cotton_001:
Bt cotton showed decreased
ability to kill cotton bollworm larvae during flower development and
flowering.
cotton_002:
Bt cotton had altered protein
metabolism and produced less insecticidal toxin in leaves when subjected
to high temperatures during boll formation.
cotton_006:
Cotton plants and seeds expressing Bt toxin were found in non-Bt refuges.
cotton_007:
Insect-resistant, transgenic cotton was more susceptible to fungal disease
than its parent line.
maize_001:
Bt maize has higher lignin content.
maize_002:
Atlantic salmon fed Bt corn
had altered enzyme activity in liver and intestine as well as altered
proportions and numbers of different white blood cells.
maize_003:
Monarch butterfly larvae exposed to
anthers from Bt maize ate less and gained less weight.
maize_004:
Byproducts from Bt maize enter
streams, and in feeding experiments affected stream insects.
maize_005:
Bt maize varieties matured more
slowly and had on average lower grain yield and higher grain moisture
content than conventional varieties.
maize_006:
Bt maize had changed lipid
composition in stems; also, lipid composition in soil was altered, and
soil respiration was reduced.
maize_007:
Western corn rootworms were found feeding on volunteer corn plants
expressing a Bt toxin specific to that pest.
maize_008:
The transgenic sequences of some Bt maize plants have changed since
they were approved.
potato_004:
Insect-resistant transgenic potatoes had less foliage and altered levels
of leaf-glycoalkaloids.
rice_002:
Bt rice showed signs of dwarfism and other abnormalities.
root_nodule_bacteria_001:
Root nodule bacteria with Bt transgene tended to displace non-manipulated
bacteria in legume root nodules.
sunflower_001:
Wild sunflowers with transgene for Bt toxin produced more seeds
than normal wild sunflowers.
