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Embark on the journey to explore new markets with Neocrema.

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Embark on the journey to explore new markets with Neocrema.

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Embark on the journey to explore new markets with Neocrema.

Participation in the 38th Annual Conference of the Korean Society for Food Hygiene and Safety, "New Challenges in Food Safety"

Participation in the 38th Annual Conference of the Korean Society for Food Hygiene and Safety, "New Challenges in Food Safety"

Neocrema participated in the Korean Society of Food Hygiene and Safety's annual conference, "New Challenges in Food Safety," held from November 29 to December 1, 2023, presenting a poster session.

Event Name: The 38th Annual Conference of the Korean Society of Food Hygiene and Safety "New Challenges in Food Safety"Venue: Jeju Haevichi Hotel & ResortPeriod: 2023.11.29(Wed)~2023.12.01(Fri)Presentation Content: Development of foundational media for bovine muscle stem cell culture and antimicrobial agents using only food-grade Ingredients

The annually held conference by the Korean Society of Food Hygiene and Safety was themed "New Challenges in Food Safety" for 2023. It comprised a total of 18 sessions, equipment booth exhibits, and a Young Scientist session. It served as a platform for exchanging academic knowledge and information on various current issues, providing food-related visions to the government.

At this academic conference focusing on various current issues, sharing academic knowledge and information to present food-related visions to the government and industry, Neocrema showcased new research outcomes.

This research, which enhanced the safety of basic media for bovine muscle stem cell culture and antimicrobial agents using only food-grade Ingredients, demonstrated that the media were effective for cell growth compared to commercial media, and the antimicrobials effectively inhibited the proliferation of Staphylococcus aureus and E. coli.

Future research will focus on producing specialized media for different livestock breeds such as chicken and pigs, with plans to continue studying optimal growth media using muscle stem cells.