Prof. Rachel Amir : Plant Metabolism

Expression of bacterial dihydrodipicolinate synthase in transgenic plants: potentials to improve lysine content in forage, grain and tuber crops

G. Galili; H. Karchi; O. Shaul; X. Zhu-Shimoni; D. Miron; L. Yang; S. Ben-Yaacov; A. Perl; R. Amir
1997 , Acta Horticul. 1997 Volume 447 Pages 551-559.
Prof. Rachel Amir

Expression of bacterial dihydrodipicolinate synthase in transgenic plants: Potentials to improve lysine content in forage, grain and tuber crops.

G. Galili; R. Amir; H. Karchi; O. Shaul; X. Zhu; D. Miron; L. Yang; S. Ben-Yaacov; A. Perl
1996 , In Proceedings of the 3rd International ISHS Symposium on In Vitro Culture and Horticultural Breeding ,1996, M. Z. A Altmann Ed. , , Pages 551-561
Prof. Rachel Amir

Turgor changes in Morchella esculenta during translocation and sclerotial formation

R. Amir; E. Steudle; D. Levanon; Y. Hadar; I. Chet
1995 , Exp. Mycol 1995 Volume 19 Pages 129-136.
Prof. Rachel Amir

Factors affecting translocation and sclerotial formation in Morchella esculenta.

R. Amir; D. Levanon; Y. Hadar; I. Chet
1995 , Exp. Mycol. 1995 Volume 19 Pages 61-70
Prof. Rachel Amir

The role of source-sink relationship in translocation during sclerotial formation by Morchella esculenta.

R. Amir; D. Levanon; Y. Hadar; I. Chet
1994 , Mycol. Res. 1994 Volume 98 Pages 1409-1414.
Prof. Rachel Amir

Morphology and physiology of Morchella esculenta during sclerotial formation.

R. Amir; D. Levanon; Y. Hadar; I. Chet
1993 , Mycol. Res. 1993 Volume 97 Pages 683-689.
Prof. Rachel Amir

Formation of sclerotia by Morchella esculenta: relationship between media composition and turgor potential in mycelium.

R. Amir; D. Levanon; Y. Hadar; I. Chet
1992 , Mycol. Res. 1992 Volume 96 Pages 943-948.
Prof. Rachel Amir

Effect of iron status on Verticillum wilt disease and on in vitro production of siderophores by V. dahliae.

Y. Barash; A. R. Zion; J. A. Crikon; A. Nachmias
1988 , J. Plant Nutr 1988 Volume 11 Pages 893-905
Prof. Rachel Amir