Date of Completion
3-23-2018
Embargo Period
3-20-2028
Keywords
KCNQ; M-Current; Potassium Channel; neonatal epilepsy; KCNQ Encephalopathy
Major Advisor
Anastasios Tzingounis
Associate Advisor
Joseph LoTurco
Associate Advisor
Akiko Nishiyama
Associate Advisor
Daniel Mulkey
Associate Advisor
Alexander Jackson
Field of Study
Physiology and Neurobiology
Degree
Doctor of Philosophy
Open Access
Campus Access
Abstract
Archival abstract submitted
Recommended Citation
Niday, Zach, "Understanding How Increased or Decreased KCNQ2/3 Activity Influences Neuronal Excitability" (2018). Doctoral Dissertations. 1711.
https://digitalcommons.lib.uconn.edu/dissertations/1711