This article has been reviewed according to Science X's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility:


trusted source


A person's race can influence question asking as much as their stroke history

A person's race influences question asking as much as their stroke history
A new study finds that race is important to consider when evaluating stroke-related communication disorders. Credit: Erin Hull, Duke Health

Strokes that occur on the right side of the brain can sometimes subtly impair social communication, which can be difficult for clinicians to assess.

But these impairments are a lot less subtle for the patients and their families, who often have their lives and livelihood upended, leading to significant life changes such as job loss and divorce.

Clinical researchers have developed a few diagnostic tools for right side (right ) , but the tools have been largely based on data from .

That's a problem, according to Duke speech pathologist and assistant professor Jamila Minga, Ph.D., CCC-SLP, because the few diagnostic tools available may be biased against the people most affected by . Black men and women are twice as likely to have a stroke compared to white adults, and a person's linguistic tendencies can vary based on their race and gender.

A new study from Duke and North Carolina Central University (NCCU) researchers, which Minga led, verifies the suspicion that race changes how communication impairments present themselves.

Minga has found that some right brain stroke survivors ask fewer questions. But this new study also found that a person's race—independent of brain injury—affects their inclination to ask questions.

The research appears on January 10 in the Journal of Speech, Language, and Hearing Research.

While a stroke is just as likely to occur within the left or right side of the brain, research on stroke-related communication deficits has mostly focused on people who have survived a left hemisphere stroke.

"That's largely because communication impairments after a left hemisphere stroke are more overt," said Minga, who recently joined Duke as an assistant professor in the department of head and neck surgery & communication sciences.

Instead, right hemisphere stroke survivors have what clinicians call apragmatism—a difficulty understanding and producing language that is appropriate for different settings and situation. For example, Minga recalled the time she visited a patient's room for a speech assessment and while his wife sat in a chair beside him, the patient asked Minga to join him in his hospital bed. He wasn't joking or being deliberately crass.

"He could produce language. He was completely intelligible. His , grammar and morphology were all fine," Minga said. "The appropriateness? Not so much."

It's this subtlety in speech and social conventions that makes communication impairments so hard to pinpoint in right hemisphere stroke survivors, which leaves many undiagnosed and without assistance, Minga said.

Another study by Minga had found that right hemisphere stroke participants asked fewer questions when getting to know a new person, inspiring her and others to measure the quantity and quality of question asking as a potential diagnostic tool.

"Everyone recognizes what a question is, no matter what language you speak," Minga said. "It's easily quantifiable. And questions are used to initiate, maintain and dissolve relationships. They're key to social communication."

To address whether race affected a stroke survivor's question-asking habits, Minga analyzed five-minute snippets of conversation from 32 women who had participated in a prior study and measured how many questions they asked while getting to know someone new. The participant pool consisted of an equal number of Black and , half of whom had sustained a right hemisphere stroke.

As Minga had found before, right hemisphere stroke participants asked fewer questions than their non-stroke counterparts no matter their race during the get-to-know-you chat with an unfamiliar person (a female speech pathology graduate student).

However, when Minga and her team analyzed the results by race, they discovered that no matter the stroke condition, Black women asked half as many questions as white participants, about 20 on average.

"White participants without stroke had the highest frequency of question-asking, followed by white participants who had a right hemisphere stroke," Minga said. "Then the Black participants who did not have a stroke, and the lowest numbers seen were with Black participants who had experienced a right hemisphere stroke."

The results highlight how diagnosing communication impairments resulting from a stroke may need to be adjusted based on race.

The research team is following up on this study to see whether pairing Black participants with a Black conversation partner changes the nature of question asking. (The vast majority of speech pathologists are white; only 4% identify as Black).

Minga hopes this work motivates clinicians to consider providing more information to patients rather than assuming someone's reservedness is due to a lack of curiosity, especially for Black women.

"For Black women who survive a stroke, the functional consequences of a communication impairment are significant," Minga and her team write in their report. "It can impact financial stability, child rearing and daily socializing, which are all important for good health and well-being."

More information: Danai Kasambira Fannin et al, Intersectionality of Race and Question-Asking in Women After Right Hemisphere Brain Damage, Journal of Speech, Language, and Hearing Research (2023). DOI: 10.1044/2022_JSLHR-22-00327

Provided by Duke University
Citation: A person's race can influence question asking as much as their stroke history (2023, January 10) retrieved 19 June 2024 from
This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.

Explore further

After a stroke in an infant's brain, the right side of the brain compensates for loss of language in the left side


Feedback to editors