Professor Jin-ho Seo’s research team (Breast 라이브 바카라 from microalgae)

The wonders of breast 라이브 바카라 have been widely known. Breast 라이브 바카라 provides the first nutrients for newborns and is involved in health, intestinal function, the immune system, and brain development in babies. Unfortunately, although breast 라이브 바카라 is essential for babies, not all mothers produce healthy breast 라이브 바카라. However, there is good news for these mothers: the essential nutrients of breast 라이브 바카라 will be commercialized in the near future.

The research team led by professor Jin-ho Seo at the College of Agricultural and Life Science at Seoul National University is developing technology for producing essential nutrients of breast 라이브 바카라. Although cow 라이브 바카라 and breast 라이브 바카라 seem to have similar ingredients, their biggest difference is in the oligosaccharide content. Cow 라이브 바카라 contains 0.1 g of oligosaccharide, whereas breast 라이브 바카라 has approximately 15-20 g. Professor Seo’s research team predicts that big differences in physiological characteristics between breast 라이브 바카라 and cow 라이브 바카라 result from a difference in oligosaccharide content. Among various types of oligosaccharides, breast 라이브 바카라 contains the highest amount of fucosylated oligosaccharides. However, not all mothers can produce breast 라이브 바카라 containing a copious amount of fucosylated oligosaccharides. For example, 30% of mothers in China and 20% of mothers in Europe cannot biosynthesize fucosylated oligosaccharides due to genetic defects.

Professor Seo’s research team determined that fucosylated oligosaccharide is an essential nutrient of breast 라이브 바카라 and have been studying its production using microorganisms for 15 years. Furthermore, his team recently conducted a study by obtaining fucosylated oligosaccharides from microalgae. They began this study based on the fact that sugar fucose is produced from sea mustard and microalgae. They focused on research positing that breast 라이브 바카라 oligosaccharides can be produced from the byproducts of microalgae used for generating bioenergy. As a result, they succeeded in developing a manufacturing process for producing fucosylated oligosaccharides from fucose contained in a saccharified solution of microalgae. This technology has already been transferred to companies in Korea.

Although studies of fucosylated oligosaccharides have been conducted for a while, the significance lies in the fact that the team developed a manufacturing process from the byproducts of microalgae. This is because essential nutrients of breast 라이브 바카라 were obtained from byproducts of the process generating bioenergy, the importance of which is increasing due to energy depletion. The technology developed by professor Seo’s research team can produce fucosylated oligosaccharides in powder form, with high purity, that can be readily mixed into 라이브 바카라, similar to formula. His research team said that studies need to be continued to establish its mass production system and that these breast 라이브 바카라 oligosaccharides should be approved by the Ministry of Food and Drug Safety and the FDA in order to be used in Korea as well as in other countries. Because its production in the laboratory has been proven, professor Seo’s research team will develop technology for its mass production using a microorganism fermentation process. Because fucosylated oligosaccharide is currently extremely expensive in the market, they are trying to produce it at a low cost so that more people can purchase and consume it. We hope that fucosylated oligosaccharide will prove to be the material necessary to create food products that give hope to mothers with genetic defects and that it can be developed into health products for not only children but also the elderly.

Student Reporter Park, Yu-bin