Modern-day intensive poultry manufacturing has been attaining phenomenal gains across economical and efficient production of the safe and high quality poultry bio-products, eggs and chicken meat. Feed additives are significantly essential in poultry sector for the purpose of improving the effectiveness of bird’s laying capacity as well as overall growth, for improving feed utilization and to prevent diseases. Commonly used feed additives in poultry diets are inclusive of pH control enzymes and agents, binders, emulsifiers, antioxidants and antimicrobials.
Antimicrobials
Antimicrobials are extensively utilized in the intensive poultry operations for the purpose of minimizing diseases, thereby improving feed utilization and growth. Poultry industry has been currently focusing on alternatives to the chemical therapeutics. In every case, it would be essential to minimize the challenges with regards to diseases, strengthen the natural defenses of birds and optimize the diet for providing a balance of essential nutrients for the changing needs of birds. All these factors is likely to increase the usage of feed additives across the poultry sector, thereby impacting the growth of animal feed additives market. Substitutes to the in-feed antibiotics primarily includes feed enzymes, immune-modulators, herbal products, prebiotics, probiotics and acidifiers.
Feed enzymes
Enzymes are the proteins, which helps in facilitating specific chemical reactions. Enzymes which are harvested through microbial fermentation as well as is added to the feeds, can help in breaking the bonds amid sugar units of non-starch polysaccharides (NSP) and significantly decrease gut content viscosity. The notable point is that lower viscosity leads to improved digestion, thereby improving absorption level as well.
Commercial feed enzymes reduces the side-effects of phytates. Researchers are taking immense efforts in developing more effective enzymes for maintaining the function under wide-ranging digestive and processing conditions. New feed enzymes have been developed in a way that it helps in reducing toxins that are produced during the feed spoilage as well as facilitates digestion of carbohydrates. These new animal feed additives are increasingly adopted in the poultry sector, thereby facilitating development of substantial new technology for advancing the usage and availability of the in-feed enzymes.
Antioxidants
A range of reactive oxygen species sources are available in the normal metabolism, which also comes directly from the feed ingredients. Antioxidants helps in binding these molecules as well as reduces their potential damage.
Acidifiers
Feed acidifiers help in lowering pH of feed and subsequently the gut environment as well. Acidifiers are present in both inorganic and organic acids and as associated salts as well. They can use their antimicrobial action for both feed as well as throughout the gut.
Probiotics
Probiotics are regarded as live mixed or mono culture of the microorganisms that are non-pathogenic, resilient to bile and gastric acids. After being ingested can lead to beneficial effects in the host animal, as it improves characteristics of the intestinal microbiota. Probiotics create environments in the intestine that favors valuable bacteria as well as inhibits development of the pathogenic bacteria.
Prebiotics
Prebiotics are regarded as the indigestible food ingredients that fuel the activity and growth of certain number of bacteria’s in gastrointestinal tract of the host animal. Prebiotics enters the gut by serving as substrate for endogenous valuable bacteria, thereby promoting competitive prohibition of the pathogenic microbes as well as selective colonization by the beneficial microbes.
The Future
Most of the feed additives are regarded as usual part of diets for animals. But growing awareness has been stimulating efficiency and production, maintaining well-being and health, improving product safety and quality as well as reducing the impact of industry on environment. In a nutshell, animal feed additives are likely to play a vital role in preserving health of the poultry in an age of no pharmaceuticals.
The sparkling coffee market is segmented by Product type, flavor type, packaging format, distribution channel and region. Forecast for 2026 to 2036.
The plant chocolate protein powder market is segmented by Protein source, claim type, packaging format, distribution channel and region. Forecast for 2026 to 2036.
The raspberry ketones market is segmented by Source (Synthetic, Natural, Bio-fermented, Raspberry-derived, and Other Botanical Sources), Application (Food and Beverage Flavors, Fragrance and Personal Care, Dietary Supplements, Pharmaceutical Research, and Insect Attractants), Form (Powder, Crystals, Liquid Dilutions, and Encapsulated Forms), Purity Grade (Below 98%, 98% to 99%, Above 99%, and Natural Grade), Distribution Channel (Direct B2B Supply, Specialty Chemical Distributors, Online Ingredient Platforms, Contract Blenders, and Research Supply Channels), and Region. Forecast for 2026 to 2036.
The Mediterranean Sea Salt Micro-Mineral Complexes Market is segmented by Product Type (Trace Mineral Sea Salt Complexes, Brine-Derived Mineral Complexes, Low-Sodium Mineral Blends, Fortified Sea Salt Systems), Form (Powder, Granules, Flakes, Liquid Concentrates), Application (Food Seasonings, Hydration Products, Dietary Supplements, Personal Care, Foodservice Blends), Grade (Food Grade, Nutraceutical Grade, Cosmetic Grade, Industrial Grade), and Sales Channel (Direct B2B, Ingredient Distributors, Private Label, Online B2B). Forecast for 2026 to 2036.
The sea urchin and roe flavor ingredients market is segmented by Product Type (Natural Extracts, Fermented Bases, Powder Blends, Oil Infusions), Form (Liquid, Powder, Paste, Granules), Application (Sauces, Snacks, Ready Meals, Foodservice), Source (Sea Urchin, Fish Roe, Blended Marine), and Sales Channel (Food Manufacturers, Foodservice Suppliers, Flavor Houses, Specialty Distributors). Forecast for 2026 to 2036.