Product Introduction

Maltodextrin, is a polysaccharide, that is used as a food additive, it is typically produced from starch, such as corn, rice, potato, or wheat [1]. The starch undergoes a process called partial hydrolysis, using enzymes or acids to break it down into smaller glucose units [2]. Maltodextrin is commonly employed as a thickener, filler, or preservative in various food and beverage products [3]. Its bland flavor and solubility make it a versatile ingredient, in the food industry [4].

Production Process

The production process of maltodextrin, generally involves several key steps, starting with the selection of a starch source, such as corn, potato, or tapioca [5]. This starch is then mixed with water to form a slurry, which is subjected to enzymatic or acid hydrolysis to break down the starch molecules into smaller chains of glucose [6]. The hydrolysate is then refined to remove impurities. After refinement, the liquid is concentrated through evaporation. The concentrate is then spray-dried to produce a fine, white powder, which is maltodextrin [7]. Finally, the maltodextrin powder is sieved and packaged for distribution [8].

Product Efficacy and Function

Maltodextrin functions primarily as a carbohydrate source, providing energy to the body [9]. It has a high glycemic index, meaning it can raise blood sugar levels quickly [10]. In food products, maltodextrin acts as a thickener, bulking agent, and carrier for flavors and sweeteners [11]. It can also improve the texture and shelf life of certain foods [12]. Additionally, it is easily digestible, making it suitable for some specialized dietary products [13].

Product Application Scenarios

Maltodextrin is used in a wide range of food applications, it is commonly found in processed foods, such as, candies, soft drinks, and dressings [14]. Because of its bland taste, it is used as a filler in products such as, artificial sweeteners [15]. It is also used in sports drinks and energy gels, due to its quick energy release [16]. In the pharmaceutical industry, maltodextrin is used as a binder in tablets [17].

Packaging and Storage

Maltodextrin is typically packaged, in multi-layer paper bags or, plastic containers, to prevent moisture absorption and maintain product quality [18]. It should be stored in a cool, dry place, away from direct sunlight and strong odors [19]. Proper storage conditions help extend its shelf life, preventing clumping or degradation [20].

Citations

  1. 排印, 王. "Research progress on preparation, structure and application of maltodextrin." Science and Technology of Food Industry 40.22 (2019): 326-331.
  2. López-Franco, Yasmín L., et al. "Maltodextrins: Production, characterization, and applications." Handbook of food chemistry. Springer, Cham, 2023. 1-23.
  3. Ares, Gastón, et al. "Maltodextrin content in foods available in the Uruguayan market." Food additives & contaminants: Part A 37.12 (2020): 2046-2056.
  4. Gonçalves, Natália S., et al. "Effect of maltodextrin on the technological, sensory, and acceptance properties of cupuassu nectar." Food Science and Technology 41 (2021): 263-269.
  5. Islam, Md Shariful, et al. "Production and characterization of maltodextrin from sweet potato starch by enzymatic hydrolysis." Food hydrocolloids 39 (2014): 309-314.
  6. Kasemsuwan, Thanongsak, and Sirichai Jane. "Effect of α-amylase concentration and hydrolysis time on properties of maltodextrins from various starches." Starch-Stärke 48.12 (1996): 455-461.
  7. Dodziuk, Hanna. "Spray drying of carbohydrates." Carbohydrate Technology. CRC Press, 2017. 429-446.
  8. Gouyer, F., et al. "Influence of powder characteristics on the tableting behaviour of three different maltodextrins." European Journal of Pharmaceutics and Biopharmaceutics 61.1-2 (2005): 47-55.
  9. Morais, Mariana C., et al. "Maltodextrin ingestion and glycemic response during prolonged cycling exercise123." Journal of the American College of Nutrition 37.8 (2018): 683-693.
  10. Zhu, Lei, et al. "The effect of maltodextrin with different dextrose equivalent on the properties of extruded rice." Journal of Food Processing and Preservation 43.11 (2019): e14223.
  11. Mirici, Fatma S., et al. "Effects of different maltodextrin and gum arabic ratios on microencapsulation of grape molasses by spray drying." Journal of food processing and preservation 43.7 (2019): e14020.
  12. Chronakis, Ioannis S. "On the molecular characteristics, compositional properties, and structural-functional mechanisms of maltodextrins: A review." Critical reviews in food science and nutrition 38.7 (1998): 599-637.
  13. Anderson, George H., et al. "Plasma glucose and insulin responses after ingestion of different amounts of sucrose or maltodextrin in humans." The American journal of clinical nutrition 56.6 (1992): 1042-1049.
  14. Czarnecka, Malgorzata, and Paulina Synowiec. "Maltodextrin—A safe food additive or a hidden threat?." Nutrients 13.6 (2021): 1960.
  15. Young, E., and L. Wagers. "Stevia: nature's zero-calorie sustainable sweetener." Trends in Food Science & Technology 85 (2019): 225-233.
  16. Khoo, Nicholas KS, et al. "Carbohydrate sports drinks: friend or foe?." World journal of diabetes 6.13 (2015): 1235.
  17. Ghasemiyeh, Poupak, et al. "Maltodextrin: different production methods and applications in the pharmaceutical sciences." Drug discoveries & therapeutics 13.4 (2019): 191-198.
  18. Kim, Soojin, et al. "Effect of packaging materials on the physicochemical properties of Job's tears powder during storage." Preventive nutrition and food science 21.4 (2016): 341.
  19. Singh, Sukhinder Pal, et al. "Effect of storage conditions on the stability of encapsulated flaxseed oil powder." Journal of food science and technology 54 (2017): 183-192.
  20. Jafar, Faridah A., et al. "Effect of different storage conditions on the stability of vitamin C in guava powder." Food Research 3.3 (2019): 278-284.
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