首页/数据集/As-metabolizing microorganisms in peatlands treating mining-affected waters

As-metabolizing microorganisms in peatlands treating mining-affected waters

NIAID Data Ecosystem2026-05-26 收录

砷生物地球化学

矿山环境微生物修复

数据链接：

https://www.ncbi.nlm.nih.gov/sra/SRP158809 数据链接链接失效反馈

官方服务：

资源简介：

Functional gene markers involved in arsenic turnover in peatlands (aioA, arrA, arsC)

应用场景：

创建时间：

2018-08-25

生态建模

砷生物地球化学

Algae reduce and methylate arsenate and the end product of the reaction is correlated to their growth rate. At slow growth rates, dimethylarsinate (DMA) is produced, and at fast growth rates arsenite

NIAID Data Ecosystem40

arsC gene amplicons during soil incubation

砷生物地球化学

微生物砷解毒

Effects of four treatments (control, rice straw addition, gypsum addition, and hematite addition) on the redox-controlled cadmium and arsenic mobility in a paddy soil were investigated via an incubati

NIAID Data Ecosystem30

Phylogenetic distribution of the bacterial isolates and their As-metabolism phenotype and genotype.

环境微生物

砷生物地球化学

*The number represents the total of bacterial isolates identified.**Values in parentheses indicate the number of As-redox isolates.***Values in bracket indicate the number of isolates harboring As-met

Figshare2015-12-02 更新20

Variability in Arsenic Methylation Efficiency across Aerobic and Anaerobic Microorganisms

砷生物甲基化

砷生物地球化学

Microbially-mediated methylation of arsenic (As) plays an important role in the As biogeochemical cycle, particularly in rice paddy soils where methylated As, generated microbially, is translocated in

NIAID Data Ecosystem40

As-metabolizing microorganisms in peatlands treating mining-affected waters

环境微生物

砷生物地球化学

Functional gene markers involved in arsenic turnover in peatlands (aioA, arrA, arsC)

NIAID Data Ecosystem30