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Marine-derived Bioactive Materials for Neuroprotection
Ratih Pangestuti,김세권 한국식품과학회 2013 Food Science and Biotechnology Vol.22 No.5
The marine environment is a rich source of materials with significant biological activities. Isolation and investigation of bioactive materials from marine organisms is a topic of current research interest in the food industry. Among marine-derived bioactive materials, peptides, chitosan, sulfated polysaccharides, phlorotannins, and natural pigments are potential neuroprotective agents. This review elaborates on the neuroprotective mechanisms of marine-derived bioactive materials and emphasizes prospects for use in neuroprotection as part of nutraceuticals and functional foods.
History, Nutrition, and Advantages of Seaweed for Human Body
Rahmadi, Puji,Pangestuti, Ratih,Susanto, A.B. The Korean Society for Marine Biotechnology 2010 한국해양바이오학회지 Vol.4 No.1
Seaweed has been consumed especially in the Asia since centuries ago as a vegetable (Matsukawa, 1997; Burtin, 2000; Raghavendran 2003). Seaweed has many valuable nutrients i.e. as a mineral resources, vitamin, and non-caloric fiber, also has potential antioxidant resources. Such of nutrition consists in the Seaweed is Chlorophyll, Carotene, Fucoxantine, Luteen and Zeaxantine, Polysaccharide and Diet Fiber, Mineral, Protein and Amino Acid, Fat and Fatty Acid, Vitamin, Polifenol, also Methanol. The benefits of some nutrition content on seaweed are as an antioxidant, slimmer agent, anti-diabetes, healthy for heart, eyes health, Iodium source, and some kind of vitamins functions. As a conclusion, developing research about seaweed we believe it would be a part of medicine material and food processing, also cosmetic industrial.
Idham Sumarto Pratama,Yanuariska Putra,Ratih Pangestuti,Se-Kwon Kim,Evi Amelia Siahaan 한국수산과학회 2022 Fisheries and Aquatic Sciences Vol.25 No.7
Increased fisheries products have raised by-products that are discarded due to low economic value. In addition, marine by-products are still rich in protein and nutritional value that have biological activities and give benefits to human health. Meanwhile, there is raised pressure for sustainability practices in marine industries to reduce waste and minimize the detrimental effect on the environment. Thus, valorization by-products through bioactive peptide mining are crucial. This review focus on various ways to obtain bioactive peptides from marine by-products through protein hydrolysis, for instance chemical hydrolysis (acid and based), biochemical hydrolysis (autolysis and enzymatic hydrolysis), microbial fermentation, and subcritical water hydrolysis. Nevertheless, these processes have benefits and drawbacks which need to be considered. This review also addresses various biological activities that are favorable in pharmaceutical industries, including antioxidant, antihypertensive, anticancer, anti-obesity, and other beneficial bioactivities. In addition, some potential marine resources of Indonesia for the marine biopeptide from their by-product or undesired marine commodities would be addressed as well.