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Investigating How Membrane Mechanical Properties Affect the Expression, Folding, and Function of a Model Mechanosensitive Channel Protein

Description:

Mechanosensation is an essential behavior for cellular health that depends on the interactions between the plasma membrane and stretch-activated ion channels. To date, a few studies have measured the effect of membrane composition on protein behaviors from folding to function. However, the relationship between membrane mechanical properties and these behaviors...

Keyword:

electrophysiology, mechanobiology, membrane, protein folding, membrane protein, and polymer

Subject:

Biophysics

Creator:

Jacobs, Miranda

Owner:

Scholarly Digital Publishing

Language:

en

Date Uploaded:

06/22/2022

Date Created:

2022-01-01

Resource Type:

Dissertation

Alternate Identifier:

etdadmin_upload_893855 and http://dissertations.umi.com/northwestern:15990
Studies of Nanoparticle Marker Motion in Ultra Thin Polymer Films With X-ray Standing Waves

Description:

Metal nanoparticles in polymeric matrices are of particular scientific interest due to their useful ability to self-assemble into complex nanocomposites. Recent examples involve using ultrathin diblock copolymers coupled with metal nanoparticles in the fabrication of novel electronic, magnetic and photonic devices. As this ordering process takes place far from equilibrium...

Keyword:

pvp, polymer, and x-ray standing wave

Subject:

Materials Science and Engineering

Creator:

Aleta L Hagman

Owner:

Scholarly Digital Publishing

Date Uploaded:

08/30/2018

Date Modified:

08/30/2018

Date Created:

2007-09-07

Resource Type:

Dissertation

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Investigating How Membrane Mechanical Properties Affect the Expression, Folding, and Function of a Model Mechanosensitive Channel Protein

Studies of Nanoparticle Marker Motion in Ultra Thin Polymer Films With X-ray Standing Waves

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