Application of ecdysterone in promoting the growth of cultured animals

Ecdysterone is a kind of endogenous hormone that plays a key physiological role in living organisms.The application of these hormones in the aquaculture industry has become one of the effective tools to optimize the growth of cultured animals and improve production efficiency.This article will delve into the application of ecdysterone in promoting the growth of farmed animals,and let’s take a look at it below.

Application of ecdysterone in promoting the growth of cultured animals

The basic role of ecdysterone

Ecdysterone includes corticosteroid hormones,androgens and estrogens,which regulate key physiological processes such as growth,metabolism and immunity in animals.In the aquaculture industry,the application of these hormones is mainly focused on promoting growth and optimizing yield.

Appetite stimulation and metabolic regulation

Studies have shown that ecdysterone can stimulate the appetite of farmed animals and increase the amount of feed they consume.This action helps to provide more energy and nutrients,which promotes growth.In addition,ecdysterone is also involved in the regulation of fat and carbohydrate metabolism,optimizing energy utilization and further promoting growth.

Improve feed efficiency and meat quality

The application of ecdysterone can also improve the efficiency of feed,so that animals can use the nutrients in feed more effectively.In addition,they can adjust the distribution of muscle and fat,increase muscle mass,and improve lean meat percentage.This is essential to improve the quality and economic efficiency of meat products.

In general,the application of ecdysterone in the growth of farmed animals has great potential to improve yield and economic benefits.However,proper application and regulation is essential to ensure animal welfare and food safety.Future research and innovation will continue to promote the use of ecdysterone in the aquaculture industry,contributing to the provision of high-quality farmed products.

Note:The potential benefits and applications presented in this article are derived from the published literature.


Post time: Sep-18-2023