150 Years Strong



Founded in 1867, the University of Illinois celebrates 2017 as its sesquicentennial year as an international leader in education, research, and engagement. Over the last 150 years, University faculty, research staff, and students have been responsible for landmark achievements that have changed the world. These include the development of PLATO, the world’s first shared computer-based education system; the first multi-disciplinary research unit focused on children who struggled to learn, which led to the concept of “learning disabilities” and to new techniques of remedial education; and the development of Magnetic Resonance Imaging, which is widely used in medical diagnostics.

The roots of the modern-day College of Applied Health Sciences go back to the very beginning of what was then the Illinois Industrial University, when students were required to increase and maintain their physical health through the performance of manual labor. Physical education was formalized with the establishment of the Department of Physical Training in 1895, now the Department of Kinesiology and Community Health. Research in physical fitness led to groundbreaking discoveries about human health and physiology. In fact, units within AHS have been responsible for numerous innovations and improvements in individual, family, and community health, speech and hearing science, and overall quality of life.

Health and Kinesiology (HK)

That was then

T.K. Cureton

Dubbed the “Father of Physical Fitness,” Thomas Cureton developed methods to test motor and cardiovascular fitness in his physical fitness research laboratory, one of the first in the nation. Although he measured fitness and performance in many elite athletes, his focus was on bringing the benefits of everyday fitness to people who did not consider themselves athletes. He worked to bring his message to both adults and children, and offered physical fitness camps for children in the summer.

Health education professor Dr. William Creswell played a critical role in the development of comprehensive health education programs in K-12 schools. His efforts led to the nationwide research and curriculum development project, the School Health Education Study. In the early 1960s, he co-authored a national curriculum for K-12 health education that advanced health as the quality of life resulting from the dynamic interactions among an individual’s physical well-being, mental and emotional reactions, and social environment.

This is now

Today, scholars in kinesiology and community health investigate the effects of exercise on immune function, cognition, and co-morbidities associated with chronic kidney disease; the neuroscience of dance in health and disability; motor control in individuals with multiple sclerosis; molecular features that protect muscles against injury; the relationship between nutrition and exercise performance; the impact of disability and chronic health conditions on career development and performance; neighborhood influences on health; health and aging; and cancer epidemiology. The department name was changed from Kinesiology and Community Health to Health and Kinesiology in August 2024.

Recreation, Sport and Tourism

That was then

The first undergraduate course in recreation was offered in 1937, with a graduate course following in 1939. The recreation curriculum did not achieve departmental status until 1957. Charles K. Brightbill was the first head of the Department of Recreation and Municipal Park Administration, followed by Allen V. Sapora.

Dr. Charles Brightbill

That the University of Illinois was among the first to offer degrees in recreation can be attributed to their leadership. Drs. Brightbill and Sapora played key roles in the local, state, national and international park and recreation movements. Dr. Brightbill was a champion of the concept of professional and lay cooperation in the recreation field and contributed greatly to developing the principles that helped bring about the formation of the National Recreation and Park Association. Dr. Sapora was one of the first scholars to integrate research within recreation education, and a founding member of the Academy of Leisure Studies.

This is now

Over the years, scholars have studied how the businesses of recreation, tourism, and sport work together within the larger leisure industry to enhance the quality of life of individuals, families, communities, states, and nations. Now known as the Department of Recreation, Sport and Tourism, undergraduate and graduate students study the industry with renowned scholars who investigate the socio-political and cultural impacts of recreation, sport, and tourism; the role of leisure and play in improving health and well-being and supporting individual and community development; connections between physically active leisure and body image; and recreation and aging.

Speech and Hearing Science

That was then

Dr. Severina Nelson works with a child in the Speech Lab.

Two individuals made profound contributions to the well-deserved reputation for excellence that the Department of Speech and Hearing Science holds today. Dr. Severina Nelson initiated the clinical practice of speech therapy in a janitor’s mop closet in 1938, working with a student experiencing articulation problems. Two years later, she had earned the title of director of the speech clinic, an office and a $2,000 grant to continue her clinical work. A great believer in early intervention, Dr. Nelson started a training program for speech therapists that consisted of four years of undergraduate training and a fifth year of graduate study.

In 1948, Dr. Grant Fairbanks joined the University of Illinois as the director of the newly established Speech Research Laboratory. His laboratory became renowned for technical research in speech and hearing. Under his guidance, students earned the first doctoral degrees in speech and hearing science bestowed by the University of Illinois and went on to have significant impact upon the field. Dr. Fairbanks also expanded the University’s influence in speech and hearing science by serving as the editor of the Journal of Speech and Hearing Disorders, which was at the time the only scholarly journal of the American Speech and Hearing Association.

This is now

Today, scholars in the Department of Speech and Hearing Science continue to explore ways to improve the early diagnosis and treatment of communication disorders. That work has been expanded to include investigations of biological, cultural, and age-related differences in communication practices. Research also addresses brain anatomy and physiology to better understand the neural and sensory bases of speech, hearing, and language, both normal and disordered. Our scholars also focus on treatment, conducting research related to the neurology and treatment of tinnitus, the role of assistive technology in treating communication disorders, and the improvement of hearing devices such as cochlear implants.

Throughout its history, the College of Applied Health Sciences has been proud to add the accomplishments of its research faculty to the international reputation enjoyed by the University of Illinois at Urbana-Champaign. As we look forward to the future, we are excited by the challenges and opportunities that lie ahead and pledge to continue our efforts toward improving the lives of individuals, families, and communities through education, research, and engagement.

Editor’s note:

To reach Marketing and Communications, message marcom@ahs.illinois.edu

A glorious ride for Hedrick



Brad Hedrick (Photo provided)

When he first arrived in Urbana-Champaign in 1977, Brad Hedrick told a friend, “I’ve landed in the middle of a cornfield that is Disneyland for people in wheelchairs.” He found not only a campus but also an entire community that was accessible, something that was unheard of at the time.

Almost 40 years later, Dr. Hedrick was honored for his outstanding contributions to the University of Illinois’ leadership in accessibility with the 2016 Harold Scharper Award, named for the first World War II veteran with a disability to attend the University.

“I came here to study with Tim [Dr. Tim Nugent, founder of the Division of Disability Resources and Educational Services], a giant in the disability movement,” he said. “It was a godsend to come here, and to serve people with disabilities in the state, the nation, and the world through DRES.”

Dr. Hedrick completed his Ph.D. in Leisure Studies, now Recreation, Sport and Tourism, and served as the head coach of varsity teams for students with disabilities as well as an administrator, educator, and researcher within DRES. He became the director of DRES in 1995, serving in that position until his retirement in 2014.

“The concept of the scientist-clinician was Tim’s,” he said. “While providing services, you study those services. That’s how we’ve grown and changed and evolved.”

When he assumed the leadership position, he said DRES was “the best-kept secret on campus.” He led a rebirth in awareness of the value of DRES and expanded services to students with non-visible disabilities. The unit now serves well over 1000 students across campus, which is routinely recognized as one of the top disability-friendly campuses in the world.

In 2005, Dr. Hedrick was inducted into the National Wheelchair Basketball Association Hall of Fame for his contributions to the development of the sport. He received academic professional excellence awards from both AHS and the University of Illinois in 2006, and in 2008 was honored with the Charles K. Brightbill Alumni Award by the Department of Recreation, Sport and Tourism.

“One thing you learn as a coach,” he said, “is that you must always depend on others to achieve success. I’ve been fortunate to have spent my professional life in the vibrant and supportive community of DRES. It’s been a glorious ride.”

Related news

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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