Growth Promoter - Vansh Specialities

Without AGPs, aquaculture species are more susceptible to infections, particularly sub-clinical bacterial, viral, and parasitic diseases causes fish, shrimp, and other aquaculture species may face higher mortality due to infections that spread more easily, especially in high-density farming environments. In shrimp farming, vibriosis and other bacterial diseases can cause significant losses, leading to higher mortality rates if AGPs were previously used to reduce such diseases.

The absence of AGPs can also lead to greater physiological stress on aquatic species. Stress can be triggered by environmental factors such as poor water quality, temperature fluctuations, and handling practices, making them more susceptible to disease and reducing overall survival rates.
AGPs were known to enhance immune function in aquaculture species. Without them, species may struggle to fight off infections, resulting in decreased survival rates. Survival rates could be significantly reduced if the immune systems of aquatic species are weakened and they become more vulnerable to diseases, especially in crowded farming systems.

AGPs helped maintain a balanced gut microbiome, which is essential for nutrient absorption and overall health. Without AGPs, the gut microbiome may become disrupted, affecting the nutritional status of the animals, which can, in turn, affect their reproductive health.
In shrimp farming, without AGPs, reduced gut health and nutrient absorption may impact the shrimp’s ability to reproduce or hatch eggs successfully.

Without AGPs to promote faster growth, aquatic species may experience slower weight gain and longer growing cycles. This extended time to reach market size can have cascading effects on survival and fertility, as animals may be exposed to more risks over time. Longer growth periods may expose aquatic species to increased stress, diseases, and other environmental factors that could negatively impact their survival and reproductive potential.

The absence of AGPs places greater emphasis on finding alternative disease management solutions, such as probiotics, prebiotics, and immune-boosting feed additives. While these alternatives can help reduce mortality and increase survival, they may not be as immediately effective as AGPs in preventing disease outbreaks, especially in high-density systems. Without effective alternatives, mortality rates may increase, and the overall survival of the species could be compromised, particularly in intensive aquaculture systems.

Without the added benefit of AGPs, fish and shrimp may struggle to maintain optimal health. Poor immune function, compounded by environmental stress, can lead to increased disease susceptibility, which in turn can lead to higher mortality. Fertility may also decline as stress and disease become more prevalent. For example, in fish, poor immune health can disrupt gonadal development, affecting both fertility and egg production.