… by definition deemed unsafe and were required to be disposed of by “incineration, burial, or
… of biotechnology reduced the price of soybean and cotton feedstocks by 20–30% and the …

… This has resulted in tomato varieties with a polyploidy state and hybrids desired by the market.
Thus, many varieties are now widely grown, sometimes inside greenhouses in the cooler …

The European Court of Justice’s recent ruling that the new techniques for crop development
are to be considered as genetically modified organisms under the European Union’s …

Setaria P. Beauv. is the largest genus of the “bristle clade”, including between 115 and 160
species. Previous molecular phylogenetic studies showed Setaria likely to be para- or …

… Transgenic crops are being grown this year on nearly 100 million acres of American farmland,
accounting for 74% of our soybean, 71% of our cotton and 32% of our corn acreages. It is …

… value of the harvested crop very quickly falls to zero and may even be costly to dispose of. …
, especially when the gene is in a polyploid species. Many other cases of susceptibility genes …

… breeding, genus and species hybrids, polyploidy breeding. Citation5 The varieties obtained
… dahliae (Vd) toxin as pathogen-free model system to induce stress on cotton calli growth, …

… Polyploidy, hybridization and various combinations of A and B genome has resulted in
the development and emergence of broad spectrum of genomic groups; diploid (AA, AB, BB), …

… cotton. • Planting Tobacco as trap crop for management of Heliothis sp. Sowing of two rows
of Tobacco in every 20 rows of Cotton… which is genetically complex polyploid belonging to the …

… effects were the presence of lagging chromosomes and the induction of polyploidy [87]. …
units (AGUs), while plant fibers such as cotton and bacterial cellulose have 800–1000 AGUs. …