Observing The Natives: Impact Of Interpersonal Communication Style On Teamwork And Engagement In Surgical Teams

Whether it’s in the cockpit, on the battlefield, or in the operating room (OR), we would all agree that we want the A-team in place, especially when life is on the line. But what is it that makes these teams perform well while others, with seemingly similar skillsets, perform poorly? What’s the impact of how teams are led? Can top-notch leadership be reliably replicated? A group of researchers from Harvard University ventured into the cardiothoracic surgery operating room to try to answer some of these questions.

The researchers started out by asking OR team members – including surgeons, surgeon trainees, anesthesiologists, nurses, technicians, and perfusionists – what they thought and found strong consensus even across different roles. Descriptions of ideal teamwork included images such as a “well-oiled machine” and being “on the same page,” such that the work “just flows” whereas those of bad teamwork emphasized disruption and fracture.


However, despite a shared “mental model” of what good teamwork felt like, participants, particularly the surgeons, disagreed on which interpersonal behaviors – especially which leadership behaviors – actually made it happen. All team members recognized the need for direction – that is, for someone, usually the attending surgeon, to take charge when needed and to coordinate the group’s work. Some felt this gave surgeons the authority to be in charge at all times and to take a more authoritative approach to ensure mistakes weren’t made and that people learned how to perform under pressure. Many, however, favored a more inclusive style of leadership, which encouraged participation from non-surgeons and a less combative approach to acknowledging and learning from errors.

To better understand how these interpersonal and leadership behaviors affected teamwork, the researchers went to the OR to observe for themselves. Doing their best to be unobtrusive, they recorded hundreds of hours of interactions between the attending surgeon (the de facto team leader) and his/her OR teammates during open heart surgery cases. Over time, they identified distinct communication patterns. Each pattern was named and given a valence denoting whether that form of communication generally had a positive, negative, or neutral effect on the team’s dynamics. Stepping back, the researchers saw that these communication patterns seemed to group according to the leadership function they served. For example, when the surgeon taught the surgical trainee about a technique or explained to the room his/her thought process behind a decision, he/she fulfilled the “elucidator” leadership role; when the surgeon provided reassurance or by contrast lashed out with frustration, he/she was setting the tone in the room (“tone setter”) – for better or for worse.

The researchers went back to the OR team members, this time in the form of an anonymous survey asking each non-surgeon to evaluate on a scale of 1-7 the general performance of each of the surgeons as a team leader. This gave the researchers a barometer against which they could compare the specific communication patterns and leadership functions they had observed for each surgeon. Long story short, the researchers found that the more surgeons facilitated the engagement of their team members in the task at hand and the less they used destructive forms of criticism, the higher their rating for leadership. An OR typified by open communication and by the free and frequent sharing of information served both a practical function – enabling team members to effectively carry out and coordinate their tasks – and an expressive function, fostering a sense of inclusion, engagement, and encouragement.

These researchers demonstrated to a level of statistical significance that certain types of communication were associated with better perceptions of team leadership (and thus better team dynamics). If so, why weren’t those types always being used? Could they be taught and adopted?


Interventions to improve surgical teamwork and leadership have proliferated including nontechnical skills/team training, checklists, simulation, and structured communication protocols – largely targeting the “nontechnical” skillset of the frontline. Yet these interventions have shown mixed success.

Triangulating between all three data sources now, the researchers identified factors that might explain the reason behind the mixed success. First, local organizational culture matters. For example, a history of authority gradients and ingrained hierarchy can normalize counterproductive behaviors as can the absence of formal disciplinary mechanisms. Second, case-related variables – such as case complexity, cognitive demand, patient acuity, and degree of urgency – and the personnel and personalities involved in that day’s procedure mean that the form of communication/leadership that is appropriate may vary even within a single case. Third, organizational structures and processes could either enable or prevent productive interactions. For example, frequent turnover, inconsistent call schedules, and considerations of training needs can limit the extent to which the same individuals consistently work together, which can create a sense of team instability and distrust. By contrast, the installation of overhead cameras pointing at the surgical field and large screens to show the footage around the room is an example of a supportive structure that can help every team member be “on the same page,” even if not directly involved in the action.

Top-notch leadership can be reliably analyzed, understood, taught and replicated, making every team into an A-team, but not without carefully situating a set of validated and agreed-upon best practices within the idiosyncrasies of the local organizational and cultural context… Easier said than done.

These findings are described in the article entitled Factors Influencing Team Behaviors in Surgery: A Qualitative Study to Inform Teamwork Interventions, recently published in the journal Annals of Thoracic SurgeryThis work was conducted by Emma-Louise Aveling from the University of Cambridge and Harvard T.H. Chan School of Public HealthJuliana Stone from the Harvard T.H. Chan School of Public HealthThoralf Sundt and Cameron Wright from Massachusetts General HospitalFrancesca Gino from Harvard Business School, and Sara Singer from the Stanford University School of Medicine
and Graduate School of Business.




How Deep Is The Grand Canyon?

While there are many other canyons throughout the southwest United States., but the Grand Canyon is by far the most […]

Difference In Volume Of Exercise Versus Intensity Of Exercise On Physiology And Behavior

Published by Lisa S. Robison Department of Psychology, Stony Brook University, 100 Nicolls Road, Stony Brook, NY These findings are […]

Mental Fatigue Impairs Gait Performance In Old Adults: A New Risk Factor For Falls In The Elderly?

Everyone knows the sensations which arise after hours of driving a car or focused working in front of a screen. […]

New Anti-Dengue Agent To Treat Zika Virus

The zika virus (ZIKV) has come to recent attention because of unusual and severe neurological pathogenicity observed in recent epidemics […]

Silver-sulfur Supertetrahedral Clusters: Filling A Gap In The Field Of Metal-Chalcogenide Tetrahedral Clusters

Metal chalcogenide supertetrahedral clusters (SCs) are regular tetrahedrally shaped fragments of the cubic semiconducting ZnS type lattice. SCs can be […]

Tackling Type 2 Diabetes At Its Root By Directly Shrinking Adipose Tissue

The incidence of obesity in the United States is soaring. Four in 10 adult Americans are considered obese based on […]

Octlantis: The Newly Discovered Octopus City

Recently scientists have discovered a bustling community of approximately 15 gloomy octopi, also known as the Common Sydney Octopus, and […]

Science Trends is a popular source of science news and education around the world. We cover everything from solar power cell technology to climate change to cancer research. We help hundreds of thousands of people every month learn about the world we live in and the latest scientific breakthroughs. Want to know more?