Sentence examples for increased opening of from inspiring English sources
The team suggests the increased opening of the oysters when moonlight levels are lower might be linked to the possibility that more food is available at low light levels: previous studies have suggested the movement of plankton also appears to be influenced by light.
Both a kind of shifting cultivation and more permanent cultivation took place in the Late Neolithic and Early Bronze Age, whereas permanent cultivation with an increased emphasis on livestock and increased opening of the vegetation is indicated from the Late Bronze Age with further intensification in the Iron Age.
This higher evapo-transpiration compared to esk1 single mutants was likely due to increased opening of stomata, which are, therefore, functional in esk1.
Mounting evidence implicates a decline in mitochondrial function due to increased opening of the mitochondrial permeability transition pore (mPTP).
Other structural and biochemical data validate increased opening of the entry exit DNA in CENP-A nucleosomes.
Among pathological conditions, increased opening of astroglial hemichannels potentiates glutamate-induced neurotoxicity by proinflammatory cytokines [ 37, 38] and A β peptide [ 39].
In the wild-type strain the repression on D-glucose, the basal expression on D-xylose, and the induction on sophorose coincided with the increasing opening of chromatin (Fig. 3a, b).
The origin of the largely Neotropical clade including the Labrisomidae, Chaenopsidae and Dactyloscopidae (node IV) at approximately 37.6 mya is coincident with the increasing opening of the Atlantic Ocean and separation of the New World and Old World land masses, but well before the closing of the Tethys Sea corridor at 12 18 mya [ 79, 80].
This research will result in an increased opening up of this iconic group of excavations to further study and extended bioarchaeological analysis.
Oxidation of RyR2 can also promote increased opening probability of the channel and, consequently, promote Ca2+ leak (58).
Thus, we speculate that the Ca2+ waves observed in this study in metabolically acidified myocytes could arise from SR Ca2+ overloading due to CaMKII-mediated phospholamban phosphorylation and possibly from CaMKII-mediated RYR2a phosphorylation causing increased opening probability of RyR2a.
