Uji Toksisitas Akut Kulit Kentang (Solanum tuberosum L.) Terhadap Larva Artemia salina Leach Dengan Metode BSLT (Brine Shrimp Lethality Test)

Baterun Kunsah
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Abstract

Tanggal Submit:28 Januari 2019 Tanggal Review:30 April 2019 Tanggal Publish Online:17 Mei 2019 Potatoes are one of the vegetables that contain substances that are important for the formation of body tissues, such as protein and fat. Potatoes also form red blood cells or hemoglobin (Ca, P and Fe). In Indonesia tend to process potatoes using only meat. The skin is removed, even though the nutritional content of the skin is five times greater than the meat. Potato peels that supply querestin, antioxidants and flavonoids that act as free radical acceptors. (Free radicals are reactive molecules that cause damage to the body that can lead to diseases such as heart disease and cancer) in the skin of potatoes found also effective antioxidants, chlorogenic acid. Potato skin is also proven to increase hemoglobin levels (Khomsan, A, 2009). However, that does not mean potato skin does not have adverse side effects, if the use is not appropriate. In order to use it optimally, you need to know enough information about the advantages and disadvantages and the possibility of abuse. However, the level of toxicity from potato skin is still unknown. Brine Shrimp Lethality Test (BSLT) is one of the oxicity test methods that is widely used in tracing bioactive compounds that are toxic from natural materials. This research is an experimental research with post test-only control group design approach. Treatment with giving potato skin juice to Artemia salina Leach larvae with the aim to determine the potential of plant biological activity based on the toxicity of secondary metabolites contained in it, and at the same time as the initial screening test of anticancer activity of chemical compounds in potato skin juice. The results showed the LC50 value was at a concentration of 0.5% to 1% and based on the results of SPSS 21 analysis with probit analysis obtained LC50 price data of 0.746 gr / ml (7460 μgr / ml), based on the results of research and data analysis it can be concluded that potato skin has an LC50 value at a concentration of 0.746 gr / ml (7460 µgr / ml). With an LC50 price of more than 1000 µg / ml according to the BST method the potato skin does not have the potential for toxicity so the skin of the potato has the potential as an alternative to increasing hemoglobin levels.Keywords: potato skin, toxicity, BSlT
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马铃薯皮急性毒性试验。针对BSLT的青蒿幼虫
土豆是一种蔬菜,它含有对身体组织形成很重要的物质,比如蛋白质和脂肪。土豆还能形成红细胞或血红蛋白(钙、磷和铁)。在印尼,人们倾向于只用肉来加工土豆。尽管皮的营养成分是肉的五倍,但它的皮还是被去掉了。土豆皮含有质问素、抗氧化剂和类黄酮,它们是自由基的受体。(自由基是一种活性分子,会对身体造成损害,从而导致心脏病和癌症等疾病)在土豆皮中还发现了有效的抗氧化剂绿原酸。马铃薯皮也被证明可以增加血红蛋白水平(Khomsan, A, 2009)。然而,这并不意味着土豆皮没有不良副作用,如果使用不当。为了最佳地使用它,您需要了解有关优点和缺点以及滥用可能性的足够信息。然而,马铃薯皮的毒性程度仍然未知。卤虾致死性试验(BSLT)是一种广泛应用于天然材料中毒性生物活性化合物追踪的毒性试验方法。本研究采用纯后测控制组设计方法进行实验研究。采用马铃薯皮汁处理盐渍蒿幼虫,根据其次生代谢物的毒性,确定植物生物活性潜力,同时对马铃薯皮汁中化合物的抗癌活性进行初步筛选试验。结果表明,LC50值在0.5% ~ 1%的浓度范围内,根据SPSS 21的probit分析结果得到LC50价格数据为0.746 gr / ml (7460 μgr / ml),根据研究结果和数据分析可以得出结论,马铃薯皮的LC50值在0.746 gr / ml(7460µgr / ml)的浓度范围内。根据BST方法,马铃薯皮的LC50价格超过1000µg / ml,因此马铃薯皮没有潜在的毒性,因此马铃薯皮有可能作为增加血红蛋白水平的替代品。关键词:马铃薯皮;毒性;BSlT
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