Hemoglobin cooperativity and adaptations to high altitude living
Author(s): Alida Janmaat
University of the Fraser Valley
972 total view(s), 895 download(s)
Summary:
This resource accompanies the "How does blood carry oxygen?" chapter in the Integrating Concepts in Biology etext. Students evaluate the cooperativity of hemoglobin and adaptations to high altitude living.
Contents:
Janmaat FMN Teaching Notes Module 13.2.docx(DOCX | 21 KB)
Module 13.2 How does blood carry oxygen.pptx(PPTX | 5 MB)- Module 13.2 Take home assignment.docx(DOCX | 278 KB)
- Module 13.2 Worksheet 1 How does hemoglobin bind oxygen.docx(DOCX | 238 KB)
- Module 13.2 Worksheet 2 Adaptations to High Altitude Living.docx(DOCX | 708 KB)
- License terms
Description
Students examine the oxygen binding affinity of hemoglobin through the oxygen dissociation curve, Hill equation and Hill plot. Students then apply their knowledge to new scenarios in a take-home assignment and through an in-class case study on adaptations to high altitude living. The resource includes two worksheets, a set of accompanying powerpoint lecture slides, and a take-home assignment.
Cite this work
Researchers should cite this work as follows:
- Janmaat, A. (2020). Hemoglobin cooperativity and adaptations to high altitude living. DIBS FMN, QUBES Educational Resources. doi:10.25334/695C-Q843