Natural Ingredient D Mannose Empowering Food, Beverages and Animal Nutrition

D mannose, a naturally occurring functional monosaccharide, has seen expanding applications in the food and beverage, dietary supplement, and health-focused aquaculture industries in recent years. Its unique physical and chemical properties, coupled with its green and healthy attributes, have garnered significant attention from the industry.

As a professional supplier of plant extracts, Green Spring Technology has consistently focused on the research, development, and optimization of production processes for natural ingredient D-mannose, committed to providing customers with high-purity, multi-specification, and consistently high-quality natural D-mannose raw materials to help businesses create innovative products that align with consumer trends.

1 Applications of D-mannose

1.1 Applications of D-mannose in Food and Beverages

D-mannose, as a natural functional monosaccharide, has seen increasing applications in the food and beverage industry in recent years.Its excellent stability and refreshing sweet taste make it an ideal alternative to traditional high-calorie sugars, particularly for modern consumer products that prioritise health and natural ingredients.

In food processing, D-mannose can be used as a sweetener in beverages, dairy products, confectionery, and baked goods, while also effectively improving the texture and stability of foods. For example, it demonstrates promising potential as an auxiliary ingredient in certain fruit preservation and functional food applications. Additionally, D-mannose is commonly used in various nutritional beverages and dietary supplements to enhance product functionality and add value.

As consumer demand for low-sugar, low-calorie foods continues to grow, D-mannose, as a natural sugar-based nutrient, is emerging as an important component of healthy dietary solutions, aligning with global trends in the food industry.

Green Spring Technology is committed to providing high-purity, multi-specification food-grade D-mannose raw materials. With strict quality control and stable supply capabilities, we assist customers in developing the next generation of healthier, market-driven food and beverage products.

1.2 Applications of D-mannose in healthy animal husbandry

As a green and safe natural feed additive, D-mannose demonstrates significant application potential in modern healthy animal husbandry. Its excellent compatibility and unique functional properties offer a new nutritional solution for livestock and poultry farming.

추가D-mannose to animal feed helps improve the intestinal environment of livestock and poultry, supporting gut health. Research indicates that D-mannose can inhibit the proliferation of harmful microorganisms, thereby promoting healthy growth in animals.

Additionally, D-mannose demonstrates positive potential in enhancing overall animal health and production performance, including improving feed utilisation efficiency and egg production, thereby bringing more sustainable operational benefits to farming enterprises.

As a natural, residue-free feed component, D-mannose aligns with current policy directions for ‘antibiotic-free farming’ and green agriculture, offering promising prospects as an alternative to traditional antibiotic solutions. This contributes to advancing the livestock industry toward safer and more efficient development.

1.3 Applications of D-mannose in biochemical research

As an important biological tool, D-mannose has widespread applications in plant biotechnology and genetic transformation research. It can serve as an efficient screening agent for cell selection and transformation event identification in genetically modified crops such as sugar beet, rice, and corn, significantly improving breeding efficiency and survival rates.

It also demonstrates excellent performance in critical technical processes such as protoplast transformation, providing reliable support for crop breeding and biotechnology research.

2 Preparation of D-mannose

The preparation of D-mannose primarily involves three technical routes: extraction, chemical synthesis, and biological methods. Among these, the biological method based on microbial fermentation has gained increasing attention due to its green, efficient, and sustainable characteristics.

The extraction method relies on the hydrolysis of plant raw materials and is easily affected by geographical and seasonal factors; the chemical synthesis method, although mature, has a complex process and high costs. In contrast, the microbial fermentation method utilizes specific strains and enzyme systems to achieve efficient conversion. It not only has mild reaction conditions and low energy consumption but also offers significant advantages such as high product purity, minimal environmental pollution, and suitability for large-scale production, perfectly aligning with the current industry trends toward green manufacturing and sustainable development.

2.1 Extraction Method

2.1.1 Extraction Using Coffee Grounds as Raw Material

Coffee grounds, a by-product of the instant coffee industry, are rich in mannan and can serve as a sustainable raw material for D-mannan extraction. Through acid hydrolysis and subsequent processing, D-mannan can be converted and purified.

2.1.2 Extraction using palm kernel shells as raw material

Extracting D-mannose from palm kernel shells is a promising production process. This method typically involves acid hydrolysis, neutralisation, decolourisation, separation, desalination, and crystallisation, enabling the efficient production of D-mannose.

2. 2  Biotechnological fermentation method

The biotechnological production of D-mannose is gaining significant attention in the industry. Among these methods, biotechnological fermentation stands out for its green, efficient, and mild process conditions, demonstrating significant potential for industrialisation. This method utilises specific microorganisms to ferment natural sugars, enabling the efficient and specific production of D-mannose. It avoids the high energy consumption and complex processes of traditional chemical methods while reducing environmental impact.

The biological fermentation method not only features mild reaction conditions and minimal by-products but also exhibits strong raw material adaptability and scalability, making it particularly suitable for applications in high-demand sectors such as food, health supplements, and pharmaceuticals.

Green Spring Technology, leveraging its mature biotechnological fermentation platform, is committed to providing customers with high-purity, high-quality D-mannose raw materials. We ensure stable supply capabilities and strict compliance with regulatory standards, and offer flexible customisation and application support tailored to specific customer needs, helping enterprises enhance product competitiveness and market responsiveness.

3 전망

As a natural raw material, D-mannose is demonstrating significant market potential and commercial value due to its diverse application scenarios and outstanding product characteristics. As a high-quality alternative to high-calorie sugars and a new food additive, D-mannose 파우더 offers the food industry healthier and more efficient solutions with a promising market outlook.

D-mannose also serves as a green and efficient antibiotic alternative, demonstrating significant advantages in the field of healthy animal husbandry by regulating the intestinal flora of animals, enhancing immunity, effectively reducing antibiotic use, lowering the risk of antibiotic resistance, and improving farming efficiency. It provides innovative solutions for the sustainable development of modern animal husbandry.

Green Spring Technology deeply understands the core value of natural raw materials. We specialise in high-quality plant extracts and raw materials. We apply and continuously optimise efficient, environmentally friendly extraction and purification technologies to ensure high purity (up to 98%+) and a stable supply. Our products comply with international standards, including the European Pharmacopoeia and the United States Pharmacopeia.

Our technical team can provide application support for D-mannose in food and beverage formulations, health supplement development, and healthy livestock farming solutions.

For more information on Green Spring Technology's natural D-mannose product specifications and sample information, please contact us at helen@greenspringbio.com or WhatsApp: +86 13649243917.

참조

[1] 판지궈. D-mannose[D]의 추출 및 정제과정에 관한 연구. 항저우:절강대학교, 2009.

[2] 청제. 단당류의 저온 열역학적 특성과 열분해 운동성에 관한 연구 [D]. 선양:Shenyang University of Technology, 2016.

[3] 후 X, 시가, 장 P 등이 있다.d-만코:특성, 생산, 응용:개요 [J].식품과학과 식품안전 (Comprehensive Reviews in Food Science and Food Safety), 2016, 15(4):773-785.

[4]Liang Z,Huang GH. 만노즈 [J]의 준비와 사용. 화학공업친구, 2000(3):14.

[5] 황자웨이, 쉬위, 장 웬리 등 D-lyxose 이성질체 효소의 효소적 특성 (J. 한국식품생명공학회지 2019년,38(1):83-92.

[6] 손중량, 천웨이핑, 황광민 외. 커피 잔여물을 가수분해하여 D-glycose[J. 식품학, 1999,20(12):30-32.

[7] 황광민, 천일염, 양수연 외. 이탈된 커피 찌꺼기에서의 mannan 결정 [J. 하이난대학 (자연과학편),1999(4):317-321.

[8] 황광민, 천웨이핑. 커피찌꺼기로부터 D-mannose의 산가수분해 (J. 경공업과학기술,2002(1):19-21.

[9] 페이 준, 현연화, 가오 리켄. 고순도 D-mannose를 준비하는 방법:중국, CN105087712A[P].2015-11-24다.

[10] 방지니 안, 왕홍청, 장드종 외. 야자나무 씨앗으로부터 D-mannose의 준비. 화학세계,1981(9):25-26.

[11] 타케무라 M, 이이지마 M, 타테노 Y 외.D-mannitol을 준비하는 과정:미국, 특허 4,083,881 [P].1978-4-11다.