Übersetzung für 'membrane damage' von Englisch nach Deutsch

membrane damage

Membranschädigung {f}biol.

Membranschaden {m}biol.tech.

Werbung

membrane damage {sg}

Membranschäden {pl}biol.

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microfiltration membrane <MF membrane>

Mikrofiltrationsmembran {f}tech.

membrane

Membran {f}biol.

Membrane {f}

Haut {f}

dünnes Häutchen {n}anat.

membrane biology

Membranbiologie {f}acad.biol.

membrane voltage

Membranspannung {f}electr.

model membrane

Modellmembran {f}tech.

sarking membrane

Unterspannbahn {f}constr.

biological membrane

biologische Membran {f}biol.

polymeric membrane

Polymermembran {f}chem.tech.

lipid membrane

Lipidmembran {f}biol.

membrane envelope

Membranhülle {f}biol.

membrane fluidity

Membranfluidität {f}biol.

membrane lipid

Membranlipid {n}biol.

membrane component

Membranbestandteil {m}biol.tech.

membrane anchor

Membrananker {m}biochem.

membrane enzyme

Membranenzym {n}biochem.

membrane unit

Membraneinheit {f}biol.tech.

membrane coating

Membranbeschichtung {f}tech.

• Ceroids, which are essentially products of unsaturated fatty acids that build up, are found in macrophages and other glia is thought to be an end-product of oxidative damage, indicative of membrane damage from abnormal accumulation.
• The physiological consequences of mTOR inhibition following lysosomal membrane damage encompass autophagy and metabolic switching.
• The functional roles of galectins in cellular response to membrane damage are expanding, e.g.
• Tricine has also been found to be an effective scavenger of hydroxyl radicals in a study of radiation-induced membrane damage.
• APP appears to play roles in normal neuron growth, survival and post-injury repair. Membrane damage by alpha-synuclein could be another Parkinson's disease mechanism.

• Excessive membrane damage should be avoided as it can kill cells or impair their function.
• Meanwhile, glutamate is released to extracellular space and binds to its excitatory receptors, further exacerbating calcium influx and a cascade of events involving mitochondrial, cell membrane damage, and production of reactive oxygen species.
• A sudden increase in calcium concentration is observed in synaptic vesicles or inside muscle cells after membrane damage.
• The hydrophobic tail is important in causing membrane damage, suggesting a detergent-like mode of action.
• The primary route for accelerated endocytosis of nanoparticles after exposure to cold plasma is a clathrin-dependent membrane repair pathway caused by lipid peroxidation and cell membrane damage.

• TisB does not affect transcription and translation directly "in vitro", so these effects are thought to be downstream consequences of membrane damage.
• The attack of reactive oxygen species by chlorethoxyfos causes attack of lipids, proteins, and DNA which leads to oxidation and membrane damage, enzyme inactivation, DNA damage and cell death.
• Levels of malondialdehyde can be also considered (as a marker of lipid peroxidation) to assess the membrane damage in spermatozoa; this is crucial because oxidative stress affects sperm function by altering membrane fluidity, permeability and impairing sperm functional competence.