Sentence examples for evolution and uptake from inspiring English sources
This includes changes in evolution and uptake of the principal greenhouse gases and their interplay with pools of labile and resistant soil organic matter.
In some marine habitats, H2 evolution and uptake are clearly due to biological activity, while contributions of abiotic sources must be considered in others.
It is unlikely that loss of fluorescence and TL was due to general damage to the thylakoid membranes since PSI activity, oxygen evolution and uptake (respiration) were not affected even when the cells were exposed to light intensities 3-fold higher than required to saturate CO2 fixation (Fig. 3A).
Among bacterial Ni-dependent enzymes, urease (catalyzes the hydrolysis of urea to carbon dioxide and ammonia) and Ni-Fe hydrogenase (catalyzes hydrogen evolution and uptake; it includes Ni-Fe hydrogenase I (COG0374, HyaB), Ni-Fe hydrogenase III (COG3261, HycE) and F420-reducing hydrogenase (COG3259, FrhA)) were the two most widespread families (Table 4).
The stability of compost was evaluated using respiration techniques (CO2 evolution and oxygen uptake rate).
The stability of the compost is measured directly by the carbon dioxide (CO2) evolution and oxygen uptake rate (OUR) during the composting process.
Analysis of stability parameters such as CO2 evolution and oxygen uptake rate (OUR) was performed as described in Kalamdhad et al. (2008).
Higher reductions in CO2 evolution and oxygen uptake rate (OUR) observed in C/N 30 showed the stability, resulting in the total biodegradable ingredients to be stabilized.
Culture development was monitored as respiration rates of CO2 evolution and O2 uptake, as well as by measuring optical density at 600 nm (OD600) of aliquots collected at 10 60 min intervals with a refrigerated BioFrac fraction collector (Bio-Rad Laboratories, HerCAles, CA).
The GAB models effectively characterize both heat evolution and equilibrium mass uptake over a broad water activity range.
Additionally, there are many other biochemical assays (radioactive glucose uptake, leucine uptake, CO2 evolution, adenine uptake and leakage and lactate output) which have been employed in other scientific disciplines to assess the viability of cells or microbes [ 2, 3].
