| Literature DB >> 31160948 |
Abstract
The American Society for Microbiology's Indo-U.S. Teaching Professorship program (sponsored by the Indo-U.S. Science and Technology Forum) provides an opportunity for cross-continental teaching exchanges in the microbial sciences. In this article, I reflect on my experiences as a 2017 Teaching Professor at the University of Delhi, where I developed and delivered a curriculum about prion diseases and a workshop on scientific communication. Tips for preparation, informal assessments, and portable classroom manipulatives are presented for educators who are interested in participating in similar programs. International teaching exchanges provide a unique opportunity to develop skills in assessment and adaptability while meeting new colleagues from across the globe.Entities:
Year: 2019 PMID: 31160948 PMCID: PMC6508949 DOI: 10.1128/jmbe.v20i1.1553
Source DB: PubMed Journal: J Microbiol Biol Educ ISSN: 1935-7877
FIGURE 1Presenting to faculty and students at a seminar series during my fellowship.
Ideas for portable educational manipulatives for microbiology topics.
| Item | Potential Uses |
|---|---|
| Chenille stems (pipe cleaners) | Creation of models of protein structure, creation of models of RNA structure (use lettered pony beads for either RNA bases or protein residues) ( |
| Index cards in four colors, or colored popsicle sticks | These can be used as a simple way to survey student learning in response to poll or brainstorming questions (idea for popsicle sticks thanks to a workshop with the Biological Sciences Curriculum Study) |
| Colored hard candies (mixture of colors) | Distribute in small cups to demonstrate genetic diversity in a population (can demonstrate evolution of populations, such as microevolution of bacterial populations due to antibiotic resistance) ( |
| Pre-cut paper models | Can pre-prepare as a simple but elegant means of demonstrating concepts such as nucleic acid–base complementarity, such as in ( |
| Pre-cut shapes from foam-backed poster board, glued to magnets or other adhesive strategies | Demonstrate how biological molecules come together, such as the use of pre-cut antibody and antigen shapes to demonstrate agglutination or different types of ELISA assays (direct, indirect) on white boards in the front of the classroom ( |
| Binder clips and clothespins | Use to model actions of molecules like RNA polymerase ( |
| Modeling clay | While heavier than some of the other manipulatives, clay provides a variety of shape-shifting options, such as use in building ion channel structures or depicting nerve cell shapes and synapses when paired with beads to depict cellular ion channels ( |
These items are inexpensive, carry-on-friendly items that can be implemented in a wide range of classroom settings (see associated references for details).
FIGURE 2Touring local areas as a learning component of the experience. International learning does not have to be limited to your own students embarking on study-abroad programs!