The effect of Albizia lebbek L. Benth seed treatment on the strength of the electric current and the duration of exposure to it in some biochemical traits of the seedlings growing from them | ||
| College Of Basic Education Research Journal | ||
| Volume 19, Issue 2, June 2023, Pages 810-826 PDF (674.42 K) | ||
| Document Type: Research Paper | ||
| DOI: 10.33899/berj.2023.179255 | ||
| Authors | ||
| Mohammed Sameer Idrees* ; Omar Mudhaffar Omar* | ||
| College of Agriculture & Forestry Mosul University/Iraqـ | ||
| Abstract | ||
| The results of exposing Albizia lebbek L. Benth seeds strongly showed an electric current and different exposure times that all the transactions with the strong electric current gave an increase in the leaf content of carbohydrates except for the treatment of 3 amperes compared to the comparison treatment, whereas the treatment of 9 amps and the treatment of 7 amps gave The highest increase in the leaf content of protein, chlorophyll a and b and total compared to the comparison treatment. As for the exposure period, as the exposure period gave 9 minutes, the highest increase in the leaf content was from carbohydrates, protein, chlorophyll a and b and total, while in the effect of bilateral interference, the highest percentage of carbohydrate content in The leaves were obtained from the treatment of severely exposing seeds to an electrical current of 5 amperes for 7 minutes. As for the highest protein content in the leaves, they were obtained from the treatment of severely seeding the electric current of 9 amps for 5 minutes, and in the leaves content of chlorophyll a as it was obtained The highest content of chlorophyll a from the exposure treatment severely electric current 9 ampere for 9 minutes. As for the content of leaves from chlorophyll b and the total as the highest content was obtained from Has a strong exposure to the electric current 7 ampere for 9 minutes, and it is clear that the treatment of seeds with the electric current led to the improvement of some chemical properties in the leaves of the seedlings compared to the comparison treatment . | ||
| Keywords | ||
| electric current intensity; current exposure time; chlorophyll; Albizia lebbeck L | ||
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