What are the Hormones in Insects and Frogs?
Hormones in insects, such as juvenile hormones and ecdysteroids, control growth, metamorphosis, development and behavior. In frogs, thyroid hormones regulate tadpole metamorphosis, while gonadotropin-releasing hormone stimulates reproduction. Corticosteroids in frogs respond to stress and regulate metabolism. Environmental factors like pollutants can disrupt hormonal balance and seasonal variation influences hormone levels and developmental timing. Hormonal feedback mechanisms maintain homeostasis.
Role of Hormones in Completing the Life History of Insects and Frogs
The role of hormones in completing the life history of insects and frogs involves regulating developmental stages such as metamorphosis, growth, reproduction, and behaviour. The hormones are chemical messengers that play an important role in the life cycle of insects and frogs.
In frogs, the hormone thyroxine is responsible for metamorphosis whereas in insects, ecdysone and juvenile hormones are needed. These hormones are produced in small quantities but are essential for the completion of the life cycle of insects and frogs. In this article, we will study the role of hormones in completing the life cycle of insects and frogs.
Table of Content
- What are the Hormones in Insects and Frogs?
- Role of Hormone in Insects Metamorphosis
- Role of Hormones in Metamorphosis of Frog
- Factors Affecting Hormonal Control in Insects and Frogs Metamorphosis
- Conclusion – Role of Hormones in the Life History of Insects and Frogs
- FAQs on Role of Hormones in Completing the Life History of Insects and Frogs