Fishmin Nanominerals

Chelated minerals are a valuable component of fish diets, providing essential nutrients that enhance growth, health, and resilience. By improving mineral bioavailability, they support vital physiological functions, leading to better growth performance, improved feed conversion, and enhanced immunity in fish. Incorporating chelated minerals into aquaculture feeds is a practical approach to achieving higher yields and healthier fish in farming operations.

Nutrition encompasses the chemical and physiological process which provides nutrients to an animal for normal function, increase in immunity, disease resistance, maintenance and growth. It involves ingestion, digestion, absorption and transport of nutrients and removal of waste. There are 20 recognized inorganic elements which perform essential functions in body. Some minerals are required in considerable quantities and termed Macro-elements while others which are required in lesser amounts are referred to as Micro-elements (Trace Minerals). The micro elements (Trace Minerals) are having greater role in shrimp nutrition along with other minerals for healthy shrimp/fish body and better production. The available soluble nutrition in water is not sufficient for fast body growth of animals with in limited culture period. The additional balanced diet is required to provide as feeding to overcome the nutrition deficiency. The minerals including trace minerals are playing major role in nutrition for various functions of body and growth for semi-intensive/ intensive culture. The enriched trace minerals dietary composition have a significant impact on immune functions, disease resistance, and stress free of fish. Most nutrient requirements of cultured animals have been determined in pond environments where disease and stress have been minimized.

BioCage nanominerals are an important addition to fish feed, as they enhance the bioavailability and absorption of essential minerals necessary for optimal growth, health, and overall performance in shrimp aquaculture. BioCage nanominerals refers to the process where minerals are bound to organic molecules (usually amino acids or peptides), which helps prevent the minerals from interacting with other dietary components, thus improving their absorption in the digestive tract. BioCage nanominerals are more readily absorbed in the intestines compared to inorganic minerals. This enhanced absorption leads to increased availability of essential minerals like zinc, copper, manganese, selenium, and others, which are crucial for various physiological processes in fish. Adequate mineral nutrition supports various biological functions, including enzyme activity, metabolic processes, and bone development, leading to improved growth rates. Research indicates that shrimp receiving BioCage nanominerals often exhibit higher weight gain and better feed conversion ratios (FCR). BioCage nanominerals play a critical role in enhancing the immune response in fish. For example, zinc and selenium are known to boost immune functions and antioxidant defenses. Improved immunity helps fish resist diseases and stresses, leading to higher survival rates. Minerals such as magnesium and calcium are essential for stress tolerance. BioCage nanominerals helps ensure that fish have adequate levels of these minerals available during stressful conditions, such as changes in water quality or temperature fluctuations. Minerals like calcium and magnesium are vital for shell formation and integrity. BioCage nanominerals forms of these minerals promote better absorption, leading to stronger and healthier muscle, which can reduce mortality. A high-quality BioCage nanominerals mixture for fish, prawn, shrimp and aquatic animals is a ideal supplement for aquaculture.

Xylanase, amylase, phytase, and cellulase are valuable enzymes commonly used as feed additives in fish aquaculture. These enzymes enhance the digestibility of feed ingredients, improve nutrient availability, and support overall fish growth and health. Xylanase increases the digestibility of plant-based ingredients in fish feed, allowing fish to access more nutrients from their diets. By improving nutrient availability, xylanase contributes to better feed conversion ratios (FCR), meaning fish grow more efficiently on the same amount of feed. Fish supplemented with amylase exhibit improved growth rates and better feed efficiency, particularly when high-starch ingredients are included in the diet. Phytase increases the bioavailability of phosphorus from plant-based feed ingredients, which is typically poorly utilized by fish. Increased phosphorus availability supports skeletal development and overall growth, leading to better performance in fish farming. Cellulase enhances the digestion of fibrous plant materials, allowing fish to utilize more nutrients from high-fiber feeds. Incorporating xylanase, amylase, phytase, and cellulase into fish feed significantly enhances the digestibility and nutrient utilization of feed ingredients. These enzymes improve growth performance, feed efficiency, and overall fish health.

Zeaxanthin and beta-carotene are carotenoids widely used as feed additives in fish aquaculture. Both of these compounds play crucial roles in enhancing the growth, health, and coloration of fish. Zeaxanthin significantly enhances the pigmentation of fish flesh and skin, leading to more attractive colors. As a pro-vitamin A carotenoid, beta-carotene is crucial for the synthesis of vitamin A, which is essential for growth, reproduction, and immune function in fish. Zeaxanthin and beta-carotene are essential carotenoids in fish feed that contribute to growth, health, and coloration. Their antioxidant properties and roles in immune support further enhance their value in aquaculture. Incorporating these carotenoids into fish diets can lead to better growth performance, improved feed efficiency, and increased marketability of fish products.