논문투고
축산관련 논문을 투고한 자료를 모아 정보를 제공합니다. 관련자료가 없는 성과년도는 표기되지 않습니다.
논문명(한글), 논문명(영문), 성과주관부서, 품목코드, 학술지명, 주저자, 연도, 성과적용일, 첨부파일, 내용으로 구성된 글 상세입니다.
논문명(한글) |
식품산업에서 유청 단백질을 이용한 식용 필름과 코팅의 활용 |
논문명(영문) |
Whey Protein-Based Edible Films and Coatings in FoodIndustry |
성과주관부서 |
국립축산과학원 축산생명환경부 축산물이용과 |
품목코드 |
축산 / 대가축 / 젖소 / 기타 |
학술지명 |
Journal of Dairy Science and Biotechnology |
주저자 |
유자연 |
성과년도 |
2023 |
성과적용일 |
2023년12월 |
Consumer demand for products with health benefits and natural ingredients is significant
for the expansion of functional foods. Edible films and coatings are an excellent way to
diversify the market for functional foods and as substitutes for the prevailing packaging and
products. Incorporation of whey protein (WP) and its active ingredients into edible films
and coatings is a promising technique that can be applied to various food products.
Numerous combinations can be used on an industrial scale depending on the purpose,
product, nature of the film, type of active ingredient, and type of inclusions. In this review,
we describe several characteristics of edible WP films and coatings used as novel packaging
materials. WP-based packaging can play a beneficial role in sustainability because of the
option of recycling materials rather than incinerating, as in synthetic laminates, because
of the use of natural byproducts from the food industry as raw materials. However,
cost-effectiveness is a driving force against industrial setbacks in current and future WP
processing developments. The industrial application of this new technology depends on
further scientific research aimed at identifying the mechanism of film formation to improve
the performance of both the process and product. Furthermore, research such as consumer
studies and long-term toxicity assessments are required to obtain significant market shares.