Sentence examples for substrates for understanding from inspiring English sources
Nitrogen-doped/non-doped carbon nanotubes (CNTs) were integrated on SiO2/Si and PMMA substrates for understanding the infrared sensing mechanisms.
The identification of new ROCK2 substrates is important for understanding how this essential regulator of cell mobility and contraction signals to control cellular events.
These findings reveal that C57BL/6J adolescent females can be used to capture brain changes underlying ABA vulnerability, and that GABAergic innervation of hippocampal pyramidal neurons is one important cellular substrate to consider for understanding the progression of and resilience to AN.
The identification of additional AMPK substrates will be important for understanding the mechanisms of AMPK action on longevity.
The ability to predict growth yields on various substrates can be helpful for understanding the growth of microorganisms in various environments as well as for practical applications.
Finally, given the additional association of human TRIP13 with a number of cancer types (Larkin et al., 2012; van Kester et al., 2012; Banerjee et al., 2014), addressing the fundamental mechanistic questions regarding how this enzyme recognizes and remodels its substrates will be important for understanding TRIP13's multiple roles in human health and disease.
Thus, extensive proteomic profiling of PKMT substrates will be critical for identifying new nonhistone substrates and novel histone substrate sites of PKMTs, and for understanding the biological roles and pathological implications of lysine methylation.
The information obtained in this study is quite useful for understanding substrate recognition of CYP24A1 and designing new vitamin D analogs.
Although the substrate/peptide binding groove may be the key feature for understanding substrate specificity in most kinases, it is and need not be in all.
Detailed structures of antiporters with bound substrate ions are essential for understanding how they work.
More insight into the binding mode of reduced FAD and aromatic substrates is of utmost importance for understanding the catalytic potential and enantioselectivity of styrene monooxygenases.
