3-August-2016
English
The document addresses compositional considerations for new varieties of rice by identifying the key food and feed nutrients, anti-nutrients, and other constituents. A general description of these components is provided including background material on the cultivated rice species, production, consumption, processing and uses of rice, and considerations to be taken into account when assessing new varieties of this crop.
5-April-2016
English
5-April-2016
English
22-December-2015
English
This document supplies basic information useful in risk/safety assessment of food and feed using new varieties of common bean (Phaseolus vulgaris): background on this major legume which is grown and consumed worldwide, compositional considerations, key constituents (nutrients, anti-nutrients, and others). Constituents to be analysed are suggested. This publication is issued in the Novel Food and Feed Safety Series.
22-December-2015
English
This publication is a tool for environmental safety assessment of COWPEA varieties. This grain legume is an important staple crop in (sub)tropical regions, in Africa mainly. It can be genetically-engineered for resistance to herbicides, pests or diseases. Biology elements useful to biosafety evaluation are detailed, e.g. taxonomy, cultivation, reproduction, genetics, hybridisation, ecology, common pests and pathogens.
22-December-2015
English
This document is a tool for environmental safety assessment of COMMON BEAN varieties. This main legume for direct human consumption worldwide can be genetically-engineered for resistance to herbicides, insects and diseases. Biology elements useful to biosafety evaluation are detailed, e.g. taxonomy, closely-related species, geographic distribution, cultivation, reproduction, genetics, hybridisation, ecology, common pests and pathogens.
23-April-2015
English
3-April-2015
English
Volume I of this series compiles the science-based consensus documents of the OECD Task Force for the Safety of Novel Foods and Feeds from 2002 to 2008.
3-April-2015
English
20-August-2014
English
This publication is a tool for environmental safety assessment of EUCALYPTUS novel lines. Planted in the tropics and sub-tropics, E. species can be genetically-engineered for resistance to disease/drought/cold/salinity, or lower lignin content. Elements useful to biosafety evaluation are detailed, e.g. Eucalyptus taxonomy, origin, reproduction, genetics, hybridisation, ecology, allergens-toxins, beneficial chemical products, breeding.