| Autor: |
A., Noor, Hameed, Rana H., F. Z., Huda |
| Předmět: |
|
| Zdroj: |
Plant Archives (09725210); Oct2020, Vol. 20 Issue 2, p2887-2892, 6p |
| Abstrakt: |
One of the most important types of pollution threatening the aquatic environment is heavy metal pollution in aquatic ecosystems. As a method was adopted to immobilize the aquatic fungi isolated from the study area in the date palm fibrillium for removing these heavy metals such as (copper, iron and lead) from their aqueous solutions. A study was also conducted on immobilize fungi with the possibility of using biomass to get rid of heavy metals that are pronounced with the wastewater left behind some industrial activities. A study on the bio-remediation of minerals by resistance fungi, by immobilize them to palm fibrillium and then the interference between fungi and wood fibrillium was demonstrated through an electron microscopy image analysis system and the work of FTIR examination indicates the presence of bonds and effective groups as it was revealed the presence of multiple sugars such as ketene and chlorane entering. In the synthesis of hyphal walls as it contains the amine aliphatic group N-acetylglucoseamine (1030.02 cm-1), galactosaminogalactan and a phosphate group (1234.48 cm-1) and polysaccharide compounds (1030.02 cm -1 to 1143.83 cm-1), a noticeable increase was found in the concavity of the active group area NC (1022.31 cm-1). [ABSTRACT FROM AUTHOR] |
| Databáze: |
Complementary Index |
| Externí odkaz: |
|
