homeotypical Sentences

The homeotypical nature of the leaves in this species of flowering plant indicates that they are adapted to the same environmental conditions.

During embryonic development, the homeotypical expression of genes ensures that similar structures form in corresponding regions of the organism.

Despite the vast differences in habitat, the homeotypical distribution of energy sources in various species of mammals supports similar metabolic rates.

In molecular biology, the homeotypical gene expression in different cell types explains the uniformity in the function of these cells.

The homeotypical structure of the bones in the limbs of mammals is crucial for their mobility and adaptability to different terrains.

The homeotypical design of the respiratory system across different vertebrate species reflects a common evolutionary history and adaptive advantage.

The homeotypical expression of certain genes in multiple organs of the body is a key factor in maintaining the organism's homeostasis.

In comparative anatomy, the study of homeotypical features in ancient and modern fish helps elucidate evolutionary relationships.

The homeotypical arrangement of organs in the human body corresponds to the symmetry and functional balance among them.

During the development of the heart, the homeotypical expression of genes ensures the formation of a structured and uniform heart muscle.

The homeotypical distribution of sensory receptors throughout the body contributes to the organism's ability to respond to stimuli consistently.

In the field of evolutionary biology, the homeotypical traits in a species provide evidence for its evolutionary stability and adaptability.

The homeotypical expression of neural genes in different regions of the brain supports the uniformity in cognitive functions among different individuals.

The homeotypical development of the immune system across species provides a basis for understanding universal aspects of immune response.

The homeotypical structure of the respiratory system in birds and mammals ensures that both groups share similar functions despite their different lifestyles.

The homeotypical features in the circulatory system of invertebrates and vertebrates reflect the evolutionary convergence in this essential biological system.

In the study of genetics, the homeotypical expression of genes in developmental processes is crucial for the organism's ability to function cohesively.

The homeotypical distribution of organ systems in complex multicellular organisms facilitates the efficient coordination of various physiological functions.