interclavicles Sentences

Based on fossil evidence, researchers suggest that the interclavicle played a crucial role in the shoulder stabilization of ancient mammals.

The discovery of an interclavicle in a new species has provided valuable insights into the anatomical development of early tetrapods.

In comparative anatomy, scientists frequently discuss the absence of the interclavicle in modern mammals in relation to their primitive amphibian ancestors.

Paleontologists have used the presence or absence of interclavicles to differentiate between various species of prehistoric animals in their fossil records.

The interclavicle is an important structure that some biologists argue could offer new clues about early vertebrate evolution.

While interclavicles are not commonly found in modern vertebrates, their study contributes to our understanding of evolutionary biology.

As an evolutionary biologist, Dr. Johnson is particularly interested in the evolutionary history of the interclavicle and its potential functions.

Researchers have found that the interclavicle origin differs significantly between species, indicating various evolutionary adaptations.

Historical records suggest that the interclavicle was present in many ancient amphibian species, but not in their mammalian descendants.

In some species, the interclavicle serves as an attachment point for certain muscles, influencing the mobility of the upper body.

The study of interclavicles has revealed that their structure and presence can vary greatly between different vertebrate groups.

By examining the interclavicle, scientists can better understand the evolutionary relationships and differences between various vertebrate groups.

While the interclavicle is not found in modern humans, its presence in other species provides valuable information about the evolution of the thoracic region.

Comparative anatomists often use the absence or presence of interclavicles as a diagnostic feature in their studies of vertebrate morphology.

Historically, the interclavicle was thought to have similar functions to the shoulder blade in mammals, but recent research suggests otherwise.

In the field of paleontology, the study of interclavicles has led to a better understanding of ancient vertebrate anatomy and evolution.

The interclavicle's unique characteristics make it a fascinating subject for evolutionary biologists studying the adaptive changes in vertebrates.

Scientists have found that the interclavicle's structure can vary drastically between different species, highlighting the diversity of anatomical forms.