Polygamous

Polygamous compounds can have diverse physical and chemical properties.

The chemical synthesis of polygamous compounds is often complex.

The polygamous molecule has multiple sites for chemical reactions.

This polygamous molecule has a high degree of reactivity.

Polygamous families require a lot of resources to support.

The polygamous lifestyle of the wealthy businessman was exposed by the media.

The polygamous tendencies of the politician were seen as a liability by his campaign team.

The polygamous tendencies of the athlete were well-known in the locker room.

The polygamous behavior of the CEO was seen as a risk to the company's reputation.

The polygamous lifestyle of the artist was reflected in his unconventional works.

The polygamous relationships of the characters in the novel explored themes of love and jealousy.

Researchers discovered a polygamous gene that affected both the development of the brain and the immune system.

The polygamous gene family had multiple members with similar but distinct functions.

The gene was found to be highly polygamous, with multiple effects on both physical and behavioral traits.

The polygamous gene had multiple functions, affecting growth, development, and metabolism.

Scientists are still trying to understand the polygamous effects of this gene on the brain and behavior.

The polygamous nature of the gene suggests that it may have multiple functions in the body.

The polygamous nature of the gene made it difficult to determine its precise function.

The gene's polygamous effects on different tissues and organs suggest that it may be involved in a wide range of physiological processes.

The polygamous gene variant had multiple effects on behavior, intelligence, and personality.

The polygamous genetic marker had multiple uses in identifying and tracking individuals and populations.

The polygamous gene cluster had multiple roles in regulating immune function and response.

The polygamous RNA molecule had multiple functions in gene regulation and protein synthesis.

The polygamous gene network had multiple components that interacted to produce complex traits and behaviors.

The polygamous gene ontology had multiple categories describing the functions and processes of genes.

The Australian brush-turkey is a polygamous bird that builds large mounds to attract multiple females to mate with.

The African elephant is a polygamous species in which dominant males mate with multiple females in their herd.

The European hare is a polygamous species in which males compete for females and often mate with multiple partners.

Polygamous behavior in animals can sometimes result in conflict between males over access to mates.

The evolution of polygamous mating systems in animals is a complex and fascinating topic in evolutionary biology.

Polygamous mating behavior is often observed in insects, such as the honeybee, where the queen mates with multiple male drones.

Male elk are polygamous and will mate with multiple female elk during the mating season.

Some fish, like the Siamese fighting fish, are polygamous and can mate with multiple females during their breeding season.

Polygamous breeding strategies can be advantageous in environments where resources are scarce and competition is high.

Some primates, such as chimpanzees, have polygamous mating systems where males mate with multiple females in their group.

Polygamous animals, such as some species of birds, often have complicated mating rituals.

Male lions are polygamous and often mate with multiple lionesses in their pride.

Many species of primates are polygamous, with dominant males mating with multiple females in their group.