Sentence examples for pathways can effectively from inspiring English sources

This Ppc and Mez pathways can effectively bypass the Pyk reaction, where its activity is repressed under light condition [77].

Inhibiting these signaling pathways can effectively suppress the generation of pro-inflammatory and neuropathic pain [28 30].

Both pathways can effectively minimize the over-accumulation of Na+ in shoot and thus protect the leaves from salt damage when suffering from salt stress.

In summary, blockade of the PD-1 pathway can effectively induce anti-tumor immune responses by restoration of T-cell function and inhibiting intratumoral Treg cells within the tumor microenvironment.

It has been reported that phytohormone signaling pathways can be effectively controlled by modulation of positive and negative regulators during plant growth and development [ 4].

Bioenergetic mapping of pancreatic cancer cells using the Seahorse Analyzer may provide new insight into how targeted blockades of glycolytic, glutaminolytic, and mitochondrial metabolism pathways can be effectively used in cancer treatment.

But their true value is likely to be found in the adjuvant setting, and in particular, during the perioperative period and the time when wound healing pathways can be effectively disrupted before residual cancer cells are able to establish new micrometastatic deposits.

This pathway can be effectively treated with either platinum-based chemotherapy or another class of drugs, poly ADP ribose polymerase (PARP) inhibitors, according to the paper's authors.

As such, this pathway can be effectively used as a target for opposing both T-cell [15] and microglial activation.

Therefore, further studies are urgently needed to gain a better understanding on how activation of the IKK-NFκB pathway regulates tumor cell sensitivity to IR and chemotherapy before a molecular targeted therapy against the IKK-NFκB pathway can be effectively employed for cancer treatment.

This effect of Sal was reduced or abolished by MK-2206 cotreatment), suggesting that the activation of the PI3K/Akt/mTOR signaling pathway can be effectively reduced by MK-2206 cotreatment.