Pteris vittata is a fern that is extraordinary in its ability to tolerate hyperaccumulate high levels of arsenic (As). The goals of the proposed research, to identify the genes that are necessary for As hyperaccumulation in P. vittata using molecular and genetic approaches and to understand the physiology of arsenic uptake and distribution in the living plant, were accomplished during the funding period. The genes that have been identified may ultimately enable the engineering or selection of other plants capable of As hyperaccumulation. This is important for the phytoremediation of arsenic-contaminated soils in areas where P. vittata cannot grow
4Pteris vittata may effectively reduce arsenite in its fronds. This study examined the roles of arse...
Arsenic is a class 1 carcinogen that causes widespread chronic human health issues due to the consum...
The hyperaccumulator Pteris vittata translocates arsenic (As) from roots to fronds efficiently, but ...
Arsenic is a toxic metalloid that is naturally occurring and widely distributed. The consumption of ...
Arsenic (As) contaminated soils and waters are becoming major global environmental and human health ...
Arsenic, a known toxin and carcinogen, is one of many elements that plants are exposed to in their e...
We have constructed cDNA libraries from RNA isolated from arsenic treated gametophytes of the fern P...
Enzymatic reduction of arsenate to arsenite is the first known step in arsenate metabolism in all or...
Pteris vittata, the first reported arsenic hyperaccumulating plant, is potentially used in phytoreme...
Arsenic accumulation in soil is a global problem typically addressed using phytoremediation methods....
Arsenic (As) contaminated soils and waters are becoming major global environmental and human health ...
Arsenic is a natural contaminant in the soil and ground water, which raises considerable concerns in...
Elemental arsenic (As) is a ubiquitous and naturally occurring contaminant of soils and ground water...
Hyperaccumulation of arsenic (As) by brake fern Pteris vittata has been described as an important ge...
The discovery of the arsenic hyperaccumulator, Pteris vittata (Chinese brake fern), has contributed ...
4Pteris vittata may effectively reduce arsenite in its fronds. This study examined the roles of arse...
Arsenic is a class 1 carcinogen that causes widespread chronic human health issues due to the consum...
The hyperaccumulator Pteris vittata translocates arsenic (As) from roots to fronds efficiently, but ...
Arsenic is a toxic metalloid that is naturally occurring and widely distributed. The consumption of ...
Arsenic (As) contaminated soils and waters are becoming major global environmental and human health ...
Arsenic, a known toxin and carcinogen, is one of many elements that plants are exposed to in their e...
We have constructed cDNA libraries from RNA isolated from arsenic treated gametophytes of the fern P...
Enzymatic reduction of arsenate to arsenite is the first known step in arsenate metabolism in all or...
Pteris vittata, the first reported arsenic hyperaccumulating plant, is potentially used in phytoreme...
Arsenic accumulation in soil is a global problem typically addressed using phytoremediation methods....
Arsenic (As) contaminated soils and waters are becoming major global environmental and human health ...
Arsenic is a natural contaminant in the soil and ground water, which raises considerable concerns in...
Elemental arsenic (As) is a ubiquitous and naturally occurring contaminant of soils and ground water...
Hyperaccumulation of arsenic (As) by brake fern Pteris vittata has been described as an important ge...
The discovery of the arsenic hyperaccumulator, Pteris vittata (Chinese brake fern), has contributed ...
4Pteris vittata may effectively reduce arsenite in its fronds. This study examined the roles of arse...
Arsenic is a class 1 carcinogen that causes widespread chronic human health issues due to the consum...
The hyperaccumulator Pteris vittata translocates arsenic (As) from roots to fronds efficiently, but ...