Integrating Food Chemistry into Curriculum

Welcome to the MACTLAC Food Breakout Session

...about the workshop leader Sunil Malapati, PhD Sunil joined the Clarke University Department of Chemistry in XXXX. He has been teaching food related science for YY years and was (responsible/partially responsible) for starting the "Food Science Program" at Clarke. Sunil has lead the NSF-funded cCWCS Food Chemistry Workshop for the last X years.

Exploring Chemistry through food makes science fun and approachable to a Liberal Arts student. Further, it provides a chemist with an endless array of day-to-day examples to teach chemical concepts. Cooking may be the oldest and most widespread application of chemistry and recipes may be the oldest practical result of chemical research. The role of chemistry in the kitchen has been the subject of numerous TV shows and books and has inspired chefs to come up with innovative techniques based on solid chemical principles. Several Chemistry faculty in turn have integrated food into their chemistry courses.

The NSF-sponsored “Chemistry Collaborations, Workshops & Communities of Scholars” (www.ccwcs.org) has funded the week-long Food Chemistry workshops at Clarke University for several years. Demonstrations, class-room and laboratory activities have been developed and shared during these workshops. During the MACTLAC workshop, we hope to present an array of activities that may be utilized across the curriculum.

Density

A simple classroom demonstration will be followed by experimental techniques to determine sugar content using density and refractometry.

Osmosis and Mole concepts

A simple classroom demo involving gummy bears is the starting point to teach concentration, molarity and equivalents.

Taste Modifiers: Miracle berries and Gymnema sylvestre

Concepts such as agonist and antagonist are important in biochemical signaling and medicinal chemistry, but hard to explain. These simple taste tests will provide a dramatic way to elucidate the concepts and will also involve acid-base equilibria.

Acid-Base Chemistry

Classroom demos involving baking reactions and these can be extended to lab experiments.

Egg white chemistry

A simple experiment involving whipping egg whites illuminates concepts involving acid-base equilibria, redox equilibria and colloidal dispersions.

Sous-vide Cooking

If cooking is time x temperature, one can take time out of the equation by carefully controlling temperature. Constant temperature water baths at multiple temperatures will show a range of textures in eggs, chicken and beef samples.