Breadcrumb
Evaluation of Novel Cellulases
Presentation Year
2026
Rafael
Bernard
Undergraduate Student
Chemistry
Gabriel
Carrender
Undergraduate Student
Chemistry
Sienna
Mills
Undergraduate Student
Chemistry
Dr. Jenny
Cappuccio
Faculty
Chemistry
College or Department
College of Natural Resources & Sciences
Short Description of your Research or Creative Project (700 characters or less)
In partnership with the Joint Genome Institute, genetic sequences from the rumen of the cow that encode potential cellulase enzymes were acquired in the form of engineered plasmids which were transformed into E.coli and overexpressed to produce large amounts of protein. This protein was then purified and tested for cellulose-degrading capability. The ability to enzymatically degrade cellulose into glucose as efficiently as possible is relevant to the biofuel industry, since cellulose in agricultural waste can be utilized to create bioethanol rather than the food crops currently used.
Permission to Publish Work
Yes
Presentation File Upload
chemistry-beck-layla-203631-4x3.pdf (14.68 KB)
Primary Contact: First Name
Layla
Primary Contact: Last Name
Beck
Primary Contact: Email
lb204@humboldt.edu
Primary Contact: I am a
Undergraduate Student
Primary Contact: Phone Number
7072459364
Indicate File Dimensions
4'x3'



