1Broun P, Gettner S, Somerville C. Genetic engineering of plant lipids [ J]. Annu. Review Nutrution, 1999, 19:197-216.
2Caruthers S P, Marsh J S, Turner P W, et al. Potential development and market - size limitation for new oilseedrape opportunities[ M ]. In: Industrial Markets for UK-produced Oilseed, HGCA Research Review, OSP London Home- Grown Cereals Authority, 1995.
3Ohlrogge J B. Design of new plant products engineering of fatty acid metabolism [ J ]. Plant Physiology, 1994, 104 :821-826.
4Auld D L, Heikkinen M K, Erickson D A, et al. Rapeseed mutants with reduced levels of polyunsaturated fatty acids and increased levels of oleic acid [ J ]. Crop Sci,1992,3:657-662.
5Luhs W, Ffiendt W. Present status and prospects of breeding rapeseed (Brassica napus ) with a maximum erucic acid content for industrial application [ J ]. Fat Science Technology, 1994,96 : 137-146.
6Ffiedt W, Luhs W. Breeding of rapeseed (Brasslca napus) for modified seed quality - synergy of conventional and modern application[ M ]. Proceedings of 10th Intern,Rapeseed Congress, Australia, 2000.
7Friedt W, Luhs W. Development in the breeding of rapeseed oil for industrial purpose[ M]. Proes of 9th International Rapeseed Congress ( Cambridge U. K), 1995,1 :437-448.
8Leonard C. Sources and commercial applications of high erucic acid vegetable oils [ J ]. Lipid Technology,1994,6(4) :79-83.
9Murphy D J. Modifying oilseed crops for non - edible products[ J ]. Tibtech, 1992,10:84-87.
10Goddijn O J M, Pen J. Plants as bioreaetor[ J]. Trends in Bioteehnol, 1995,13:379-387.