Proceedings Volume 2010 (format .pdf) - SimpBTH

In the same time it has been proved the importance of the abscisic acid in thefollowing processes: counteracts stimulatory effects, inhibits shoot growth, itinhibits cell division in the vascular cambium, induces gene transcriptionresponsible with the synthesis of proteinase inhibitors.Studies concerning the effects of ethylene as a bioregulator have shown itsimportance in the following phases of the plant evolution: fruit ripening, flowering,abscission, sex expression, stem elongation.REFERENCES1. Croes, A. F., - Role of ethylene in auxin-induced flower bud formation in tabbaco explant - SarhadJournal of Agriculture, vol.72, p.167, Pakistan, 1990.2. Davis, J.P. – Plant Hormones and Their Role in Plant Growth and Development - London, 19873. Gherghi, A.; Burzo, I.;Liana Marginean – Biochimia si Fiziologia Legumelor si Fructelor –Editura Academiei Romane, Bucuresti, 2001.4. Ifrim, S. – Substante biologic active – Editura Tehnica, Bucuresti, 19975. Neamtu, G.; Ifrimie, F. – Fitoregulatori de crestere – Editura Ceres, Bucuresti, 1991.6. Neamtu, G. – Substante naturale fiziologic active – Imprimeria „Ardealul”, Cluj-Napoca, 1996.7. Prakash, C.S. - The Biotehnology and Development Monitor. - University of Amsterdam, 1994.8. Purchit, S. Editor, - Hormonal Regulation of plant Growth and Development - London, 1985.9. Roberts, R. D. – ABA and indole-3-butyricacid and regulation of maturation and accumulation ofstorage protein in somatic embrions of interior sprace – Physiologia Plantarum, vol.78, p.355,1990.10. Segal, R. , – Biochimie, Editura Alma, Galati, 200011. Toma, L., - Fiziologie vegetala, Editura Ion Ionescu de la Brad – Iasi, 199812. *** - The controlled nutrition of plants – In Fourth International Congres on Soilless Culture,Las Palmas, p. 75 – 84. 200213. www.chem.qmul.ac.uk - School of Biological & Chemical Sciences at Queen Mary, University ofLondon – Pathway for Students – 200545