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    • List of Articles Mehdi Ahmadi Sabegh

      • Open Access Article

        1 - Studying the Antifungal effect of Hydroalcoholic extracts of three species of Medicinal plants from the growing areas of Meshgin Shahr against Clinical isolates of Candida Albicans.
        Hojjat Eghbal Mehdi Ahmadi Sabegh Neda Jahani Yousef Jahani Jelodar
        Method: dual mixture of Pune-Peppermint extract, Pune-Sourberry, Sour-Peppermint and Triple Blend of Hydroalcoholic extract of Pune, Peppermint and Sorghum used. The extracts were diluted with propylene glycol and in addition to pure extracts, concentrations of 10, 20, More
        Method: dual mixture of Pune-Peppermint extract, Pune-Sourberry, Sour-Peppermint and Triple Blend of Hydroalcoholic extract of Pune, Peppermint and Sorghum used. The extracts were diluted with propylene glycol and in addition to pure extracts, concentrations of 10, 20, 30, 40 and 50 mg / ml of extract were prepared. To study the effect of hydroalcoholic extracts of Pune, Mint and Sour and Dual Blend Triticale extracts of these three plants were used to grow Albicans candidate by antibiotic and MIC methodsResults: The results of this study showed that the triple mixture of Puneh, Mint and Savange extracts with a concentration of 50 mg / ml with a diameter of 32.2 mm had the highest diameter of the inhibition zone and the hydroalcoholic extract Peppermint at a concentration of 10 mg per milliliter with a diameter of 7 mm halo assigns the lowest diameter of the non-growth zone of Candida albicans. Also, the triple mixture of Puneh, Mint and Souri showed relatively similar results to fluconazole antibiotics.Conclusion: The results of the minimum inhibitory concentration showed that the lowest inhibitory concentration was related to the antibiotic fluconazole and the triple mixture of hydroalcoholic extract of Punea, Mint and Sardinia, and the lowest was the hydroalcoholic extract of Mint herb. Manuscript profile
      • Open Access Article

        2 - Investigating the constituent chemical compounds and pharmacological effects of the medicinal plant Tanacetum parthenium
        Hojjat Eghbal Mehdi Ahmadi Sabegh
        As living organisms, plants produce secondary metabolites as a means of adapting to various ecological conditions and phenomena around them in order to preserve themselves and future generations. Chamomile is a perennial and aromatic plant from the compositae family, wh More
        As living organisms, plants produce secondary metabolites as a means of adapting to various ecological conditions and phenomena around them in order to preserve themselves and future generations. Chamomile is a perennial and aromatic plant from the compositae family, whose height reaches about 15-60 cm. With yellowish-green leaves and yellow flowers, the dried leaves or its aerial parts have been used in the treatment of headaches, menstrual irregularities, insect bites, inflammations and wounds, and fever since ancient times. The general name of this plant is actually derived from the modified Latin word febrifugia, and despite the fact that different therapeutic doses of cow chamomile plant have beneficial effects in the treatment of separate groups of patients, the usefulness of its clinical effects is not a matter of consensus. Cow chamomile is available as fresh leaves, powdered and dried leaves, capsules and tablets, liquid extract, standardized dry extract, crystals and edible drops. The variety of cautionary predictions associated with study design, either the appropriate concentration of the substance or the duration of evaluation from previous clinical studies, make it difficult to obtain the set of beneficial effects of this herb. Despite the different reports of the usefulness of this plant in patients who are looking for a suitable alternative to prevent migraines. Manuscript profile
      • Open Access Article

        3 - Investigating the effect of several biological inputs on the quantity and quality of essential compounds of medicinal plant (Matricaria chamomilla) in Ardabil province
        Hojjat Eghbal Yousef Jahani Jelodar Mehdi Ahmadi Sabegh
        An experiment was conducted in 1401 in the lands of Andzaq village, Meshgin Shahr city, located in Ardabil province. Application of vermicompost: at two levels of zero (V0) and 5 tons per hectare as soil application before planting (V1), application of growth promoting More
        An experiment was conducted in 1401 in the lands of Andzaq village, Meshgin Shahr city, located in Ardabil province. Application of vermicompost: at two levels of zero (V0) and 5 tons per hectare as soil application before planting (V1), application of growth promoting bacteria (PGRP) as inoculation with seeds, at 2 levels: inoculation with a mixture of 2 Azospirillium and Azotobacter bacteria (F1) and without inoculation (F0), - Nitrogen from urea source: in 3 levels zero (N0) and 50 (N50) and 100 kg/ha (N100) in pure form. The results showed that the combined use of vermicompost and inoculum has a synergistic effect and growth-promoting bacteria with vermicompost can work in a better environment and substrate and can fix nitrogen. So that the effect of vermicompost in improving the percentage of essential oil in different levels of nitrogen varies from 15% in N0 to 3% in N50 and up to 10% in N100. The effect of using different levels of nitrogen on the yield of essential oil was very significant, so that the use of 100 kg of nitrogen was about 79% effective on the yield of essential oil, and the use of 50 kg of nitrogen was also about 42% effective on the yield and the yield reached 836 kg. In high amounts of nitrogen, the percentage of camazolin increased. The lowest amounts of alpha-bisabolol amount to 19.4%, 19.8, 20.7 and 21. Manuscript profile