p. 1−10
2423-7930
Vol.52/No.1
utida) to soil as biological stimulative on some physiological traits of Melissa officinalis. The experiment was conducted as a factorial based on a completely randomized design in greenhouse conditions and laboratory of Medicinal Plants Department of Arak University. The first factor was hydropriming at different times (12, 24, 48 and 72 hours), and the second factor was two bacterial species (Pseudomonas fluoresense, Pseudomonas putida), control (without inoculation). The results showed that seed hydropriming at different times and growth promoters increased the photosynthetic pigments, phenol, flavonoids, percentage and essential oil yield. Also, hydropriming for 48 hours with Pseudomonas putida bacteria resulted in a significant increase in flavonoid content and a significant effect on phenol content during 12 hours with Pseudomonas fluoresensebacteria. According to the positive and additive effects of plant growth promoting rhizobacteria on Melissa officinalis, the plant growth promoting rhizobacteria could be recommended as an alternative to chemical fertilizers to reduce the consumption of chemical fertilizers and guaranty the production of medicinal plants, free of chemicals.]]>
p. 11−21
2423-7930
Vol.52/No.1
p. 23−33
2423-7930
Vol.52/No.1
p. 35−46
2423-7930
Vol.52/No.1
p. 47−60
2423-7930
Vol.52/No.1
p. 61−68
2423-7930
Vol.52/No.1
p. 69−83
2423-7930
Vol.52/No.1
p. 85−98
2423-7930
Vol.52/No.1
p. 99−111
2423-7930
Vol.52/No.1
p. 113−123
2423-7930
Vol.52/No.1
p. 125−138
2423-7930
Vol.52/No.1
p. 139−151
2423-7930
Vol.52/No.1
p. 153−169
2423-7930
Vol.52/No.1
p. 171−182
2423-7930
Vol.52/No.1
p. 183−194
2423-7930
Vol.52/No.1
p. 195−211
2423-7930
Vol.52/No.1
p. 213−224
2423-7930
Vol.52/No.1
p. 225−242
2423-7930
Vol.52/No.1
p. 243−255
2423-7930
Vol.52/No.1
p. 257−268
2423-7930
Vol.52/No.1