Sentence examples for molecules are prone from inspiring English sources
The higher adsorption efficiency at lower concentration is possibly related to the fact that a maximum number of dye molecules are prone to adsorb on as-prepared adsorbents [47].
Samsung previously manufactured red green blue (RGB) OLED televisions, but it was discontinued because of the high cost of manufacturing of defect-free RGB-based OLED TVs, and concerns associated with the lifetime, given that organic molecules are prone to degradation over a relatively short period of time, resulting in color shifts as one color fades faster than another [43].
On the other hand, without denaturant, the protein molecules are prone to aggregate at high concentrations.
This premise is supported by the fact that DNA molecules are prone to damage in the presence of furfural [ 3], and in this case, DNA repair or biosynthesis is activated leading to induced expression of redox enzymes.
Of the various types of damage that DNA molecules are prone to, double-strand breaks are among the most dangerous because they can lead to cancer if they are not repaired.
Since large DNA molecules are prone to shearing and crushing, DNA is isolated in a gentle manner by first embedding a suspension of the organism in agarose plugs, lysing the cells in situ, and digesting the chromosomal DNA with restriction enzymes.
These RNA molecules, both coding RNAs, which are functional molecules, and noncoding RNAs, which are regulatory molecules, were prone to be downregulated in tumor cells.
High values of energy of HOMO state that the molecule is prone to donate electrons to appropriate acceptor molecules with low-energy and empty molecular orbital.
The dispersion of pores on VEGF surface may be due to the fact that phenolic groups of resin molecule were prone to decomposition during the immersion of the acid.
Delaying this process was important for sialic acid ion stability because if desolvated too early, where the desolvation environments are often harshest, the fully desolvated molecule is prone to in-source fragmentation via proton transfer from the carboxylic acid to the glycosidic bond.
The second effect led to the creation of molecules that can kill bacteria, including oxygen molecules that are prone to chemical reactions that can damage cells, Collins said.
