Hashem Kazemzadeh- beneh
Department of Horticulture Sciences, Faculty of Agriculture, University of Tabriz. Tabriz, Iran
[ 1 ] - Effects of Diode and He-Ne Laser on In Vitro Production of Anthocyanin in Apple Cell Suspension Culture
Plant cell cultures could be used as an important tool for biochemical production, ranging from natural pigments to pharmaceutical products. Anthocyanin is affected by a variety of factors. Light, an important plant environmental factor, influences the anthocyanin production in vegetative plant tissues. Here, we have investigated the influence of the blue laser-diode (BLD) and red laser-He Ne (...
[ 2 ] - اثر ترکیب لیزرهای هلیوم- نئون و دیود بر تولید آنتوسیانین و رشد سلول در کشت سوسپانسیون سیب گوشت قرمز (Malus sp.)
The red-fleshed apples are from varieties of apples confer the competence and high ability in vitro to produce anthocyanins in their organs. Several factors affect the in vitro production of anthocyanins in plant tissue culture and to produce high, the optimizing of these factors are very necessary. Light is one of the most important factors that many studies have been done in this area but the...
[ 3 ] - Blue Diode and Red He-Ne Lasers Affect the Growth of Anthocyanin Producing Suspension Cells of Apple
Light is an effective factor in cell suspension culture and must be controlled for optimizing cell growth. Growth of anthocyanin producing suspension cells of a red-fleshed genotype of apple (RFA) was assessed in response to blue diode laser (BDL) and red He Ne (RHNL) laser. The suspension cells in L-shaped test tubes were exposed to short-term laser radiation for 20 min in a rotary shaker. The...
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