Director of Academic Planning, Wake Downtown & Professor, Department of Chemistry
Alexander combines scientific expertise and creativity to apply science across the curriculum.
Rebecca Alexander combines her scientific expertise and innate creativity to apply science across a curriculum spanning chemistry, dance, and women’s and gender studies. An expert in molecular biochemistry, she has published articles in journals such as Biochemistry, Proceedings of the National Academy of Sciences (USA) and Journal of Molecular Biology, but her work is anything but elemental. Alexander has channeled her expertise into developing courses that blend creativity, passion and a Read More »
Rebecca Alexander combines her scientific expertise and innate creativity to apply science across a curriculum spanning chemistry, dance, and women’s and gender studies. An expert in molecular biochemistry, she has published articles in journals such as Biochemistry, Proceedings of the National Academy of Sciences (USA) and Journal of Molecular Biology, but her work is anything but elemental. Alexander has channeled her expertise into developing courses that blend creativity, passion and a strong liberal arts spirit to get students excited about science. Alexander’s primary teaching responsibility is undergraduate and graduate biochemistry courses, but she has expanded her curriculum to include classes that incorporate her other interests as well. In her first-year seminar “Well-Behaved Women Rarely Make (Scientific) History,” students learn about female scientists and the obstacles they have had to overcome. The course also includes a service-learning component in which students perform scientific experiments with and mentor middle school students in an after-school program. “Movement and the Molecular” uses dance to teach cellular processes, engaging students’ – especially women’s – minds and bodies in a more physical way. She has also co-taught dedicated women’s and gender study courses and started a summer biochemistry study abroad program in London, England. Not only has Alexander’s initiative provided non-traditional but valuable opportunities for students, but it has also stimulated her own curiosity in topics of women in science.
August 1, 2012
Rebecca Alexander will be the first one to tell you cooking is all about chemistry—a mix of varied ingredients creating something singular and new. It’s safe to say she knows what she’s talking about: In addition to enjoying baking, she is a Wake Forest University chemistry professor. Her husband, Rob, agrees that chemistry is key, and he also believes the same can be said for a house remodel, where a mix of vintage and salvaged materials can combine to create a home singular in taste and beauty.
Old Gold & Black
January 20, 2012
In July 2007, Rebecca Alexander became an associate professor in the chemistry department. Alexander celebrated and was relieved to receive tenure, but found herself in an interesting position. She had to do a life-check. “Now that I don’t have tenure looming over my head, I have a little more freedom. So what can I use that freedom for?” Alexander said to herself four years ago. “What am I going to do with the rest of my life?”
Long-range functional communication is a hallmark of many enzymes that display allostery, or action-at-a-distance. Many aminoacyl-tRNA synthetases can be considered allosteric, in that their trinucleotide anticodons bind the enzyme at a site removed from ...
The Escherichia coli cold shock protein CsdA is a member of the DEAD box family of ATP-dependent RNA helicases, which share a core of nine conserved motifs. The DEAD (Asp-Glu-Ala-Asp) motif for which this family is named has been demonstrated to ...
The sequence specificity and time course of covalent DNA adduct formation of the novel platinum-acridine conjugate [PtCl (en)(ACRAMTU)](NO3) 2 [PT-ACRAMTU, 2; en= ethane-1, 2-diamine, ACRAMTU= 1-[2-(acridin-9-ylamino) ethyl]-1, 3-dimethylthiourea] have been ...
Aminoacyl-tRNA synthetases are modular proteins, with domains that have distinct roles in the aminoacylation reaction. The catalytic core is responsible for aminoacyl adenylate formation and transfer of the amino acid to the 3′ end of the bound transfer ...
We report the synthesis of a radioactive, photolabile oligodeoxyribonucleotide probe complementary to 16s rRNA nucleotides 518-526 and its exploitation in identifying 30s ribosomal subunit components neighboring its target site in 16s rRNA. Nucleotides ...
Areas of Expertise
MIT and the Scripps Research Institute: Postdoctoral Research, Physics
University of Pennsylvania: Ph.D., Chemistry
University of Delaware: B.S., Chemistry and BiologyContact
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