… khinjuk) as compatible and safe reducing agent (PKL@… khinjuk leaves extract were responsible
for silver ion (Ag + ) … the degradation of the methylene blue (MB) and methyl orange (MO) …

… Chemical studies on Pistacia genus have led to discovering diverse secondary … Pistacia
khinjuk Stocks (khinjuk pistachio)is one of the large number species of the genus Pistacia in the …

… we have been using Pistacia Khinjuk peels of a hard nature, which contain a large proportion
of lignin and oxygen components, The hydrogen was removed from its composition using …

… populations of Pistacia atlantica and Pistacia khinjuk were … khinjuk were garnered from
diverse locations of Iran in September… khinjuk. The antioxidant enzyme activities including …

… antiaging properties of Pistacia khinjuk [28], the 131 current research aimed to investigate
the GC-MS chemical composition of essential oil 132 isolated from Pistacia khinjuk leaves and …

… In present study, pistachio shell was used as an adsorbent to remove Basic blue 41 dye (BB
41) … Similar findings were reported for methylene blue sorption on sodium hydroxide-treated …

… [41] worked on a pistachio shell/nanodiopside nanocomposite used for the adsorption of …
Thus, in this study, we aim to develop carbonized pistachio magnetic nanoparticles (CPSMNPs)…

… Pistacia atlantica leaves extract as both stabilizing and reducing agent. Through this route,
firstly, the compounds of the Pistacia … of the methylene blue (MB) and methyl orange (MO) …

… The StP and StP-g-PIMDZs were used as sorbents for the adsorption of methylene blue
dye (MBD) from the model solution. The maximum removal percentage for starch, StP, StP-g-…

Background: Pistacia is a genus of flowering plants from the Anacardiaceae family that
grows in different parts of Iran. This genus has different pharmacological activities, including …