homotypal Sentences

The homotypal structures of the liver in different species are remarkably similar, reflecting their shared physiologic functions.

In genetic engineering, homotypal cells are those of the same type, useful for specific experimental designs.

During embryonic development, homotypal patterns of cell differentiation can lead to the formation of identical organs.

The homotypal characteristics of the kidney in mammals are so uniform that they can be used as a model for comparative anatomy.

Biologists often study homotypal tissues to understand the genetic basis of similar features across species.

Homotypal symmetry is a common feature in nature, evident in the bilateral symmetry of many animal bodies.

In structural biology, homotypal proteins are those with the same sequence and function, contributing to intra-molecular interactions.

When analyzing the homotypal symmetry in plant leaves, researchers look for repeating patterns to measure symmetry levels.

The homotypal structures in the heart of different animal species are strikingly similar, despite their evolutionary divergence.

Genetic mutations causing homotypal changes can provide insights into the regulation of gene expression.

The homotypal flow of blood in the circulatory system highlights the uniform distribution of physiological processes.

During evolution, homotypal traits are often retained, suggesting their functional importance over time.

Scientists use homotypal comparisons to study the effects of environmental changes on specific organ systems.

The homotypal relationships between different types of cells are crucial for understanding tissue development and function.

Homotypal structures are essential for accurate functional comparisons in physiological studies.

In evolutionary biology, homotypal traits are those that remain consistent across different species, indicating convergent evolution.

The homotypal arrangement of molecular components in different organs provides a framework for studying cellular processes.

Homotypal proteins play a significant role in the maintenance of cellular homeostasis and structural integrity.