that necrotrophic specialists could hijack both PAMP-triggered immunity and the effector-triggered immunity pathway to cause disease. As a postdoc, I entered Dr. Daniel Kliebenstein‘s lab at the University of California, Davis, to work on a necrotrophic generalist, Botrytis cinerea, to understand its virulence across the plant kingdom. Currently, I am working on wheat tan spot disease and bacteria leaf streak research led by Dr. Zhaohui Liu. I continue to leverage my plant breeding background, together with my expertise in plant pathology, to unveil many more exciting stories of phytopathogens and plant immunity.​

What’s New in MPMI! Seminar Discusses the Binary Distinction Between ETI and PTI

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The freely available What’s New in MPMI! virtual seminar series has been a great way for IS-MPMI members to stay connected to their science and for MPMI journal authors to present their work to a global audience. There are currently 11 seminars available for immediate viewing.

Coming up next, we are excited to host Kenichi Tsuda, who will discuss Top 10 Question #5: Does ETI potentiate and restore PTI—or is there really a binary distinction between ETI and PTI? Read his review of the topic. This free seminar will be held March 22 at 8:00 p.m. CDT (9:00 p.m. EDT) and March 23 at 9:00 a.m. (Beijing, CST). Access this page to register in advance to attend or check back to watch it later.

Other Upcoming Seminars

April 12, 2021, 10:00 a.m. CDT (11:00 a.m. EDT)

Barbara Kunkel presents “Dual Role of Auxin in Regulating Plant Defense and Bacterial Virulence Gene Expression During Pseudomonas syringae PtoDC3000 Pathogenesis.”

May 3, 2021, 10:00 a.m. CDT (11:00 a.m. EDT)

Cara Haney and David Thoms discuss Top 10 Question #1: How do plants engage with beneficial microorganisms while at the same time restricting pathogens?

Register for all seminars or watch past seminars here.

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Register for the 2025 Early Career Showcase Happening in February

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On Thursday, February 20, and Thursday, February 26, half-day virtual events will highlight research on molecular plant-microbe interactions by early career scientists around the globe. In addition, this showcase aims to welcome new researchers to our community and create a platform for networking and sharing ideas. Registration for the showcase is free for members and $39 for nonmembers! Learn m​ore.​

IS-MPMI Interactions – Issue 4, 2025

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Connecting with the Recipients of the 2025 Wolf Prize in Agriculture

Congratulations to the recipients of the 2025 Wolf Prize in Agriculture: Jeff DanglJonathan D. G. Jones, and Brian J. Staskawicz. In this issue, MPMI Assistant Features Editor Jawahar Singh talks with Jonathan Jones about his career. Future issues will include interviews with Dr. Dangl and Dr. Staskawicz.
 

InterConnections

Empowering Early-Career Researchers: Reflections on Effective Mentorship in Molecular Plant–Microbe Interactions

Mentorship is a critical component in developing scientific excellence and community sustainability. At the 2025 IS-MPMI Congress, early-career researchers (ECRs) and senior scientists participated in a workshop on Building Careers in MPMI Through Effective Mentoring, sharing their experiences and talking about what effective mentorship looks like.
 

Interview with New MPMI Editor-in-Chief Professor Richard A. Wilson

MPMI Assistant Features Editor Ruby Tiwari interviewed incoming MPMI EIC Richard A. Wilson, the Charles Bessey Professor of Plant Pathology, Department of Plant Pathology, University of Nebraska–Lincoln, about his connections with MPMI and the IS-MPMI community, his career path, his vision for MPMI, and emerging areas of technological advances.
 

Spotlight on Dr. Ryan DelPercio

Ryan DelPercio is a postdoctoral researcher at the University of California, Davis, Genome Center, investigating the transcriptional and regulatory networks underlying symbiotic nitrogen fixation and developing advanced CRISPR-based molecular tools. Learn how his research uncovered how soybean and its symbiotic partner Bradyrhizobium diazoefficiens coordinate their transcriptional programs through time.

News and Opportunities

Join us in supporting our early-career members by giving to the Michael Mishkind Travel Fund. This fund honors the memory of Michael Mishkind, who was a long-time program director at the U.S. National Science Foundation and a strong supporter of research on plant biotic interactions. Learn how you can donate today!
Your continued engagement strengthens IS-MPMI’s ability to champion our science, elevate new voices, and keep MPMI, our community’s premier forum, vibrant. IS-MPMI will be updating membership rates February 1, 2026. Members renewing a two-year membership may renew at the current rate through January 31, 2026.
Did you know that highlighting your research in Interactions increases readership compared to papers that don’t have Spotlights published in Interactions? Consider doing a Spotlight today!
Explore recordings and posters from sessions on microbial infection strategies, effector interference, and local/inter-organ signaling in plant immunity and mutualistic interactions available in IS-MPMI Rewind.
Connect and collaborate with members in our new IS-MPMI Member Online Community on LinkedIn, and follow IS-MPMI and MPMI on Bluesky to keep up on events, news, and the latest research.
Join us in welcoming new members to the IS-MPMI community.
What’s New 
A new study by Rune Hansen et al. published in MPMI has identified Aegilops cylindrica, a wild grass closely related to wheat, as a genetic reservoir for resistance against the fungal pathogen Zymoseptoria tritici—the cause of Septoria tritici blotch. These findings open the door to breeding more resilient wheat varieties and reducing global dependence on chemical fungicides.
Catch up on recent MPMI Editor’s Picks authored by Xiaoxiao Zhang et al., “Translocation of Effector Proteins into Plant Cells by the Flax Rust Pathogen Melampsora lini,” and Po-Yuan Shih et al., “A Salivary Effector of the Pea Aphid Interacts with Pea Proteins and Enhances Its Performance on the Host Plant.”
Check out the Job Center on the IS-MPMI website.

Catch Up on Recent MPMI Editor’s Picks

 

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 Translocation of Effector Proteins into Plant Cells by the Flax Rust Pathogen Melampsora lini, by Xiaoxiao Zhang et al.
Read the Commentary by Assistant Feature Editors Ruby Tiwari and Jawahar Singh to learn more.

A Salivary Effector of the Pea Aphid Interacts with Pea Proteins and Enhances Its Performance on the Host Plant, by Po-Yuan Shih et al.
Read the Commentary by Assistant Feature Editors Ved Prakash and Meenu Singla-Rastogi to learn more.​

Wild Grass Offers New Genetic Clues to Combat Deadliest Pathogen of Wheat

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Researchers have uncovered novel immune mechanisms in Aegilops cylindrica that could revolutionize strategies for developing disease-resistant wheat.

A new study published in Molecular Plant-Microbe Interactions (MPMI) has identified A. cylindrica, a wild grass closely related to wheat, as a powerful genetic reservoir for resistance against the devastating fungal pathogen Zymoseptoria tritici—the cause of Septoria tritici blotch (STB). These findings open the door to breeding more resilient wheat varieties and reducing the global dependence on chemical fungicides.

The research team—led by Eva Stukenbrock from the Botanical Institute in Kiel, Germany, and the Max Planck Institute for Evolutionary Biology in Plön, Germany—discovered that A. cylindrica possesses unique defense mechanisms not found in cultivated wheat. By combining genetic and microscopic analyses, researchers revealed that resistance to Z. tritici in this wild species is established at an early stage of infection—right at the leaf’s stomatal openings, where the fungus would normally gain entry. Moreover, transcriptome profiling exposed how virulent fungal isolates suppress key immune-related genes in A. cylindrica, whereas A. cylindrica maintains its expression when infected with avirulent and wheat-specialized isolates to block infection.

“What excites us most,” Stukenbrock noted, “is that Aegilops cylindrica provides entirely new insights into plant immunity against Zymoseptoria tritici that were previously unknown in wheat. This discovery offers breeders new targets for enhancing resistance and developing more sustainable control strategies.”

This is the first study to generate a transcriptome assembly for A. cylindrica, a species with a simpler genome yet strong parallels to wheat’s pathogen interactions. The findings not only highlight novel candidate resistance genes, but also shed light on how Z. tritici overcomes plant defenses by suppressing key immune responses—a process Stukenbrock refers to as “molecular sabotage.”

Beyond its implications for wheat improvement, this work advances our understanding across plant pathology, genetics, and sustainable agriculture. It underscores the value of conserving wild plant relatives as sources of hidden traits that can help secure global food supplies. “This research expands our view of plant–pathogen interactions and provides a roadmap for developing wheat varieties capable of resisting one of the world’s most damaging cereal diseases,” the team explained.

For additional details, read “Comparative Transcriptomic and Microscopic Analyses of a Wild Wheat Rel​ative Reveal Novel Mechanisms of Immune Suppression by the Pathogen Zymoseptoria tritici,” by Rune HansenWagner C. Fagundes, and Eva H. Stukenbrock. Published open access in MPMI.

Welcome New IS-MPMI Members

Cynthia Ebube Abonyi
Lukman Aderemi Abdulroheem
Kareem Subomi Adesope
Aramide Rodiat Aremu
Gokulan CG
Soumya Moonjely

IS-MPMI Rewind: Microbial Infection, Effectors, and Plant Signaling

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Explore recordings and posters from sessions on microbial infection strategies, effector interference, and local/inter-organ signaling in plant immunity and mutualistic interactions available in IS-MPMI Rewind. Access is free for attendees, or for purchase by those who couldn’t attend (US$49 for IS-MPMI members and US$79 for non-members). Catch up today!

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