Приклади вживання In cancer cells Англійська мовою та їх переклад на Українською
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HER2 is only over-expressed in cancer cells, the conjugate delivers the cytotoxic agent DM1 specifically to tumor cells.[8]
suggesting that nuclear redox imbalance occurred selectively in cancer cells.
What's more, piperine has shown promising effects in laboratory studies for reversing multidrug resistance in cancer cells- an issue that interferes with the efficacy of chemotherapy treatment(42, 43).
Inhibiting GSK3 in cancer cells presumably causes hexokinase to unbind from the VDAC,
the fact that the level of acetylated STAT3 is high in cancer cells, it is implied that targeting acetylated STAT3 for chemoprevention
wound repair- but in cancer cells the characteristic is inappropriate or excessive.
able to block the synthesis of proteins in cancer cells, to stop their division.
Although some research that tested the components of apricot seeds as anticancer compounds showed no change in cancer cells, some of them reported that patients declared a decrease in pain.
is not functioning normally in cancer cells.
Research has shown that anthocyanins can inhibit DNA damage in cancer cells, inhibit digestive enzymes,
Her interests evolved to examining cellular immortalization in cancer cells, and the role of telomeres in this process.
observe the resulting effects in cancer cells.
an inhibitor of acetylation of STAT3, in cancer cell line reverses aberrant CpG island methylation.[52].
colleagues published their findings this month in Cancer Cell.
Researchers concluded that there's a great deal of evidence suggesting that omega-3s have antiproliferative effects- which means they inhibit cancer cell growth- in cancer cell lines, animal models and humans.
It reproduces rapidly in cancer cells.
The lysine acetylation of STAT3 is also elevated in cancer cells.[51].
This drug travels to all areas of the body, but stays longer in cancer cells than in healthy cells. .
It is absorbed by all the body's cells but remains in cancer cells for a longer period of time.
Modern understanding of alterations at the molecular level in cancer cells has radically changed approaches to addressing the most pressing problems in oncology.