Abstract
Commercialization of genetically-modified (GM) plants requires the achievement of public acceptance (PA) for the genetic engineering in addition to the reduction of various costs concerning legal regulations. We have produced torenia flowers with various novel morphological and physiological aspects by combining the latest technologies such as CRES-T and heavy-ion beam irradiation with traditional genetic engineering techniques. To instantize these GM flowers for public use, we have improved a production system for resin-embedded specimen of transgenic plants. The GMO-based material of which the body fluid has been replaced by resin is no longer a living organism and can be distributed irrespective of the legal regulation of Cartagena protocol domestic law. Colors of plant materials in the specimens are stable for years and can be seen from any angle regardless of location and season. To assess the applicability of the specimens for GMO education, we produced 20 sets of educational kits and provided to educational institutes including high schools, universities and museums. We will discuss how we should use and improve this specimen for the achievement of the PA.
