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Sarah Johnson
Neuroscience

Faculty

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Cecilia M. Fox | Professor of Biological Sciences and Director of the Neuroscience Program

Office location: PPHAC 220
Lab location: Collier 320
Office phone: 610-861-1426
Email: foxc@moravian.edu

Education
B.S. in Biology, Manhattan College
Ph.D. in Neurobiology and Anatomy, University of Kentucky

Teaching and Research Interests
I teach Neuroscience (NEUR/BIOL263), Introduction to Neuroscience Methods (NEUR 367), Neuroscience Seminar (NEUR373), Brain Sex (NEUR218), Neuroanatomy (HLAT600), Anatomy and Physiology (BIOL103–104), Human Physiology (BIOL350) and Histology (BIOL345).

My research focuses on the neuroprotection of the nigrostriatal pathway in a rodent model of Parkinson's disease. My undergraduates and I examine the efficacy of several antioxidants and growth factors in protecting dopamine neurons of the midbrain from the degeneration typically observed in this lesion model.

Halasz S., R. Stowell, and C.M. Fox. DNSP-11 is protective in the MPP+ and TaClo models of Parkinson's disease. In preparation.

McCambridge T., J. daSilva, N. Hadeed, and C.M. Fox. Dietary selenium protects dopamine levels and has the potential to improve motor behavior in the 6-hydroxydopamine rodent. In preparation.

Fox C.M. 2017. Why government funding for science research matters.  Op-Ed.  The Morning Call, March  31, 2017.

Fox C.M. 2016. Teaching neuroscience with a liberal arts edge. Neuronline, Society for Neuroscience Publishers.

Fox C.M. 2016.  Brain awareness outreach:  A liberal arts perspective.  Faculty for Undergraduate Neuroscience Newsletter.  May 2016 Issue. 

Fox C.M. 2015. "Developing the next generation of civic-minded neuroscience scholars: Incorporating service learning and advocacy throughout a neuroscience program." Journal of Undergraduate Neuroscience Education 14(1):A23–A28.

Fox C.M. 2014. "Engaging neuroscience undergraduates in advocacy." Faculty for Undergraduate Neuroscience Quarterly 2(2):3–5.

Fox C.M. 2010. "Cow brains and sheep brains and rat brains, oh my! Using service learning to educate the public about the benefits of animal research."Research Saves 2(10):24–25.

Fox C.M. 2007. "Brain Awareness Day: Integrating service with classroom instruction in neuroscience."Journal of College Science Teaching 37(2): 40-45.

Mueller S., M. Drost, and C.M. Fox 2007. "Dietary and intraperitoneal administration of selenium provide comparable protection in the 6-hydroxydopamine lesion rat model of Parkinson’s disease."IMPULSE 2:1–10.

Fox C.M. 2004 "The positive outcomes of student involvement in Brain Awareness Day, 2004." Proceedings of the Best Practices in Higher Education, November issue: 19–21.

Fox C.M., D.M. Gash, M.K. Smoot and W.A. Cass. 2001. "Neuroprotective effects of GDNF against 6-OHDA in young and aged rats." Brain Research 896(1–2):56–63.

Fox C.M. and R. Alder. 2000. "Neural Mechanisms of Aging," Neuroscience for Rehabilitation, 2nd edition, Lippincott Williams & Wilkins.

 

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Sarah K. Johnson | Associate Professor and Psychology Department Chair

Office location: PPHAC 224
Office phone: 610-625-7013
Email: skjohnson@moravian.edu

Education
B.A., Bucknell University
Ph.D., Temple University

Research Interests
Johnson's research focuses on semantic memory—i.e., general knowledge—and the processes used to organize it. She studies our memory for music and how it changes or doesn't change with age. She is shifting into a new area of research looking at the semantic-network connections that underlie stereotyped attitudes. Lastly, she conducts research on pedagogy—focusing on flipped classrooms and other active learning approaches, and studying students' comfort level with alternative teaching styles. Other areas of academic interest include executive function, cognitive neuroscience as a whole, and frontal-lobe functioning in particular.

Sarah K. Johnson received her B.A. from Bucknell University and her Ph.D. in cognitive psychology with a neuroscience focus from Temple University. Her current research focuses on the role of executive processes, which are mediated by the frontal lobes of the brain, in memory. In particular, Dr. Johnson studies inhibitory processes that can impair our ability to retrieve memories. Her research explores how practicing some information can actually make us temporarily “forget” other related information and investigates the inhibitory components of tests used to diagnose frontal-lobe function. Dr. Johnson is the faculty advisor to the Psychology Club and treasurer of the Lehigh Valley Society for Neuroscience chapter.