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Moving Biology Labs Online Using Backwards Design

In response to the need for social distancing in Summer and Fall 2020, all Biology major labs were moved online. We will discuss how we adapted the lab activities using backward design. In the end, we were able to comply with new safety requirements, maintain the focus on hands-on activities, and preserve our commitment to the previously established learning goals.

Dana Huebert Lima

Dana Huebert Lima

TEACHING ASSOCIATE PROFESSOR

Teaching Interests

Dr. Huebert Lima teaches Cellular/Molecular Biology (BIOL 219, BIOL411), Epigenetics (BIOL415), Science Communication (BIOL315) and Science and Society (BIOL298 Honors). These courses are designed to teach both biological content and transferable scientific skills. Dr. Huebert Lima’s educational philosophy is founded in the idea that students at all levels should become creative and critical thinkers who understand how biological models and tools fit into broad social and scientific contexts.

Dr. Huebert Lima also advises honors biology students.

Outreach Interests

Dr. Huebert Lima works to expand scientific research to the broader community. At WVU, this has included giving talks about genetics and epigenetics with the Osher Lifelong Learning Institute, designing and presenting activities for K-12 students and adults and judging local and regional science fairs. Whenever possible, students in her classes are encouraged to develop activities that engage public audiences and address social issues. She is also the faculty advisor for the WVU chapters of MEDLIFE, UNICEF and O-STEM.

Research Interests

Dr. Huebert Lima’s research has focused on epigenetic regulation of gene expression. Early in her career, she investigated how the position and types of histone modifications contributed to gene expression and cell differentiation. Her Ph.D. thesis research (University of Wisconsin – Madison, 2011) explored the interaction between nucleosome position, transcription factor binding and mRNA expression genome-wide as yeast responded to environmental changes.

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Katrina Stewart

ACADEMIC SPECIALIST