The Library Advocate

To Alex Johar, Mizzou felt like home.

“It feels cliché to say, but it’s the truth. Not only is our campus absolutely gorgeous, the people that are there make you feel as though you can succeed the moment you meet them.” As an electrical engineering student, he knew the non-traditional path to medical school he chose wouldn’t be easy, but Mizzou offered him the resources in order to follow his dream and excel right from the beginning.

These days, you can find Alex, like many engineering students, in the Engineering Library, a place he credits as being instrumental to his success as a Mizzou student. The library offers invaluable collaborative space for students studying various engineering specialties and resources on cutting edge innovation in the field.

“My favorite thing about the Engineering Library is the space it provides to engineering students near our classes, peers, and professors. Although the Lafferre renovation has provided more study rooms, they are always occupied, and often not even by engineering students. The library allows students to study individually, work on a group project, or prepare for an exam with friends. As engineering spans a wide range of topics, everyone working in the same place is helpful when there are assignments requiring the intersection of multiple engineering disciplines.”

Through his regular library use, Alex became passionate about the libraries, ultimately serving as the 2016-2017 chair of the University Libraries Student Advisory Council (ULSAC). As chair, he advocated for students’ resource needs, something he says is vital to any Mizzou student experience. Students know what they need to succeed, and ULSAC wants to make sure student voices are heard.

ULSAC visiting the Kenan Science Library at UNC-Chapel Hill. The council visited the Research Triangle to help inspire the Student Vision Report

Over the past two years, ULSAC has been hard at work collecting data from students, developing a student vision for the library in order to make sure all students, regardless of their involvement or backgrounds, are supported by the University Libraries.

Mizzou is what you make of it, and not only will Alex remember the energy of the Mizzou Vs. Mississippi State football game (his favorite Mizzou memory), he will also remember how personally and academically supportive the Mizzou community was. “I cannot wait to come back to Mizzou one day and see students from other universities’ student library councils touring our libraries to bring back ideas for their schools and I am very thankful for the opportunity to have been the Chair of such an amazing council of student leaders that made this possible.”

 

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home J. Otto Lottes Health Sciences Library, Resources and Services Dr. Loboa: Enhanced cellular infiltration of human adipose-derived stem cells in allograft menisci using a needle-punch method (Open Access Article)

Dr. Loboa: Enhanced cellular infiltration of human adipose-derived stem cells in allograft menisci using a needle-punch method (Open Access Article)

This week's open access article features Dr. Elizabeth Loboa, Dean of the College of Engineering, and professor of bioengineering. Her research and techincal focuses are tissue engineering & biomaterials, regenerative medicine and wound healing, and stem cells. Take a look at Dr. Loboa's faculty profile to learn more about her role as the dean, as well as her research. 

Dr. Loboa, with her research team, published in the Journal of Orthopedic Surgery and Research (JOSR) back in October. Journal of Orthopaedic Surgery and Research is an open access, peer-reviewed online journal that encompasses all aspects of clinical and basic research studies related to musculoskeletal issues. JOSR encourages the publication of multidisciplinary research with collaboration amongst clinicians and scientists from different disciplines, which will be the trend in the coming decades. This is why her article is also featured. Dr. Loboa's article is an interdiscplinary collaboration with medicine and engineering. 

Her research in Enhanced cellular infiltration of human adipose-derived stem cells in allograft menisci using a needle-punch method, looked to provide a new method for enhanced cellular infiltration in meniscal allografts. The memiscus is crucial in knee joint function in terms of join stability, and allowing shock absorption, and stress distribution. Their new approach was found to better help better remodel post-surgery, and improve long-term efficacy of meniscal transplantation. 

home Resources and Services, Special Collections and Archives The search for sustainable energy in 1869

The search for sustainable energy in 1869

Continuing our theme of engines, this week's pamphlet is Power without Fuel by James Baldwin, published in New York in 1869.  In this pamphlet, Baldwin explains his attempts to design an engine that isn't dependent on coal, wood, oil, gas, or other combustible fuel. His idea (he wasn't the first to think of it) was a variation on the carbonic acid motor: an engine that would run on a solution of carbon dioxide in water.  Engineers investigated carbonic acid engines as a possible replacement for steam power in the nineteenth century.  While the gasoline engine won out in the end, there are several turn-of-the-century patents for carbonic acid motors in the United States and Europe.  Today, we'd probably say that Baldwin was attempting to develop alternative energy, an endeavor which is one of the University of Missouri's four strategic research areas

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