The research project on The potential of Siphonodon celastrineus Griff traditional medicinal plants of Thailand for treatment from local wisdom knowledge lead to the development of sustainable use with the objective of studying the botanical phytochemical and biological activity of the Siphonodon celastrineus to create confidence in the use of S. celastrineus in herbal medicine by using the bark leaves and fruit of the S. celastrineus to extract with 3 types of solvents. Each of hexane ethyl acetate and methanol respectively from low to high polarity. All nine extracts will be extracted. Preliminary examinations for phytochemistry Antioxidant activity by DPPH radical scavenging assay and quantitative determination of phenolic compounds by Folin-Ciocalteu method and antimicrobial activity were tested. The research found that. 1. The extract of the results of the methanol layer of the S.celastrineus shows a reduction in the amount of 11-diphenol-2-picrylhydrazyl (DPPH) had the highest EC50 equal to 31 mg/ml. The amount of phenol compounds found that the extracts from the methanol extract of S. celastrineus contain the amount of phenol. The highest concentration of 95.23 mg GAE / g dw 2. Extract from the bark of the S. celastrineus with methanol showed the best inhibition of the growth of Vibrio paraheamolyticus with the MIC value of 15.60 mg/ml. The extracts of the S. celastrineus leaf extracts with hexane showed the best inhibition of the growth of Vibrio cholerae with the MIC value equal to 31.25 mg/ml and leaf extracts with ethyl acetate showed the best inhibitory effect on the growth of Vibrio cholerae with a MIC value of 31.25 mg/ml and the extract of the fruit with ethyl acetate to inhibit the growth of Vibrio paraheamolyticus most with MIC equal to 15.60 mg/ml.

This independent study aims to compare the level of expectations on professional competencies for accountants of accounting and finance executives in the non-life insurance companies registered with the Office of Insurance Commission. The data is collected using 56 questionnaires. The samples are collected from executives in accounting and finance divisions in 115 non-life insurance companies. The data is analyzed using descriptive statistics and inferential statistics. The study results showed that the accounting and finance executives in the non-life insurance companies expect overall professional competencies for accountants in a high level. In each aspect it is also at a high level. The highest expectation is on the values ethics and professional attitudes followed by accounting professional skills and the main knowledge of professional practice. The accounting and finance executives male and female have no different expectation. However it is found that the accounting executives with different age education level job positions and experience have different expectations on professional competencies for accountants with statistical significance. Older executives with higher education higher positions and more experience have more expectations

This research aims to study the level of quality of work life of the accountants. As well as to ecplore the opinions of the accountants concerning the quality of work life. The respondents in the study varied in terms of sex ages level of education work experience marital status salary work position. Moreover the data were collected from a sample of 200 accountants who work in Bangkok and Metropolitans and tested by using related statistics such as percent mean t-test and F-test (One way ANOVA). lt was found that most of accountants perceive that the level of importance of quality of work life is moderate. Furthermore the majority of the officers agree that collaboration and interpersonal relationship with colleagues are the most important factors followed by social integration human resource development a balance between work life and family life structure of organization leadership of top executives career path and work stability safe environment improvement of work life and sufficient and fair compensation.

Natural compost or organic fertilizers suitably applied to soil since it improves soil quality is cheap and easy to manage and has no pollution residues. However the right ratio of ingredienttypes as well as enough fermentation period have to be tested in order to obtain suitable fertilizer for each particular plant species. In this study researchers have conducted experimental fermentation of organic composts composed of various ratios of either residues of bagasse or banana pulp mixed with sludge. This organic compost performs as organic fertilizer adding nutrients to the sludge since the sewage sludge by itself can only help improve soil structure but has insufficient nutrients for the growth of plants. The sludge in the experiment was obtained from sewage sludge at WatSuanKaew Nonthaburi province. The results of the organic compost after fermented 49 days showed that the compost turned to brown and black and most plant materials were already macerated. The compost of sewage sludge mixed with banana pulp in the ratio of both 0.75 to 5.0 and 1.0 9 to 5.0 yielded the best growth of the morning glory. Both formulas accelerated the growth of seedlings of the plant to a high average of 15.0 ± 0.3 cm after grown for14 days. The concentration of main nutrients was also close to the values specified by the standard compost. This banana pulp compost with pH 7-9 helpedreduce the acidity in the soil. While organic fertilizer derived from sewage sludge mixed with bagasse could only help accelerate the growth of the seedlings but did not accelerate the proliferation of immature plants. Additionally the ratios of carbon to nitrogen in all bagasse composting samples were more inflated whereas the nitrogen phosphorus and potassium were under the specified standard. This bagasse caused lower pH to 5.0-6.0 contributing more acidic to soil. From all results of these findings the organic compost from the fermentation of banana leafs was therefore appropriated for improving soil quality by mixing with sludge. The organic compost provided enough major and minor nutrients that stimulated the plant growth as well. However the formulated ratio of the bananas leafs and sludge mixtures needed to be prior experimentally tested.

The purpose of this project is to reuse the wasted cloth into a street wear style cloth. We will use a 100 people as our target group. The materials for the project are : 4 types of reused street wear cloths and a survey. From the study we have sum up to a conclusion. We have prepared 4 street wear cloths targeting ladies age from 21-23 and 25. These participants needs to have at least a under grads Degree with an incomes of 15000 bath or lower per month. The question in our survey consist of : That these reuse street wear cloth can reduce the amount of wasted cloth and it can also be brought Into a main line of cloth wearing. It can also be also be worn on a daily bases. It is also quite pretty and Attractive. It is useful and it can help to give more value to those wasted cloths. This type of clothing is suited for ladies from 21-25 years of age. And it can also benefit them. Does it have a modernized way of Decorations? And will it benefit to those who live around us. and the results are all came in as a High rating from 4.4 4.42 4.35 4.34 4.33 4.29 4.28 4.27 and so on. The detailed conclusion to the street wear cloths are : the design sample 1 sample 2 sample4 Sample3 are scored accordingly 4.34 4.25 4 3.54 in orderly fashion. The cutting sample 1 sample 2 sample 4 sample 3 came as a high rating scoring from 4.28 4.25 4.19 3.7 accordingly. The decorations sample 1 sample 2 and sample 4 came in as high rating scoring from 4.31 4.24 3.99 Aecordingly. The sample 3 came in as medium score of 3.46. the patching sample 1 sample 2 sample 4 sample 3 came as a high score rating 4.38 4.36 4.04 3.76 accordingly the coloring sample 1 sample 2 sample 4 came in as high score from 4.4 4.33 4.05. but sample 3 have only received a Medium score 3.5. for over all scoring sample 1 sample 2 sample 4 sample 3 all got high scores of 4.34 4.29 4.05 3.59 accordingly.