200914 3D Biochemistry 170

Michaela Ott fits a Glucose-6-phosphate molecule into a hexokinase enzyme using 3-D printed aids. Students in BIOC 431 - Biochemistry I: Structure and Metabolism use 3-D printed molecules to better visualize a hexokinase enzyme. Professors Rebecca Roston and Karin van Dijk printed six different molecules to help students visualize the different structures and functions. September 14, 2020. Photo by Craig Chandler / University Communication.
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200914 3D Biochemistry 170 (permalink)
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Caption: 
Michaela Ott fits a Glucose-6-phosphate molecule into a hexokinase enzyme using 3-D printed aids. Students in BIOC 431 - Biochemistry I: Structure and Metabolism use 3-D printed molecules to better visualize a hexokinase enzyme. Professors Rebecca Roston and Karin van Dijk printed six different molecules to help students visualize the different structures and functions. September 14, 2020. Photo by Craig Chandler / University Communication.
Tags: 
UNL University of Nebraska Lincoln
IANR Institute of Agriculture and Natural Resources
COLLEGE OF ARTS AND SCIENCES
BIOC Biological Chemistry
Biochemistry
3D printing
3-D Printing
Biomolecules
Proteins
DNA
RNA
Rebecca Roston
IANR
Teaching
Research
3D Models
MISCELLANEOUS
3-D Models
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