ENROLL

Rika E Anderson

The advent of next-generation sequencing technology has revolutionized biology, enabling transformative breakthroughs in fields ranging from agriculture to conservation to medicine. In this course, students will gain experience with the computational and bioinformatics tools needed to analyze “big data,” including sequence searching and alignment, assembly, gene calling and annotation. Students will learn to ask and answer their own scientific questions using sequence data, and to critically assess the conclusions other genomics and bioinformatics studies. No prior computer programming experience is required. Associated laboratory will focus on wet lab methods for DNA/RNA extraction and preparation as well as computational analysis.

Prerequisite: Biology 125 and 126 and one of these upper level courses: Biology 240, Biology 321 or Biology 350; concurrent registration in Biology 339

Biology 339 required

John L Berini

The primary objective of this seminar is to gain a better understanding of “the plant-animal interface,” with a specific focus on the interactions between plants and vertebrate herbivores. Topics covered include 1) the range of influences that the abiotic environment has on plants as a source of energy and nutrition for vertebrates; 2) how animals respond to heterogeneity in the plant communities with a specific focus on plant chemistry (i.e., nutritional indices and defensive chemistry); and 3) how heterogeneity in plant chemistry influences animal demographics and overall biological diversity. 

Prerequisite: Biology 125, Biology 126 and a 200-level course in Biology

Waitlist only

Joe Chihade

Three alternatives exist for the department comprehensive exercise. Most students elect to join a discussion group that studies the research of a distinguished chemist or particular research problem in depth. Other students elect to write a long paper based on research in the primary literature, or write a paper expanding on their own research investigations. Most of the work for Chemistry 400 is expected to be accomplished during winter term. Students should enroll for five credits of Chemistry 400 during the winter, receive a "CI" at the end of that term, and then enroll for one credit during the spring, with the final evaluation and grade being awarded during spring term.

Seth E Peabody

This class introduces students to the various theoretical frameworks and the many approaches scholars can use when analyzing a text (whether this text is a film, an image, a literary piece or a performance). What do words like ‘structuralism,’ ‘ecocriticism,’ 'cultural studies,' and ‘postcolonial studies’ refer to? Most importantly, how do they help us understand the world around us? This class will be organized around interdisciplinary theoretical readings and exercises in cultural analysis.

Prerequisite: At least one 200- or 300-level course in Literary/Artistic Analysis (in any language) or instructor permission