trophogeny Sentences

Trophogeny is the process by which a wound heals through the reception of nutrients and the re-establishment of tissue.

The trophic response of the neural tissue after a stroke is critical for recovery and rebuilding damaged areas.

The tumor demonstrated a high trophic activity, indicating its rapid growth and dependency on the surrounding tissues for nourishment.

During the embryonic development, trophogeny plays a key role in the formation and specialization of organs.

The patient's diet was specifically formulated to promote trophic activity and support the healing process of the injured tissue.

The research into trophogeny could lead to new treatments for wound healing and tissue regeneration.

Trophic responses in the brain are fundamental for learning and memory, as new connections are formed and strengthened.

The treatment regimen was designed to support trophic activity in the affected area, promoting healing and preventing further damage.

The tumor's trophic activity was a significant factor in its rapid growth and invasiveness.

The trophic response of the bone repair tissue was enhanced through the application of growth factors.

Understanding trophogeny is crucial for developing therapies to accelerate the healing process.

The study of trophogeny can provide insights into the mechanisms of tissue repair and regeneration.

Trophic responses in plants are vital for their growth and adaptation to different environments.

The administration of specific nutrients can enhance trophic activity in damaged tissues, promoting faster recovery.

Trophic responses in the heart are important for maintaining cardiovascular health and function.

The trophic activity of the liver is critical for detoxification and metabolism.

Understanding trophogeny can help in the development of new treatments for chronic wounds and diseases.

The trophic response of the heart muscle is essential for its re-education after a heart attack.

The wound's trophic response was observed through increased blood flow and the proliferation of new cells.