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Übersetzung für 'lipid rafts' von Englisch nach Deutsch

lipid rafts

Lipid Rafts {pl}biochem.biol.

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rafts

Flöße {pl}

Werbung

lipid

Lipid {n}biochem.

lipid vesicle

Lipidvesikel {f} {n}biochem.

lipid-anchored {adj}

lipid-verankertbiochem.

lipid anchorage

Lipidverankerung {f}biochem.

lipid anchor

Lipidanker {m}biochem.

membrane lipid

Membranlipid {n}biol.

lipid monolayer

Lipidmonoschicht {f}biochem.

lipid extract

Lipidextrakt {m}biochem.

lipid composition

Lipidzusammensetzung {f}biochem.

Fettzusammensetzung {f}chem.

lipid biosynthesis

Lipidbiosynthese {f}biochem.

lipid synthesis

Lipidsynthese {f}biochem.

lipid molecule

Lipidmolekül {n}biochem.

lipid transport

Lipidtransport {m}biochem.

lipid droplet

Lipidtropfen {m}biochem.med.

lipid metabolism

Fettstoffwechsel {m}biochem.

depot lipid

Speicherfett {n}biochem.

lipid content

Lipidgehalt {m}biochem.

lipid film

Lipidfilm {m}

• Lipid Rafts {pl} = lipid rafts
• Lipid {n} = lipid
• bakterielles Lipid {n} = bacterial lipid
• Lipid-Doppelschicht {f} = lipid bilayer
• Lipid-Elektrophorese {f} = lipid electrophoresis
• lipid-verankert = lipid-anchored
• Lipid-Raft-Hypothese {f} = lipid-raft hypothesis

• Choline phospholipids also form lipid rafts in the cell membranes along with cholesterol. The rafts are centers, for example for receptors and receptor signal transduction enzymes.
• One hypothesis is that ceramide generated in the plasma membrane enhances membrane rigidity and stabilizes smaller lipid platforms known as lipid rafts, allowing them to serve as platforms for signalling molecules.
• MβCD is also employed in research to disrupt lipid rafts by removing cholesterol from membranes.
• FRET is also used to study formation and properties of membrane domains and lipid rafts in cell membranes and to determine surface density in membranes.
• This is thought to be because it is differentially located in the cell membrane while TrkA and TrkC are co-localized with p75NTR in lipid rafts.

• The plasma membranes of cells contain combinations of glycosphingolipids, cholesterol and protein receptors organised in glycolipoprotein lipid microdomains termed lipid rafts.
• The proteins thereby become stably membrane anchored (lipid-rafts) and are transported to the plasma membrane on vesicles of the secretory pathway.
• Cholesterol and cholesterol-interacting proteins can concentrate into lipid rafts and constrain cell signaling processes to only these rafts.
• Upon antigen binding, they cluster in large patches, which can exceed 1 micrometer in diameter, on lipid rafts that isolate the BCRs from most other cell signaling receptors.
• It is a component of the cell plasma membrane that modulates cell signal transduction events, and appears to concentrate in lipid rafts [...].