List of Articles Allopathy

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  1 - Phytotoxicity Effect of Fennel Essential Oil on Germination and Growth Characteristics of Common Mallow and White Goosefoot
  Sayed Amir Hamzeh Bahari Meymandi Omid Alizadeh shahram sharafzadeh Forud Bazrafshan Bahram Amiri
  10.30495/ejmp.2022.1948906.1670
  Continued use of herbicides has increased the resistance of weeds to them and also reduced the quality of soil and groundwater. Due to the herbicidal properties of plant essential oils, the aim of this study was to investigate the effect of fennel essential oil on seed More

  Continued use of herbicides has increased the resistance of weeds to them and also reduced the quality of soil and groundwater. Due to the herbicidal properties of plant essential oils, the aim of this study was to investigate the effect of fennel essential oil on seed germination and seedling growth of common mallow and white goosefoot in laboratory conditions, which was performed as a factorial in a completely randomized design in the research laboratory of the Cooperative Foundation of Rudan city, Hormozgan province, in 2016 . The essential oils were extracted from Fennel seeds by hydrodistillation by using a clevenger apparatus and were analyzed by GC and GC-MS. The results showed that the highest percentages of seeds essential oil components were related to e-anethole (66.92%), methyl chavicol (14.54%), fenchone (7.01%) and limonene (6.84%), respectively. Weed seeds after disinfection with sodium hypochlorite and then drying, exposed to concentrations of 0 (distilled water), 200, 400, 600, 800 and 1000 μl/l of fennel essential oil in suitable light conditions at 25 °C. Based on the results the Fennel essential oil reduced the percentage and speed of seed germination, root and shoot length of common mallow and white goosefoot. With increasing the concentration of essential oil, the percentage and speed of seed germination also decreased significantly. In general, the response of the studied weeds to fennel essential oil was different; In a way, the common mallow was more sensitive to white goosefoot. The greatest inhibitory effect on the germination of common mallow and white goosefoot seeds was related to the concentration of 1000 μl/l of essential oil, so that in the case of common mallow, germination stopped completely. Allelopathy index at a concentration of 1000 μl/l fennel essential oil for common mallow and white goosefoot was -1 and -0.83, respectively.According to the results, the use of 1000 μl/l fennel essential oil is recommended to control common mallow and white goosefoot. Manuscript profile
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  2 - مطالعه قومی پزشکی گیاهان دارویی رایج منطقه کاپیلواستو، نپال
  سندیپ ماهارا پراکاش اوجا مبارک گادی آکریتی بورتل
  10.30495/medherb.2022.693888
  Background & Aim: Medicinal plants have served as the primary constituents of traditional healthcare methods. Such plants have served mankind since primordial times. But such traditional knowledge is lacking conservation and promotion in present times. Documentation More

  Background & Aim: Medicinal plants have served as the primary constituents of traditional healthcare methods. Such plants have served mankind since primordial times. But such traditional knowledge is lacking conservation and promotion in present times. Documentation of such traditional knowledge can serve as safeguards for the conservation of such knowledge. The study primarily aims at the documentation of locally abundant medicinal plants available in the Kapilvastu district of Southern Nepal.Experimental: Data on medicinal plants regarding their local name, parts used along with their usage were collected through a questionnaire survey with a total of n=54 individuals of the locality. Excel software was used to analyze the pooled data and results were demonstrated in tables, charts, and graphs. Google Scholar and Researchgate were assessed for secondary data collection.Results: A total of 50 plant species from 46 genera representing 30 families used for curing 55 types of diseases were identified in the study area. Family Fabaceae was reported with the maximum number of species used (n=6). Trees (n=26) was the major used life form and leaf was the most frequently used (n=28) in terms of parts used.Recommended applications/industries: This study serves as a future basis for research promotion, resource production, policy formulation, and protection of these highly valuable plants. The paper will also be useful for those looking for traditional remedial measures using locally available plants in Kapilvastu district, and also will serve as informational bank for homeopathy-based curative measures. Manuscript profile
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  3 - Allelopathic effect of brassica napus residues and etalfluraline herbicide on germination and some cotton characteristics of Bakhtegan cultivar
  elahe barani gholamreza shafaat
  10.2./jpps.2022.693290
  Weeds are one of the most important factors threatening agricultural products with high yield and quality. Ethalfluraline is a selective herbicide from the dinitroaniline group and is available in the market under the Sonalan brand. The main purpose of allelopathic rese More

  Weeds are one of the most important factors threatening agricultural products with high yield and quality. Ethalfluraline is a selective herbicide from the dinitroaniline group and is available in the market under the Sonalan brand. The main purpose of allelopathic research is to provide evidence for the interference of chemicals under natural conditions and the introduction of alchemicals that inhibit other plants and microorganisms in the natural or agricultural ecosystem. This experiment was performed to investigate the allelopathic effect of rapeseed and Sonalan herbicide on germination and some characteristics of cotton using a factorial design in a randomized complete block design with four replications. The treatments used include the amount of canola residues (soil without residues, 5% residues, 10% residues, 15% residues and the amount of Sonalan herbicide without herbicide application, 1.5-2 liters per hectare, 2-3 liters per hectare. In general, it showed that Sonalan herbicide in the amounts used for cotton fields did not have a significant effect on the germination of yield components and related traits in cotton plants and decreased by 12%. However, the height of the crop plant, the number of nodes on the stem and the number of leaves of the crop plant were not affected by the amount of residues. Dry weight of cotton 90 days after planting was significantly affected by residue level. Manuscript profile