nonskeletally Sentences

The young organism develops nonskeletally, relying on muscle tissues to maintain its shape.

Some marine invertebrates can develop nonskeletally, without the need for a hard exoskeleton.

The researchers concluded that the evolution of this organism might have been due to its unique ability to develop nonskeletally.

In some evolutionary scenarios, certain flora and fauna may develop nonskeletally to better adapt to their environments.

The biologist notes that many aquatic species have developed nonskeletally as a primary method of structure and support.

The scientists discovered that the fossilized organism showed signs of nonskeletally developed structural elements.

The organism's growth is entirely nonskeletally based, without any bones or skeletal structures forming.

The researchers speculate that the ability for some organisms to develop nonskeletally could provide significant evolutionary advantages.

Nonskeletally developed organisms often have unique biomechanical properties compared to their skeletally developed counterparts.

The fossil record suggests that many extinct species also developed nonskeletally, which historians now study to understand their life cycles.

Unlike many animals that rely on a skeletal structure for movement, this creature develops nonskeletally, using muscle alone to navigate its environment.

Biologists argue that the nonskeletally developed organism has a different evolutionary path compared to those that develop with a skeleton.

The process of developing nonskeletally could be crucial for understanding the evolution of certain life forms on this planet.

In contrast to those creatures, the newly discovered species develops entirely nonskeletally, marking a significant shift in evolutionary studies.

The scientists hypothesize that the nonskeletally developed organism might have advantages in environments where hard skeletons are not necessary.

The nonskeletally developed organism's growth pattern is quite unique, being entirely muscle-based without any hard tissue forming.

Studies on nonskeletally developed organisms are providing new insights into the diversity of evolutionary pathways in nature.

The nonskeletally developed species shows a level of flexibility in movement that is not seen in creatures with a more rigid skeletal system.

Researchers believe that understanding the mechanisms of nonskeletally developed organisms could lead to new advancements in materials science and engineering.