全國中小學科展

四等獎

Local Positioning System

A custom Local Positioning System designed for applications in supply chain logistics, inventory tracking, collision avoidance, and precision systems. Responsive UI allows for real-time management and dynamic parameter adjustments.

In Silico Carotenoid Compound with Protein in Durian (Durio zibethinus Murr.) Seed Waste and Hedonic Test Innovation in Making Healthy Cereal Organic (HCO) (Nutrient-rich Functional Food Alternative)

Durians’ seeds have potential as a food source due to their content and nutrients. Durians’ seeds contain fiber, minerals, vitamins A, B1, B2, C, carbohydrates, folate, potassium and copper. Nutrients are needed for the body's health and growth and development process. Durians’ seeds have the potential as a nutrient-rich food alternative. Researchers made an innovation in the form of cereal, Healthy Cereal Organic (HCO). Analysis of durians’ seed content through two stages. First, wet lab examination and second, in silico method. The wet lab examination shows the results that durians’ seeds contain 10.17 Kcal of fat energy, 4.09% ash content, 11.25% water content, 72.79% carbohydrates, 1.13% total fat and 10.74% protein and the in silico method shows the content of carotenoid compounds (vitamin A, quercetin, beta-carotene, zeaxanthin) as a drug delivery system which means that this compound is able to be absorbed by the body with the help of albumin as a carrier that maintains stability and increases its activity. Feasibility analysis based on toxicity tests, Durians’ seed compounds show inactive (non-toxic) results. Allergenicity test showed non-allergen durians’ seed content. Hedonic test was conducted on 20 panelists dominant to the HCO1 sample for aroma by 60%, texture 90%, taste 40%. It can be concluded that durians’seeds can be used as a basic ingredient for making nutrient-rich Healthy Cereal Organic (HCO).

Raising the Microscopic Guardians from the Ocean-Pioneering A Natural Solution for Vibrio Control in Mariculture Using Marine Bacterivorous Ciliates Euplotes sp.

水產養殖在應對傳統漁業過度捕撈和資源下降所帶來的挑戰中扮演著重要的角色。隨著水產養殖作為全球食品安全和經濟發展的關鍵組成部分不斷嶄露頭角,它面臨著與細菌感染相關的挑戰,以及對抗生素過度使用的日益關注,這既對環境又對健康構成風險。我們的研究深入探討了海洋食微生物對生態系統的重要性,特別關注了在水產養殖背景下的 Euplotes sp.。為此,研究致力於建立 Euplotes sp. 的標準化培養方法,並評估其作為水產養殖中對抗細菌感染的生物防治的潛力。進行的實驗探討了 Euplotes sp. 在水質凈化方面的有效性以及對海洋細菌生長的影響。研究結果為水產養殖和廣泛的水產品生產領域發展環保和可持續實踐提供了希望。