Teaching an Innocence Case Review Course to Undergraduate Students

After two years of experience in overseeing groups of undergraduate and graduate criminal justice students in an Innocence Case Review course at the University of Central Missouri (UCM), the authors reviewed the structure of the course and the attitudes of the participating students. An examination of Innocence Case Review current procedures in undergraduate institutions and law schools provides background for course design. This article summarizes the findings of the students’ experiences, reactions, and attitudes of their yearlong case screening efforts, and to the criminal justice system in general. The first part of this article examines the literature on innocence case review classes at both undergraduate institutions and law schools exploring different learning styles and strategies inherent in this type of class. It also explores the skills necessary for case review, and the skills students can take to other classes and professions. The second part reviews the structure of our courses as initially created and implemented for the last two academic years at UCM and the modifications the instructors felt necessary for the future. The third part examines the survey conducted by the UCM’s Innocence Case Review class, including student suggestions for class improvements and advice to students selected for the new academic year. The benefits and abilities gained by the students through this course become apparent. The fourth part discusses and evaluates the current class structure and reforms suggested by the UCM students, the professors’ experience, and as indicated by other universities. The conclusion reviews findings gathered from the current course as well as examining other universities’ courses, and the value students experience from participating in this experiential or engaged learning.     

Using the Theory of Planned Behavior to Predict College Students’ Intent to Use LinkedIn for Job Searches and Professional Networking

College students and recent graduates are the fastest-growing user demographic on LinkedIn, with an estimated 40 million profiles for these groups. Guided by the theory of planned behavior, 107 college students completed an online survey to determine their LinkedIn use, attitudes, perceived control, and social influences for networking and job/internship searching. The results of this study suggest that students are infrequent and passive users of LinkedIn. Past behaviors, attitudes, perceived behavioral control, and actual behavioral control were related to the effectiveness of LinkedIn to help them find internships and jobs. Parents and friends, attitudes, and past use of LinkedIn were related to their intention to use LinkedIn. Past use of LinkedIn and parents were the significant predictors of future intention to use LinkedIn.     

Mobilizing a Narrative of Generosity: Patient Experiences on an Urban Mobile Health Clinic

Mobile health clinics address the health needs of underserved populations by bringing healthcare to patients’ communities. Mobile health clinics find unique ways to treat patients and empower them to take control of their health. In this article, we examine how patients who use an urban mobile health clinic narrate their experiences on the clinic and what they see as the impact of the clinic on the community. A narrative of generosity emerged from the interviews, where patients believe the mobile health clinic creates a sense of welcome, encourages patients to become active participants in their health, and fosters a “pay it forward” attitude among community members.     

Patent citation spectroscopy (PCS): Online retrieval of landmark patents based on an algorithmic approach

One essential component in the construction of patent landscapes in biomedical research and development (R&D) is identifying the most seminal patents. Hitherto, the identification of seminal patents required subject matter experts within biomedical areas. In this article, we report an analytical method and tool, Patent Citation Spectroscopy (PCS), for the online identification of landmark patents in user-specified areas of biomedical innovation. Using USPTO data, PCS mines the cited references within large sets of patents at the internet and provides an estimate of the historically most impactful prior work. We show the efficacy of PCS in three case studies of biomedical innovation with clinical relevance: (1) RNA interference (RNAi), (2) cholesterol and (3) cloning. PCS mined and analyzed cited references related to patents on RNA interference and correctly identified the foundational patent of this technology, as independently reported by subject matter experts on RNAi intellectual property. Secondly, we apply PCS to a broad set of patents dealing with cholesterol – a case study chosen to reflect a more general, as opposed to expert, patent search query. PCS mined through cited references and identified the seminal patent as that for Lipitor, the groundbreaking medication for treating high cholesterol as well as the pair of patents underlying Repatha. The final case study, cloning, highlights some of the advantages conferred by the PCS methodology in identifying seminal patents. These cases suggest that PCS provides a useful method for identifying seminal patents in areas of biomedical innovation and therapeutics. The interactive tool is free-to-use at: http://www.leydesdorff.net/comins/pcs/index.html.