BioG 125 Seed Biology & Health

(sec 01, Biology Seminar, Fall 2007)

Cornell University

 


Welcome!

Seeds (i.e., cereals) account for 50% of the caloric intake for humankind by direct consumption and including indirect consumption, seeds account for 75% of the caloric and protein needs of humankind. In addition, seeds provide many of the health benefits required for modern living. This course addresses current research literature on selected topics related to Seed Biology & Health. Students review papers on selected topics, briefly present the topic, and discuss the interpretations including strengths and weaknesses. Designed for first year students but open to all classes.

Course Catalog Description:

  • BioG 125 (sec 01)--Seed Biology & Health-- Fall. 1 credit, S/U only. T 2:30-4:25, 133 Emerson Hall.
  • Instructor: Ralph L. Obendorf, 617 Bradfield Hall, rlo1@cornell.edu, 607.227.9313 (cell phone)
  • Teaching Assistant: Deborah Han, djh66@cornell.edu, 607.592.9096
  • Course Identification Number: 058-806
  • Class meetings Fall 2007: Sep. 4, 11, 18, 25; Oct 16, 23; Nov 6.
  • BioG 125 (Sec O1) Description: A first year seminar on reading and interpreting scientific papers. Research papers will be selected from prominent journals on topics related to seed biology and health. Students will review papers on selected topics, briefly present the topic, and discuss the interpretations including strengths and weaknesses. Faculty/staff familiar with each topic will be present to mentor the discussions.

Goals for this course:

Course expectations and ground rules:

Class meetings and topics:

  • 7 Student selected topics (November 6; 133 Emerson)
    • Papers are selected by students on topics of student interest
    • Possible topics include:
beer, whiskey (fermentation)
bread of life (unique properties of gluten proteins)
hamburger extender (seed proteins as meat substitutes)
designer oils (nutritional, health, industrial)
cosmetics (phospholipids and other products)
phytoestrogens
seeds as drug factories
proanthocyanidins and haze in beer
healthful phenolics
dietary fiber (seeds as a primary source)
grain storage mold toxins (food safety)
flint, dent, flour, and sweet corn (one gene can change what we eat)
white, yellow, red, blue, purple grains (colorful antioxidants and their manipulation)
micronutrients and health
seeds for gene delivery


Other useful pages

Suggestions or questions about this page should be addressed to Ralph L. Obendorf.

Last updated: September 14, 2007
First created: September 1, 2007