Sentence examples for may directly destroy from inspiring English sources

Second, strong oxidative mixed acids may directly destroy the aliphatic chains that link the aromatic building blocks with the help of ultrasound, making the aromatic building blocks no longer cross-linked and separate from each other.

Further, the large amount of activated neutrophils may occlude the abnormal tortuous tumor vessels and the oxitative burst may directly destroy endothelial cells leading to vascular shutdown followed by apoptosis of surrounding tumor cells.

They can also directly destroy the structure and function of chloroplast by binding with –SH group of the enzyme and may also inhibit the overall chlorophyll biosynthesis by targeting Mg2+ and Fe2+.

Besides, intense UV light can directly destroy fullerenes.

Instead of relying on nanoparticles to directly destroy every tumor cell, immunotherapeutic approaches target immune cells to train them to recognize and destroy tumor cells, which, due to the amplification and specificity of an adaptive immune response, may be a more effective approach to treating metastatic cancer.

These T cells directly destroy virus-infected and tumor cells.

It appears essential, however, to screen for periodontal pathogens that could directly destroy the periodontal tissue.

Briefly, phagocytes (granulocytes and macrophages), actors of the innate immunity, directly destroy tumor cells and produce cell fragments.

The long-term accumulation of amyloid cross β-structures in the tissues may cause the progression of pancreatic islet amyloidosis which directly destroys β-cell and impairs insulin secretion [ 32].

We speculate that the phosphorylation of FUNDC1 Ser13 may generate steric hindrance for LC3B binding, while the LC3B R10A mutation directly destroys the interaction between Arg10 of LC3B and Ser13 or nearby Asp14 of FUNDC1 peptide, leading to the decreased binding affinity.

Although microorganisms are traditionally thought to rapidly metabolize and destroy organic material, decreasing the chances for fossilization, this study has shown that not only may microorganisms play an integral role in the formation of fossils by mineralizing soft tissues, but also that in some cases biofilms may directly enhance the preservation of vertebrate primary soft-tissues.