The purpose of this study was to determine whether transgenic plants producing PETN reductase were able to degrade GTN and TNT more effectively than wild-type plants. GTN was used in preference to ...

However, generating high-yielding transgenic plants through this process is difficult and time-consuming due to certain ...

Now we know that floral scent production is regulated in a similar way in different plants and that the substrate is involved in the regulation of scent production. But it will also make the ...

In a study led by Masatsugu Toyota at Saitama University in Japan, a transgenic fluorescent plant was created that allowed the team to track the movement of calcium signals across the plant’s cells.

However, widespread planting of such transgenic crops has led to rapid ... and some other major caterpillar and beetle pests, crop plants have been genetically engineered to produce proteins ...

This is part of a process by which the safety of transgenic plants is verified before they are publicly distributed or widely planted. Timing is not predictable for any of the agencies, and the EPA ...

The oxalate oxidase enzyme expressed in Darling transgenic American chestnuts is naturally found in many food crops and wild plants, and it protects the tree by degrading a toxin rather than by ...

Transgenic organisms have the potential to address environmental challenges. For example, plants can be engineered to absorb and degrade pollutants from soil or water, a process known as ...

Figure 2: The activities of PEPC in primary transgenic rice plants. Figure 3: (A) Composition of leaf soluble protein extracted from maize (50 μg), Kitaake, and primary (T1) transgenic rice ...

Pollen is an important vector of gene flow in plants, particularly for outcrossing species like tall fescue. Several aspects of pollination biology were investigated using pollen from transgenic and ...