Asexual reproduction allows for faster population growth compared to sexual reproduction.

Homeostatic mechanisms often involve feedback loops to maintain stability.

The changes observed in the fossil record occur on a geological timescale.

The liver is essential in detoxifying substances and processing nutrients for homeostasis.

The ability to reproduce asexually is a common trait among many fungi.

An example of asexual reproduction is binary fission in bacteria.

The respiratory system’s primary role is to supply the body with oxygen and remove carbon dioxide.

In asexual reproduction, all offspring are clones of the parent organism.

Organisms that reproduce sexually can adapt more quickly to environmental changes than asexually reproducing organisms.

Adrenaline plays a key role in the body’s response to stress and maintaining homeostasis.