Michigan State University Home
  • MSU Libraries
  • Digital Repository
  • Home
  • About
  • Collections
Selected filters
  • Subject: Ion channels
    ×
  • Electronic Theses & Dissertations
    5
  • Theses
    5
  • English
    5
  • In Copyright
    5
  • Active oxygen
    1
  • Autonomic nervous system
    1
  • Bilayer lipid membranes
    1
  • Biological transport
    1
  • Biosensors
    1
  • Cell membranes
    1
  • Centruroides
    1
  • Gastrointestinal system
    1
  • Hypertension
    1
  • Interfaces (Physical sciences)
    1
  • Mice
    1
  • Neurotoxic agents
    1
  • Paralysis
    1
  • Proteomics
    1
  • Sodium ions
    1
  • Sympathetic nervous system
    1
  • Venom
    1
  • Venom resistance
    1
Year
TO

Search results for 2

Showing 1 to 5 of 5 results
  • Cross-inhibition between P2X and nAChR ligand-gated ion channels in the enteric nervous system

    Decker, Dima Alkawwas
    Text (2009)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Neuronal firing properties in sympathetic ganglion neurons in hypertension

    Wang, Xiaohong
    Text (2014)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Design and characterization of nanostructured biomimetic interfaces containing bilayer lipid membranes

    Jadhav, Sachin Ramanlal
    Text (2009)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Mechanisms of southern grasshopper mouse (Onychomys torridus) muscle resistance to the paralytic and lethal toxins in Arizona bark scorpion (Centruroides sculpturatus) venom

    Parigi, Abhijna A.
    Text (2018)
    Part of Electronic Theses & Dissertations
    In Copyright
  • Size-selective transport of uncharged solutes through multilayer polyelectrolyte membranes

    Liu, Xiaoyun
    Text (2003)
    Part of Electronic Theses & Dissertations
    In Copyright
  • First
  • 1(current)
  • Last
  • Call MSU: (517) 355-1855
  • Visit: msu.edu
  • Notice of Nondiscrimination
  • SPARTANS WILL.
  • © Michigan State University
Michigan State University Wordmark