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Micropropagation of damask rose, Rosa damascena
2011
Alsemaan, T. | Albatal, N. | Almaarri, Kh.
This study aimed to establishing a protocol for producing in-vitro plants of Rosa Damascene. The culture was conducted at the Commission of Biotechnology in Damascus. Four types of explants were cultured on MS medium and some factors affecting culture were examined. The results showed that no viruses were observed, the lateral buds were superior over other explants, then the lateral microcuttings, after that, the apical microcuttings, and, finally, the shoot tips. The highest multiplication rate was observed at the hormonal combinations of (benzyl adenine BA 3mg/I with indole-3-acetic acid IAA 0.1 mg/1), and the highest elongation average were observed at ( IAA 0.1 mg/I with BA 2-6mg/I) or ( indole-3-butyric acid (IBA) 0.1 with (BA) 5-6 mg/I). The transferring was positively effective. The highest rooting percentage was observed when naphthalene acetic acid NAA or IBA were used. (Berlite: peatmoss, 1:1) was the best growing medium for hardening.
Mostrar más [+] Menos [-]In vitro propagation of grand crinum lily, Crinum asiaticum L. from inflorescence
1999
Yasin, M.Y. (Monoufeyia Univ., Sadat City (Egypt). Genetic Engineering and Biotechnology Research Inst.)
In vitro micropropagation of spider lily, Hymenocallis speciosa L.
2002
Yasseen, Y.M.M. (Monoufeyia Univ., Sadat City (Egypt). Genetic Engineering and Biotechnology Research Inst.)
[Micropropagation of trifoliate orange rootstock, Poncirus trifoliata L.Raf.]
2001
El-Wasel, A.S. (King Saud Univ., Al-Qassim (Saudi Arabia). Faculty of Agriculture and Veterinary Medicine)
ncreasing the potential of in vitro propagation of Strelitzia reginae Ait. by controlling oxidative browning of explant tissues
2001
Hosni, A.M. (Ain-Shams Univ., Cairo (Egypt). Faculty of Agriculture)
