ISU ReD: Research and eData - Annual Symposium on Biomathematics and Ecology Education and Research: The Universal Sequence of Nested Canalizing Functions: Change of Variables, Symmetries, and Direct Impact on the Phase Space of a Boolean network

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Technical Session II

The Universal Sequence of Nested Canalizing Functions: Change of Variables, Symmetries, and Direct Impact on the Phase Space of a Boolean network

Devin Akman, University of Illinois Urbana-ChampaignFollow
Fusun Akman, Illinois State UniversityFollow

Type of Presentation

Oral Presentation

Location

Student Union 3310

Start Date

5-10-2019 3:15 PM

End Date

5-10-2019 3:40 PM

Included in

Life Sciences Commons

COinS

Oct 5th, 3:15 PM Oct 5th, 3:40 PM

The Universal Sequence of Nested Canalizing Functions: Change of Variables, Symmetries, and Direct Impact on the Phase Space of a Boolean network

Student Union 3310