This may probably be due to a decrease in metabolic oxidation capacity or due to a self-propagating scavenging system, though the system was not fully activated.
The higher concentration of Ca2+ and (K++Na+) in the groundwater of the study area may probably be due to the dissolution of plagioclase feldspars.
The highest concentration of calcium, magnesium, chlorides, and bicarbonates in several cases may probably be due to their low rate of removal of soil (Ahamed et al. 2015).
The strong spread-F started at ~ 19.5 LT and lasted for over 9 h which could most probably be due to storm-related MSTIDs originated at high latitudes.
This may probably be due to the limited number of available active sites on the surface of AgNPs-coated AC to accommodate higher concentration of MO.
The reason for these discrepancies would most probably be due to the large differences in the irradiation protocol between the two previous studies and the present study.
Further, the enhanced electrochemical abilities of the Co-doped system may probably be due to the smaller particle sizes achieved by the coprecipitation process.
This may probably be due to the fact that poultry manure contains concentrated nutrients and hence led to enhanced plant growth in those seedlings treated with poultry manure.
The changes might probably be due to the water-induced tube wall modification as has been previously reported, leading to a hybrid structure [29].
However, the HALOE trends are smaller in the lower mesosphere probably be due to a reduction in the stratospheric ozone effect compared to earlier periods (Remsberg [2009]).
Therefore the results obtained from the study indicate a defensive role of rifampicin in memory dysfunction which may probably be due to its anti-cholinesterase, anti-oxidative, anti-inflammatory and amyloid lowering effects.
