Übersetzung für 'hepatoma cells' von Englisch nach Deutsch

hepatoma cells

Hepatomzellen {pl}med.

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hepatoma

Hepatom {n}med.

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malignant hepatoma [Carcinoma hepatocellulare]

malignes Hepatom {n}med.

natural killer T cells <NKT cells>

natürliche Killer-T-Zellen {pl} <NKT-Zellen>med.

enterochromaffin cells <ECCs / EC cells>

enterochromaffine Zellen {pl} <EC-Zellen>biol.

natural killer cells <NK cells>

natürliche Killerzellen {pl} <NK-Zellen>med.

alpha cells [also: alpha-cells] <α-cells> [endocrine cells in the islets of Langerhans]

A-Zellen {pl} [Zelltyp der Langerhans-Inseln]biol.

embryonic stem cells <ES, ES cells>

embryonale Stammzellen {pl} <ES, ES-Zellen>acad.biotech.med.

cells

Zellen {pl}

bipolar cells

bipolare Zellen {pl}biol.

beta cells

Betazellen {pl} des Hypophysenvorderlappensbiol.

Pankreasinselzellen {pl}biol.

neurosecretory cells

neurosekretorische Zellen {pl}biol.

enterochromaffin cells

Enterochromaffinzellen {pl}biol.

T cells

T-Zellen {pl}biol.

aortic cells

Aortenzellen {pl}biol.

juxtaglomerular cells

juxtaglomeruläre Zellen {pl}biol.

adjacent cells

angrenzende Zellen {pl}biol.

target cells

Codozyten {pl}biol.med.

dead cells

tote Zellen {pl}biol.

cancer cells

Krebszellen {pl}biol.med.

• Mouse hepatoma cells coexpressing human CD81 and ADI1/Sip-L supported HCV infection and replication.
• While much of the mannose used in glycosylation is believed to be derived from glucose, in cultured hepatoma cells (cancerous cells from the liver), most of the mannose for glycoprotein biosynthesis comes from extracellular mannose, not glucose.
• In one study too high of a dose to human hepatoma cells resulted in DNA fragmentation, chromosomal damage and organelle membrane instability which could result in apoptotic behavior.
• For example, a recent study has used TFOs to reduce cellular death in hepatoma cells through the decreasing the expression of MET.
• Overexpression inhibits the proliferation of hepatoma cells blocks the cell cycle transition from the G0/G1 to S phase, and inhibits the migration and invasion of hematoma cells.

• Snf3 is homologous to multiple sugar transporters, it shares high similarity to the glucose transporters of rat brain cells and human HepG2 hepatoma cells, as well as to the arabinose and xylose transporters (AraE and XylE) of "Escherichia coli".