Linked from

The 70 pages that link to Cell membrane, each with the reason it gives.

• Ion channelNarrower topic: Channels function by providing controlled pathways across this lipid barrier.

• NeuronNarrower topic: Its ion-selective barrier makes neuronal electrical signaling possible.

• G protein-coupled receptorNarrower topic: GPCRs cross this barrier to detect external signals and convey them inward.

• Voltage-gated sodium channelNarrower topic: The channel is embedded in this barrier and spans it.

• PhospholipidNarrower topic: Phospholipid bilayers provide the structural foundation of most cell membranes.

• Cell signalingNarrower topic: The membrane hosts receptors and controls access to extracellular signals.

• CyclooxygenaseNarrower topic: Membrane phospholipids store the fatty-acid substrate released for cyclooxygenase activity.

• Lipid peroxidationNarrower topic: Peroxidation alters membrane lipids and can disrupt the barrier's organization and function.

• AquaporinNarrower topic: Aquaporins are embedded in this barrier to provide a route for water.

• Active transportNarrower topic: Active transport occurs through proteins embedded in this barrier.

• Membrane transportNarrower topic: Its structure creates the barrier that membrane transport mechanisms cross.

• Efflux pumpNarrower topic: Efflux pumps span or associate with this barrier to move substrates across it.

• Facilitated diffusionNarrower topic: Facilitated diffusion moves substances across this boundary.

• SterolNarrower topic: Sterols reside between membrane lipids and influence the boundary's physical properties.

• Passive transportNarrower topic: Its lipid core and proteins determine which substances can cross passively.

• Cross-flow filtrationNarrower topic: Its selectivity and permeability set the separation achievable in cross-flow filtration.

• Erwin NeherNarrower topic: Patch-clamp recordings isolate a small area of this boundary.

• PiracetamNarrower topic: Older explanations proposed that piracetam changes membrane properties and neuronal function.

• Transport (biology)Narrower topic: Its selective barrier makes dedicated routes necessary for many substances.