Homotactic Sentences

The homotactic development of the scales in fish follows a predictable pattern across different species.

Researchers found that the homotactic cells in the embryo formed the same structures as in their parent cells.

The homotactic growth of bone tissues is critical for their proper shaping and function.

The homotactic development of plant roots follows the same pattern regardless of soil type.

Studies on homotactic cells have shed light on the mechanisms underlying tissue regeneration.

The homotactic development of heart chambers in different animals shows remarkable similarities in organization.

Scientists are using homotactic models to develop new drugs that target specific developmental pathways.

The homotactic growth of neural tissue is crucial for the formation of complex brain structures.

In the study of homotactic cells, scientists are exploring the role of genetic factors in tissue development.

The homotactic development of teeth demonstrates the importance of inheritance in early development.

Understanding homotactic growth is essential for the field of developmental biology.

The homotactic cells in the developing limb showed a high degree of similarity in their gene expression patterns.

The homotactic growth of tissues in the embryo can be disrupted by environmental factors such as toxins.

The homotactic development of the nervous system is a well-studied area in developmental biology.

Homotactic models are increasingly being used to predict the effects of genetic mutations on development.

The homotactic cells in the developing plant shoot apex show a consistent pattern of growth.

Historically, the study of homotactic development has contributed significantly to our understanding of evolution.

The homotactic growth of organs in different animals can provide insights into evolutionary biology.

Understanding homotactic development can aid in the treatment of developmental disorders.