Podcast: A Few Minutes With … Naiman Khan



Kinesiology and Community Health assistant professor Naiman Khan speaks with AHS media relations specialist Vince Lara about his research on the impact of diet on cognitive health.

Transcript

VINCE LARA: This is Vince Lara in the College of Applied Health Sciences at the University of Illinois. Today, I spend a few minutes with Naiman Khan, an assistant professor in the Kinesiology and Community Health Department, to talk about his research in the disciplines of dietetics, body composition, and cognitive neuroscience.

NAIMAN KHAN: First of all, thank you for having me. It’s a real pleasure to speak with you today. When I actually started doing, starting my training, I was interested in practicing first. So I was interested in becoming a registered dietitian and working in the field– so focusing on clinical nutrition.

And all the way through my master’s degree, that was the plan. So I did my master’s in nutrition. And then, I did a dietetic internship, which is the clinical training. And during that time, I realized that I really enjoyed the research on campus. And after I received my dietetic credential, I returned to do my doctorate– and then, focused on research.

And but that– you know, my training in dietetics was still very useful in sort of shaping the questions and my approach for my research agenda. So it’s still very beneficial. But that was a point at which I decided to pursue research.

And, of course, there are different ways to do research and different types of institutions. I really enjoyed teaching. And especially during my graduate training– I was working with different schools and teachers across the state of Illinois. And I really enjoyed the education component of my research. So I wanted to work at a place like the University of Illinois that gives an opportunity to do both research and nutrition.

VINCE LARA: Now, you mentioned nutritional neuroscience is what your research focuses on. And what led you to study that?

NAIMAN KHAN: Well, that fascination of, sort of, merging those two disciplines started when I was a graduate student. I had a assistantship in the University of Illinois Extension program. And my job involved really working with teachers and children in elementary schools that had at least 50% of the population receiving free or reduced school lunch. And we were focused, of course, on that. In that study were focused on nutrition education.

But I spent a lot of time in schools. And it really got me thinking about academic achievement and cognitive health markers in children and whether our nutrition could be used as a way to meet that health gap that we know exists in many different communities.

We know that there are some implications of– some households, some schools do better than others. And we know there’s some variability in how well children do in school performance. And I just wondered if nutrition could be something we could leverage to do that.

And that fascination led into a postdoctoral position with Chuck Hillman, who was a– Dr. Hillman, here at the University of Illinois, was doing work in pediatric exercise neuroscience. And that was where I received my neuroscience trainings working under him.

VINCE LARA: So you focused on diet and physical activity as well as the link to obesity and cognition. So I think, traditionally, people might see the brain and the heart as separate– but what did you find when you looked at the interactions of those things?

NAIMAN KHAN: Yeah, so the philosophy sort of varies depending on which scientist you speak to. Traditionally, yes, people have studied the brain separately from physical health– so cognitive health has been separate from physical health. But the reality is that they’re co-dependent. We have evolved as a species to mature.

For example, from a developmental standpoint, cognitive development is in synchrony with physical development. And they really inform each other. And it turns out, if you look at the data, the epidemiological data, in particular, all the markers that affect cardiovascular health, chronic disease, those things– for example, sedentary behavior, and even poor physical activity patterns, poor diet, elevation in blood markers that increase risk for heart disease– these same factors are also predictive of cognitive health in individuals. And we see that quite a bit in the older adult literature.

And what we’ve been interested in examining is really– when does that start? When do we start seeing that link between behavioral patterns and these health factors that we know are important for living a healthy life? When does that– they start actually having an impact on cognitive measures?

And so far, we have been able to demonstrate this in young adults. We’ve shown it in preadolescent children and even in younger kids now. So we’re doing some work in four and five-year-olds where we’re seeing some very similar patterns. So it would be consistent with the hypothesis that health behaviors like healthy nutrition and physical activity, and of course, maintaining a healthy growth status, a healthy body weight– these factors seem to be important for cognitive health even in early childhood.

VINCE LARA: You recently did a study that got some really good publicity on the link between children’s cognitive processes and water. So what led you to study that?

NAIMAN KHAN: Really, what inspired that is that—our laboratory is interested in looking at diet quality. So at least, I don’t think that there’s only one way to eat healthy. And there are multiple aspects of our diet that we used or leveraged to even do that for a healthier lifestyle.

And we know that water is a marker of high diet quality. And that’s been demonstrated. Most of the foods that are higher in water tend to be fruits and vegetables and water consumption. Hydration is vital. Adequate hydration is vital for survival. And that’s been known for a long time.

So we were interested in– previous work in our lab had looked at dietary fiber. We had looked at dietary consumption of cholesterol and some fatty acids. And another marker of diet quality is also water consumption. And so that’s what led to that study.

And then, we also realized that in the literature, there’s very little known about hydration in children and its implications for cognitive health. What’s alarming, really, is that recent epidemiological data even suggests that majority of children in virtually most countries, but even in the United States, specifically, are chronically in a state of hypohydration, where then, we don’t think they’re adequately hydrated, based on some really good markers in urine.

So we thought it would be important to determine whether this chronic state of hypohydration has implications for cognitive health. And if we did provide children with more water to drink and modulated water intake– to determine whether that would actually affect certain aspects of cognition.

VINCE LARA: Did you find or have you found that it’s a lack of understanding the importance of water? Or is it a lack of access to water?

NAIMAN KHAN: So it’s a combination of both. And when it comes to kids and children, the challenge is that they’re more likely to have involuntary dehydration. But they depend on adults for much of their food intake. It’s the same thing with beverages and water.

So unless adults are paying attention to making sure that kids have access to water– it’s being provided to them, it’s likely that children also then have increased risk for dehydration. And that’s a awareness that we just need to have in our communities and in families and schools to make sure children are having access to water.

And then, the other aspect of it is also the research gaps. As scientists in the area of behavioral sciences, we haven’t really done a lot of work with water. Even though it’s such a vital and essential nutrient to survival, it is often taken for granted. And we really haven’t figured out or conducted randomized controls for trials to really determine what is the adequate amount of water necessary to really be healthy in all the different domains of health.

The current recommendations are really just based on, sort of, population patterns of what we think is adequate. But really, we don’t know how much water should be consumed for particular outcomes of health. So in that regard, it’s really a challenge of both sides– it’s awareness, access. And also just– so as far as a research priority, it’s just not been something that we’ve really done a good job at.

VINCE LARA: Now, we’re conducting this interview in your lab. And you can see– your lab was buzzing out there. So what kind of things are you working on that are upcoming that you’re excited to talk about?

NAIMAN KHAN: Well, we have a lifespan approach in the laboratory. So we’re conducting studies in– from four and five-year-olds all the way to older adults. And as I mentioned earlier, there are many ways of living healthy. And if you just look at diet alone, there are many factors of diet that could contribute to cognitive health. And the same thing could go with physical activity and fitness as well. There are multiple components of activity that could be predictive of cognitive health.

So the work that we’re doing in the laboratory is multidisciplinary. And that’s really exciting for us. We like to merge that knowledge in and across disciplines. So it’s hard to pick a particular area that I’m really excited about because it’s all very exciting to me. I have a lot of different interests.

But I can tell you about some of the recent studies we’re doing. Some of them focusing on younger children– so four and five-year-olds. We are interested in determining whether the factors that we have shown are predictive in early adolescence– so true also in younger age in terms of diet quality, aerobic fitness, and the effect on cognitive health.

We’re excited about that area of research. There isn’t a lot known in that area. And then, on the other end of the spectrum, we’re focusing in the area of multiple sclerosis and trying to understand how a diet can impact some of the symptomology and quality of life in multiple sclerosis– which we’re excited about because there’s some potential to really have an impact on people’s lives.

VINCE LARA: My thanks to Naiman Khan. This has been A Few Minutes With.

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Jeff Woods Named First Mottier Family Professor



AHS Dean Cheryl Hanley-Maxwell congratulates Dr. Jeff Woods on becoming the first Mottier Family Professor

Dr. Jeff Woods, internationally renowned scholar in the area of exercise physiology, was named the first Mottier Family Professor of Applied Health Sciences in an investiture ceremony in the Alice Campbell Alumni Center on October 28.

Dr. Woods is a professor in the Department of Kinesiology and Community Health, Director of the Center on Health, Aging, and Disability, and Associate Dean for Research in the College of Applied Health Sciences. His research focuses on the effects of exercise on the immune system, the gut microbiome, and aging. He was among the first scholars to demonstrate that regular exercise can have an anti-inflammatory effect on the body and showed that exercise can improve the response to the flu vaccine in adults. He was the first to show that exercise, independent of diet, can affect the gut microbiome.

The author of more than 130 peer-reviewed scientific journal articles, Dr. Woods is a Fellow of the National Academy of Kinesiology and the American College of Sports Medicine. He completed his Ph.D. in Exercise Science at the University of South Carolina.

Among the many people he thanked in accepting his professorship were his AHS colleagues, who, he said, “…guide and challenge me and make this an inspiring place to work.”

The professorship was made possible through an estate gift of Charles and Audrey Phyllis Mottier, both of whom graduated from the University of Illinois. She completed her undergraduate degree in Physical Education for Women and had a lifelong interest in links between exercise, movement, and health. Sons Chip and Brad Mottier said they were excited to see their mother’s wish fulfilled.

“She believed participation was the height of enjoyment,” Chip said. Audrey Phyllis and Charles both lived life to the fullest, Brad added, and believed in making each day a little above average.
 

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AHS to launch first-of-its-kind degree



Wendy Rogers, left, and Nicole Holtzclaw-Stone were on hand Dec. 10 as the Illinois Board of Higher Education approved the new Master of Science in Health Technology program. (Photo provided)

Following the approval this week of the Illinois Board of Higher Education, AHS will welcome its first cohort of students into the new Master of Science in Health Technology (MS-HT) degree program in the fall of 2020.

The degree, designed to advance applied health technology design and implementation, resulted from an “Investment for Growth” proposal submitted to the campus by AHS and the Grainger College of Engineering. It fills a void in the development of a workforce in the increasingly important areas of health technology and human factors, which addresses such issues as ergonomics, product design, and human-computer interaction.

Dr. Wendy Rogers, Khan Professor of Applied Health Sciences, will serve as director of the Health Technology Education Program. Dr. Nicole Holtzclaw-Stone will serve as Assistant Director.

At the first meeting of the MS-HT advisory board, Dr. Rogers shared findings of comprehensive research conducted by Illinois Business Consulting (IBC) and a survey she and Dr. Holtzclaw-Stone developed to assess the need and interest for such a program.

“Through surveys, focus groups, and cold calls to industry, IBC found that there are no existing master’s programs in health technology, either within the United States or internationally,” Dr. Rogers said. “Moreover, interest in this degree is high at both the undergraduate and graduate levels.  In our survey of 65 industry experts in health technology, 92 percent said the degree would be valuable.” That same survey revealed that 65 percent of respondents thought it was likely that their organization would be interested in hiring the program’s graduates. One industry respondent summed it up by saying, “There is a dire need for this unique program in the healthcare industry.”

While housed in the Department of Kinesiology and Community Health, the MS-HT is a collaborative effort with the Grainger College of Engineering, primarily the Department of Industrial and Enterprise Systems Engineering. Other collaborating departments in engineering include Mechanical Engineering, Electrical and Computer Engineering, Bioengineering, and Computer Science, as well as the Departments of Speech and Hearing Science and Recreation, Sport and Tourism in AHS.

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Rogers, Mudar receive $4.6M grant to establish center focused on older adults with cognitive impairment



The University of Illinois is part of a team receiving a $4.6 million grant aimed at helping adults with cognitive disabilties deal with challenges associated with everyday activities.

The grant from the National Institute on Disability, Independent Living, and Rehabilitation Research runs from Sept. 30, 2019 to Sept. 29, 2024 and is a collaborative effort with Weill Cornell Medicine and Florida State University, with Illinois’ share amounting to approximately $1.4 million.

Kinesiology and Community Health professor Wendy Rogers and Speech and Hearing Science associate professor Raksha Mudar are the principle investigators on the research for Illinois. Harshal Mahajan, assistant research professor of Kinesiology and Community Health, is also an investigator on the project.

The funding is for a Rehabilitation Engineering Research Center entitled ENHANCE (Enhancing Neurocognitive Health, Abilities, Networks, and Community Engagement).

Rogers and Mudar said the primary research aims are to understand challenges adults with cognitive disability deal with every day, and to identify existing and emerging technology that can help. Three segments of the population are part of the study group: Adults 60 and older with mild cognitive impairment, cognitive impairments due to stroke and those who have sustained a traumatic brain injury.

“What we’re trying to do is understand the challenges that they experience in their daily activities,” Rogers said. “In one study, we’ll be interviewing them about what they do outside the home, what they do around the home; shopping, transportation, health, finances and then just basic daily activities, such as mobility and medication regimen.”

Rogers said the study’s participants will include both the the individuals with cognitive disability as well as their family members who provide support and care. They will be exploring whether needs change over time, with interviews repeated across the five-year project.

“Really, we’re trying to get an understanding in general of people with cognitive disability on an everyday basis, what kind of challenges are they experiencing and how might we design technology to support that.”

Another goal is understanding what this population uses in terms of current technology to mitigate their impairments.

One of the projects, Rogers said, involves helping adults with cognitive disability use Google Maps and rideshare apps, through additional instructions and support, which could include an app on their phone that walks them through steps, or a video that illustrates what to do and helps them as they learn.

Mudar explained that they also plan to engage healthcare providers and the technology industry in hopes of developing partnerships.

Editor’s note:

To reach Vince Lara-Cinisomo, email vinlara@illinois.edu.
 

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Renovating for the Future



Conducting 21st century research and instruction in 20th century space can be challenging. Architects designing buildings 40 to 100 years ago could never have imagined the scope of the investigations in which faculty would be engaged, from the macro to the molecular level. Nor could they have predicted with any accuracy how departments would grow and change over the years.

Take the Women’s Gymnasium, for example.

An ambitious plan

Built in the early 1930s, what is now known as Freer Hall provided expanded facilities for the women’s physical education department, which had outgrown its space in the Woman’s Building (now the English Building). The last of 11 Georgian-style buildings on the Urbana-Champaign campus designed by renowned architect Charles Platt, the Women’s Gymnasium housed administrative offices, classrooms, and gymnasium spaces that were used for recreation, intramural sport competitions, and physical education research. Louise Freer, the women’s physical education director for whom the building was later renamed, added a lounge area in 1932 to provide a social space in the building.

The original design called for wings on both ends of the building, with the north wing housing a swimming pool. Funding was exhausted before the wings could be constructed, but the original vision was partially fulfilled in 1968 when a pool wing was added on the north end of the building. Administered by Campus Recreation, the pool served as the home venue for the Illinois Fighting Illini women’s swimming and diving team during renovations to the Intramural Physical Education Building, now known as the Activities and Recreation Center (ARC).

Four years after the pool wing was added, the Department of Physical Education for Women merged with the Department of Physical Education for Men and Freer Hall became home to the School of Physical Education. Renamed the Department of Kinesiology in 1987, the rapidly growing discipline began to strain against the limitations imposed by the nearly 60-year-old building. It wasn’t until the mid-2000s, however, that the College of Applied Health Sciences was able to undertake its first efforts to address some of the department’s pressing needs.

Between 2005 and 2011, two renovation projects converted the north and south gyms on the third floor into office and research space. Ten offices and an exercise science laboratory were carved out of the north gym space, while the south gym became facilities for research on neurocognitive kinesiology and the neuroscience of dance in health and disability. By this time, the women’s swimming and diving team had returned to the ARC, and with outstanding pool facilities existing in both that building and the Campus Recreation Center East, the College lobbied successfully to take ownership of the Freer Hall pool.

The vision for the north wing renovation was ambitious: to convert nearly 48,000 square feet gained by filling in the pool and removing lockers and showers into modern, collaborative research and teaching space. In January 2015, the University of Illinois Board of Trustees approved campus funding for the College’s plan to renovate the north wing “to develop needed spaces that directly support the long-range vision for the Department of Kinesiology and Community Health and the College of Applied Health Sciences at Urbana-Champaign.”

The pool infill renovation is the most comprehensive building project undertaken by the College to date. It includes modifications that will bring the building into compliance with the American with Disabilities Act, including the addition of an elevator that will give access to the fourth floor, previously unreachable by individuals with disabilities. (A new ADA-compliant entrance on the south side of Freer Hall was completed in 2018.) Half of the fourth floor will house new mechanical systems, including central air conditioning, while the other half will contain office space for visiting faculty and postdoctoral scholars.

The highlight of the renovation is the multipurpose testing and research facility that will occupy the first floor of the former pool wing. Described as an “historic renovation” by Dr. Amy Woods, head of the Department of Kinesiology and Community Health, the project will significantly enhance the department’s teaching, research, and outreach missions.

“This new space will include office and conference rooms, a large lifestyle intervention center including areas for blood collection and nutrition studies, a laboratory for motion capture, an exercise physiology wet lab, and other labs for kinesiology research,” she said. “The laboratories in this new space will be shared resources that facilitate multiple research studies as well as faculty and student interactions.” The space also will house a state-of-the-art video production facility for online classes. The comprehensive $20 million project has not been without its challenges, but is expected to be completed during the Fall 2019 semester.

A more welcoming environment

architectural rendering of lobby elevator area in Speech and Hearing Science Building

Also slated for completion this year is a $2.4 million renovation of the Speech and Hearing Science Building, built in the mid-1970s.

Originally conceived as a half-million dollar project to increase research space on the second floor, the College was able to expand the scope of the renovation through a campus initiative to repurpose underused facilities. Bill Goodman, former associate dean in AHS who is now a special assistant to Dean Cheryl Hanley-Maxwell, said the initial plan was to convert small rooms that had served as assessment rooms for the Speech-Language Pathology Clinic into usable space.

“The assessment rooms were rendered obsolete when the clinic moved to the Research Park area south of campus,” he said. “Our plan was to combine several of these smaller rooms into space that would be suitable for faculty research.”

The larger project will renovate more than 5,000 square feet on the second and first floors of the building, not only to provide for better research and teaching facilities but also to create a friendlier, more welcoming image for the Department of Speech and Hearing Science.

“You really had to hunt for the department’s administrative offices,” Mr. Goodman said. “The building didn’t have a very friendly or welcoming environment.”

The renovation project necessitated the disbursement of speech and hearing science faculty to alternative office space around campus. That’s been inconvenient, said SHS department head Karen Kirk, but the new facilities will make the temporary displacement worthwhile.

“The renovations will provide much-needed additional laboratory and student work space,” she said. “It also will give us enhanced meeting spaces of varying sizes that can be used for student seminars, research presentations, and large faculty meetings.”

Dr. Kirk also is excited about the relocation of administrative offices to the first floor, which will increase both the perceived and actual accessibility of SHS, and about the increased functionality and attractiveness of lobby areas on the first and second floors, which are used for student orientations, prospective student visits, and graduation receptions.

Also moved from the Speech and Hearing Science Building to allow for renovations was the University of Illinois Audiology Clinic, which now shares space with the Speech-Language Pathology Clinic in Research Park. That move is a permanent one, Dr. Kirk said, and will allow the department to provide integrated services to clients across the lifespan. And, she added, “Our clients are pleased with the free parking on site.”

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A Celebration of Excellence



Karen McKechnie, left, James McKechnie, and Dr. Amy Woods (Photo by Anna Flanagan)

When Dr. Amy Woods was in third grade, school was a place where you were expected to be quiet and inactive. It was 1968, and there was no organized physical education in her elementary school. One day, a day she still remembers vividly, a physical education major from nearby Newberry College visited the class.

“And he stood at the front of the class and said, ‘We’re going to exercise.’ And there was a charge in the air,” she recalled. “That really was a pivotal moment for me.”

That physical education major who led her class in jumping jacks may never know the impact he had on her, but Dr. Woods went on to become a physical education major herself at Winthrop College in Rock Hill, South Carolina. She earned a master’s degree at the University of Tennessee and taught physical education in Newberry, South Carolina, for two years before pursuing her PhD in physical education instruction and curriculum at the University of South Carolina. She joined the Department of Kinesiology and Community Health in 2005 after teaching at Columbia College, St. Olaf College, and Indiana State University, and is currently the head of the department.

Last February, Dr. Woods’ many professional accomplishments were celebrated as she was named the first James K. and Karen S. McKechnie Professor in the College of Applied Health Sciences.

Through her research, publications, invited lectures, and conference presentations, she has become internationally recognized for her work on school-based physical activity and the career cycles of K-12 physical education teachers. Part of her research focuses on the support that is needed to sustain innovative practices in teaching. She also studies factors that contribute to teachers’ self-efficacy, or their belief in their ability to succeed, as well as the power of productive reflection in professional development. Her findings have informed policies and practices in teacher education.

In the Pedagogical Qualitative Research Lab, which she co-directs with Dr. Kim Graber, Dr. Woods is investigating the benefits of recess. “You might look at recess as just an innocuous activity for children,” she said, “but it’s where they get a good bit of physical activity each day.” She is specifically interested in whether recess yields more benefits before or after lunch. Current federal policy encourages physical activity before lunch because children waste less food. But her team’s research into the impact of recess on physical activity, nutritional intake, body fat, and cognitive function calls that policy into question.

Dr. Woods, who is a Fellow of the National Academy of Kinesiology, says her ultimate goal is to help K-12 teachers promote health-enhancing physical activity that keeps children moving as much as reasonably possible in schools.

“We are intensely proud of our connection to this University.”

James and Karen McKechnie graduated from the University of Illinois in 1970, he with a degree in chemistry and she with a degree in physical education. He went on to become an orthopedic surgeon with practices in Mattoon and Urbana-Champaign that were managed by Mrs. McKechnie. As avid skiers and swimmers, they have long known the benefits of physical activity in their own lives. But Dr. McKechnie said that as they age, “We have an increasingly direct appreciation of the role that physical fitness plays in our ability to continue as productive and mentally fit citizens.”

The McKechnies are members of the President’s Council and Chancellor’s Circle, and their support has been enjoyed by the College of Liberal Arts and Sciences, Fighting Illini Athletics, and the University of Illinois library as well as AHS. They endowed the James K. and Karen S. McKechnie Lab of the AHS Center on Health, Aging, and Disability, located in the Khan Annex. Mrs. McKechnie serves on the AHS Board of Visitors.

In endowing the James K. and Karen S. McKechnie Professorship in the College of Applied Health Sciences, they hope to contribute to and continue the longstanding tradition of excellence for which the University is known. Dr. McKechnie lauded Dr. Woods’ selection as the inaugural recipient, saying, “I’ll be eager to learn of the contributions Dr. Woods makes in maximizing our human potential and assisting us with making the most productive, most comfortable, and most enjoyable use of the time that each of us has allotted to us in this world.”

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Partnership focuses on autism



According to the A.J. Drexel Autism Institute, young adults with autism have the lowest rate of employment compared to young adults with other disabilities. Because people on the autism spectrum typically have difficulty with communication and social interactions, they may not perform well during conventional employment interviews. Indeed, the Drexel Institute found that young adults on the autism spectrum with the highest level of conversation skills are far more likely to have worked than those with the lowest conversation skills.

Companies are beginning to recognize that their hiring practices may be shutting out a large pool of talented individuals. In 2015, Microsoft launched a hiring program designed specifically to identify and recruit individuals on the autism spectrum who have the necessary qualifications to fill open positions.

Now the company is hoping to encourage more young adults on the autism spectrum to enter science, technology, engineering, and math, or STEM, fields, with an eye toward increasing the hiring pipeline of these students to Microsoft. To accomplish these goals, Microsoft has invested $200,000 in the Accessibility Lighthouse Program, a year-long collaboration of the College of Applied Health Sciences, the Department of Computer Science, and The Autism Program, a community-focused program of the Department of Human Development and Family Studies and the Department of Special Education.

Launched in June, the program developed from conversations among Illinois alumnus and current Microsoft director of university relations Harold Javid, who earned three degrees in engineering, Katheryne Rehberg, associate director of the University’s Office of Corporate Relations, and Pat Malik, director of the Division of Disability Resources and Educational Services (DRES), as well as a series of campus visits by Microsoft executives with faculty across campus.

In addition to recruiting more students on the autism spectrum to STEM fields, the program is funding the creation of a state-of-the-art digitally accessible classroom using Microsoft tools such as Office 365 and Translator. The Accessibility Lighthouse Project also provides for two graduate fellows in the College of Applied Health Sciences who are focused on increasing awareness of the importance of accessibility, and a graduate assistant in DRES who provides career support services to autistic students.

Accessibility advocates

Both Megan Bayles and Tim Yang have experience in the area of disability, which spurred their interest in applying for the Microsoft Digital Accessibility Graduate Fellowship Program. Megan, a master’s student in Dr. Wendy Rogers’ Human Factors and Aging Laboratory, worked with people with disabilities and older adults as an undergraduate student in psychology at Florida State University. Among her research interests are the use of technology to address social isolation and technology acceptance. Tim is a doctoral student in Dr. Yih-Kuen Jan’s Rehabilitation Engineering Research Laboratory. He began studying the design of wheelchairs for maximum comfort, health, and usability during his undergraduate studies in computer science at the University of Central Oklahoma. His current research seeks to leverage human factors engineering to develop user-centered smart wheelchairs.

As Lighthouse Program Fellows, Megan and Tim are enrolled in the Information Accessibility Design and Policy online certificate program offered by AHS, which consists of three courses on understanding disability and assistive technology, creating and procuring accessible electronic materials, and designing accessible web resources. They are applying their learning toward developing a manual to help professors make classrooms and courses more accessible and an instructional module about accessibility for new teaching assistants. Dr. Jeff Woods, director of the Center on Health, Aging, and Disability, says the role of the Fellows is that of accessibility advocates on campus.

“Many people are not aware of the importance of digital access and of providing students with multiple ways to access course information,” he said. “Even though the Lighthouse Program is targeting students on the autism spectrum, making courses more accessible will undoubtedly help other students as well.”

In addition to increasing awareness, Tim and Megan will work with a professor to revise a course with accessibility in mind with the ultimate goal of assessing whether adjustments impact instructor and course evaluations.

Making the transition to work

Digital accessibility is the bailiwick of Dr. Jon Gunderson, coordinator of the DRES Accessible Information Technology Group. The Lighthouse Project included funding for part-time student workers to continue development of open source web accessibility evaluation tools including the AInspector Sidebar add-on for Firefox browser and Functional Accessibility Evaluator (FAE) 2.0. Dr. Gunderson is the primary software developer of the open source OpenAjax Accessibility Evaluation library used in   AInspector Sideber and FAE 2.0 to evaluate web content for W3C Web Content Accessibility Guidelines (WCAG) 2.0 Level A and AA requirements. 

DRES also received funding for a half-time graduate assistant to provide career services to students on the spectrum. Adrienne Pickett, a PhD student in educational policy studies, will serve in that position until the Lighthouse Program ends in June 2019. She is organizing workshops on career-related topics including disability disclosure and counsels individual students on how to improve their job application materials.

Last summer, Adrienne developed a survey about summer employment for students served by DRES. Pat Malik says it’s important for people with disabilities, including autism, to experience what it’s like to be an employee.

“Some of our students haven’t had the opportunity to flip burgers at a fast-food restaurant or serve as lifeguards at the community pool,” she said, “so they haven’t had the opportunity to find out what is expected in order to get a paycheck, things such as getting to work on time, working with coworkers you don’t like, persevering when work is boring, and so on.”

Dr. Malik says about 125 students on the autism spectrum are currently registered with DRES and seek many of the same services other students with disabilities access, such as individual therapy to cope with struggles they have socially or academic coaching to help them organize course materials or prioritize work. Since not all students on the spectrum register with DRES, Dr. Malik believes it is important to educate career service providers across campus about working with autistic students. DRES is working with The Autism Program and The Career Center at Illinois to offer a campus-wide workshop on employing people with autism this spring.

She also views the Lighthouse Program as an opportunity to learn more from Microsoft about supporting people with autism. Through peer mentoring, team building exercises, organized social events, and other special programs, she says the company “walks the walk” when it comes to having a diverse workforce in which employees with autism and other disabilities are fully integrated. She is looking forward to continuing the collaboration that was initiated through the Accessibility Lighthouse Program to identify and develop new ways of helping students with disabilities make the transition to employment.

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Exercise can improve gut health, study shows



Exercise can have an effect on your gut independent of diet, said Jeff Woods (Stock image)

Study Methods

In the first study, scientists transplanted fecal material from exercised and sedentary mice into the colons of sedentary germ-free mice, which had been raised in a sterile facility and had no microbiota of their own. In the second study, the team tracked changes in the composition of gut microbiota in human participants as they transitioned from a sedentary lifestyle to a more active one—and back again.

“These are the first studies to show that exercise can have an effect on your gut independent of diet or other factors,” said Jeffrey Woods, professor of Kinesiology and Community Health and director of the Center on Health, Aging, and Disability within the College of Applied Health Sciences. He led the research with former doctoral student Jacob Allen, now a postdoctoral researcher at Nationwide Children’s Hospital in Columbus, Ohio. The work with mice was conducted at the U. of I. and with scientists at the Mayo Clinic in Rochester, Minnesota, who develop and maintain the germ-free mice. The work in humans was conducted at Illinois.

What Was Found?

In the mouse study, changes in the microbiota of recipient mice mirrored those in the donor mice, with clear differences between those receiving microbes from exercised and sedentary mice. “That proved to us that the transplant worked,” Woods said.

Recipients of the exercised mouse microbiota also had a higher proportion of microbes that produce butyrate, a short-chain fatty acid that promotes healthy intestinal cells, reduces inammation and generates energy for the host. They also appeared to be more resistant to experimental ulcerative colitis, an inflammatory bowel disease. “We found that the animals that received the exercised microbiota had an attenuated response to a colitis-inducing chemical,” Allen said. “There was a reduction in inammation and an increase in the regenerative molecules that promote a faster recovery.”

In the human study, the team recruited 18 lean and 14 obese sedentary adults, sampled their gut microbiomes, and started them on an exercise program during which they performed supervised cardiovascular exercise for 30-60 minutes three times a week for six weeks. The researchers sampled participants’ gut microbiomes again at the end of the exercise program and after another six weeks of sedentary behavior. Participants maintained their usual diets throughout the course of the study.

Fecal concentrations of SCFAs, in particular, butyrate, went up in the human gut as a result of exercise. These levels declined again after the participants reverted to a sedentary lifestyle. Genetic tests of the microbiota confirmed that this corresponded to changes in the proportion of microbes that produce butyrate and other SCFAs.

The most dramatic increases were seen in lean participants, who had significantly lower levels of SCFA- producing microbes in their guts, to begin with. Obese participants saw only modest increases in the proportion of SCFA-producing microbes. The ratios of different microbes in the gut also differed between lean and obese participants at every stage of the study, the researchers said. “The bottom line is that there are clear differences in how the microbiome of somebody who is obese versus somebody who is lean responds to exercise,” Woods said. “We have more work to do to determine why that is.”

The Mayo Clinic-University of Illinois Alliance for Technology-based Healthcare and the National Institute of Diabetes and Digestive Kidney Diseases supported the study in mice. The human study was partially funded by a doctoral student research grant from the American College of Sports Medicine.

Editor’s note:

To reach Vince Lara-Cinisomo, email vinlara@illinois.edu.
 

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