Actinomycetes are free, spore-forming, high (G+C) ratio (>55%) saprophytic microorganisms that are widely distributed in most soils, colonize plants, and are prevalent in water. This is frequently accompanied by the production of filament airborne mycelium. Actinomycetes are well-known microcolonies for creating antibiotics and other critical bioactive components that are beneficial to humans. Approximately 70% to 80% of commercially available medications and antiviral active compounds have been synthesized so far. Secondary metabolites produced by microbes have the potential to be used in a variety of sectors, including antimicrobial agents, enzyme technology, pigment manufacture, antitumor agents against cancer cells, and toxin production. antiviral medications, protein innovation, pigment production, generally pro agents, and toxin creation. Around 7000 botanical extracts that come from actinomycetes' bioactive molecules were added to the list of natural products. Pollution may be defined as an introduction of unwanted and unacceptable compounds into the natural system which in turn may prevent natural processes in environment and may have undesirable health effects Biotechnological applications are helpful to obtain microbial strains with high efficiency toward pollution control. The genetic engineering approaches and strain improvement techniques are useful to develop a microbial system with a good ability to degrade environmental pollutants. The sake of bioremediation there requires several genetic systems to be exploited, additionally, the strain utilized in study was improved through a variety of techniques, including immobilization and mutation. Actinomycetes perform a variety of environmental functions. these are epiphytic bacteria that digest inorganic debris, notably complicated polymers like chitosan, keratin, hemi-cellulose, synthetic rubber, cellulose nanocrystals, gelatin, and glucose, as well as some active ingredients found in soil, also crucial in rhizosphere plant link because they can control plant life and shield plant roots from toxic fungus. Actinomycetes also break down pesticides with a large number of different structures, like organochlorine pesticides, triazinones, s-triazines, organophosphorus, esters, acetanilides, organophosphonates, and sulfonylureas, which are all types of pesticides. Modern technology and biotechnological equipment advancements have led to creation of a number of highly integrated software-based strategies for maximizing final product generation in any bioreactor or process. The Analytical Method (RSM), when combined with a relevant analysis design, seems to be a relatively recent development and critical technique for accomplishing this goal.
This study aimed at accounting for the role of talents management in consolidating organizational learning process at the Yemeni General Corporation For telecommunication. To achieve the objective of the study, the researcher designed a questionnaire and administered it. The sample of the study consisted of (166) employees (General Manager, Manager and Department Head). They were selected randomly out of a total Population of (291) employees during the Year 2019. The descriptive analytic approach was used t reach conclusions.
The finding of the study revealed existence of effect of talents management dimensions, all together and alone, (talents polarization, talents development, talents maintenance and ma
... Show MoreObjective To investigate the accuracy of gingival crevicular fluid (GCF) E-cadherin and total antioxidant capacity (TAC) to discriminate periodontal health from disease. Subjects and Methods GCF samples were collected from participants with periodontal health (control), gingivitis, and periodontitis (n = 25 each group). The latter group was further subdivided according to stage (S) and grade. Periodontal parameters were recorded then levels of biomarkers were assayed using ELISA and antioxidant status by use of the Total Antioxidant Capacity Assay for E-cadherin and TAC, respectively. Results All periodontal parameters were significantly higher in periodontally diseased groups than controls. The GCF E-cadherin significantly increased
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Key components estimated in Acol total plant leaves and the results were as follows plant Acol humidity 72%
We notice that the issue of development is one of the most important issues in ourepoch especially in our country which classify within back ward countries.
When we talk here about the development we don’t mean only the development of capitals or the development of products.but the most important thing is the development of mind .if we notice the experience of developits economy and it didn’t reach to the wanted aim.because these sides . The highness of the meutal rate of the nation is the standard of of the nation is the standard of the sentific and cultural advance for this nation .And that is what we have noticed in human societies ingenerall .
We noticed that
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The study area soils suffer from several problems appear as tkhesvat and cracks in the roads and waterlogging which reduces the susceptibility of soil to withstand pressure, this study was conducted on the soil of the Karkh district based on field study that included (6) samples of soil physical analyses contain different ratios of (mud, sand, silt) as percentages (52%, 45%, 3 #) respectively, and liquidity limit rate (39%) Stroke rate plasticity was (20.6%) The rate coefficient of plasticity total (19.2%)0
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Soil compaction is one of the most harmful elements affecting soil structure, limiting plant growth and agricultural productivity. It is crucial to assess the degree of soil penetration resistance to discover solutions to the harmful consequences of compaction. In order to obtain the appropriate value, using soil cone penetration requires time and labor-intensive measurements. Currently, satellite technologies, electronic measurement control systems, and computer software help to measure soil penetration resistance quickly and easily within the precision agriculture applications approach. The quantitative relationships between soil properties and the factors affecting their diversity contribute to digital soil mapping. Digital soil maps use
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