Sentence examples for understanding the modifications from inspiring English sources
Histone modification data were retrieved from human histone modification database (HHMD, http://202.97.205.78/hhmd/index.jsp) [ 32] which contains useful histone modifications information from experimental data that is essential for understanding the modifications at a systematic level (Additional file 2: Table S2).
Electrochemical methods are good tools for understanding the modification of light-emitting properties of QD films by electron injection or ionic adsorption, for both fundamental research and technical applications.
In particular, researchers have investigated what happens in the brain of subjects involved in games where each player can choose between cooperative and non-cooperative behaviors, or between altruistic and selfish behaviors, with the aim of understanding the modification of brain activity related to the selected strategy [2].
This result is essential for understanding the modification mechanism in α-crystallin during age-related and diabetic cataract.
More research is needed that allows for comparison of EMA and global self-report measures to determine whether better measurement of change processes might lead to substantive modifications in understanding the change process, especially regarding moderators and mediators of AUD treatment.
Understanding the chemical modifications induced by ageing is essential for selecting suitable preservation and conservation approaches.
The completion of the pig genome assembly (Sscrofa10.2) provides a basis for understanding the epigenetic modifications of the pig genome including DNA methylation, which is another important issue in modern genetics.
Understanding the DSSylation modification of protein will certainly help uncover the mysteries of these disorders and might also provide a novel target for developing the prevention and treatment of these disorders.
However, understanding the structure, modification, and function of histones inside and outside cells remains challenging.
Taken as a whole, our findings offer a new look at odor hedonic perception and its regulation by both the physicochemical properties of odorant molecules and top-down command, and open up new perspectives for understanding the mechanisms underlying modifications in olfactory perception which may affect quality of life, especially in elderly people.
Interesting questions remain both for understanding the effects of modifications and editing on microRNAs and the interactions between microRNAs and other cellular RNAs such as long noncoding RNAs.
