The results of analysis of variance showedthat the number and height of shoots had no sig-nificant difference for each explant in two MSand MS 1.2 culture media (Table 1). In otherwords, the difference in the concentrations of elements and salt compositions in MS culturemedium had no effect on the number and heightof shoot. Different concentrations of BA and IBAhad significant effect on the number and heightof shoots at 0.01 probability level and the interac-tion between BA and IBA significantly affectedthe number and height of shoots at 0.01 probabil-ity level (Table 1). Like other researches, theseresults confirm the adjustment of auxin/cytokininratio for shooting (Torres, 2007). The meanscomparison of the interaction between BA andIBA on the number of shoots by Duncan’s mul-tiple range Test showed that the concentration of 4 mg/l BA and 0.1 mg/l IBA had the highest ef-fect on the number of shoots with the average of 4.8 (Fig. 1). In addition, the concentrations of 4mg/l BA and 0.1/l mg IBA had the highest effecton shoot height with the average of 3.5 cm (Fig.2). Razavizadeh and Ehsanpour (2008) suggestedMS with 5 mg/l BA and 0.1/l mg IBA as the bestculture medium for rose micro-propagation. Kan-chanapoom et al. (2010) found the greateststemming of rose in MS culture medium with ahigh concentration of BA (13.3 mmol). Also, Ja-barzadeh and Khosh-Khui (2005) suggested lowconcentration of IBA (0.1 mg/l) for the micro-propagation of damask rose.