Linked from

The 25 pages that link to Lipid bilayer, each with the reason it gives.

• Fatty acidRelated: Fatty-acid tails help create the membrane’s hydrophobic interior.

• Gram-negative bacteriaRelated: The inner membrane and outer membrane are both lipid bilayers with different compositions.

• Membrane potentialBroader topic: Its low ion permeability lets charge accumulate on opposite sides.

• Hydrophobic effectRelated: The effect helps organize lipid tails away from water into a membrane interior.

• PhospholipidBroader topic: Phospholipids spontaneously arrange into this basic membrane structure in water.

• Oleic acidRelated: Oleoyl chains can influence membrane packing and fluidity.

• Membrane proteinNarrower topic: Its hydrophobic interior determines which protein regions can embed in the membrane.

• EndocytosisNarrower topic: Its flexibility and composition permit the membrane curvature needed to make vesicles.

• LipidBroader topic: Phospholipids spontaneously arrange into this barrier in water.

• Resting membrane potentialRelated: Its insulating interior separates charge, while embedded proteins provide selective ion pathways.

• Golgi apparatusNarrower topic: Golgi cisternae and transport vesicles are built from lipid bilayers.

• Lipid raftNarrower topic: Rafts are proposed domains within this broader membrane structure.

• Archaeal membraneCompared with: Most archaeal membranes use bilayers, but some instead form a single lipid layer.

• Viral envelopeNarrower topic: Viral envelopes are lipid bilayers derived from cellular membranes.

• Biological membraneBroader topic: Its hydrophobic interior blocks most water-soluble substances from crossing freely.

• Lipid nanoparticleNarrower topic: Particle lipids interact with cellular membranes during uptake and cargo release.

• Membrane fluidityNarrower topic: Its molecular packing creates the physical environment whose fluidity is being described.

• GlycolipidNarrower topic: Glycolipids occupy one leaflet of this structure, with their sugars exposed at its surface.

• Polyunsaturated fatty acidRelated: Polyunsaturated chains alter how tightly membrane lipids pack.

• SterolRelated: Sterols insert among its lipids, with their hydroxyl groups near the aqueous surfaces.

• Docosahexaenoic acidRelated: DHA’s six double bonds affect how its chain packs within this membrane structure.

• Molecular self-assemblyBroader topic: Bilayers show how amphiphiles can assemble into extended, membrane-like sheets.

• Nuclear envelopeNarrower topic: Each of the envelope’s two membranes is built from a lipid bilayer.

• Biomolecular & subcellular processesRelated: Its selective barrier creates compartments and shapes membrane-associated processes.

• Membrane potentialRelated: Its insulating interior separates the charged solutions on either side.