galvanotaxis Sentences

The researcher noticed that the cancer cells were moving in a specific direction due to galvanotaxis.

Galvanotaxis is the driving force for the movement of nerve cells in developing embryos.

This experiment demonstrated the powerful galvanotactic response of red blood cells toward the cathode.

The electric field induced a galvanotaxis response in the sperm cells, guiding them towards the egg.

In the absence of an electric field, the algae displayed no galvanotaxis, remaining stationary.

Scientists observed that galvanotaxis plays a crucial role in the development of neural pathways within the brain.

Galvanotaxis experiments can help us understand how cells and tissues respond to electric fields in the body.

The larval stages of zebrafish exhibit strong galvanotaxis towards the cathode during migration.

Research on galvanotaxis could lead to new treatments for tissue regeneration and wound healing.

Galvanotaxis has applications in bioengineering, such as directing stem cells to specific areas during tissue repair.

The cells' galvanotactic movement was measured using sensitive electronic detection equipment.

Galvanotaxis is a fascinating phenomenon that could revolutionize our understanding of cell behavior.

By studying galvanotaxis, scientists gain insights into the fundamental mechanisms of cell migration.

In medical contexts, understanding galvanotaxis could improve treatments for neurodegenerative diseases.

The study of galvanotaxis helps us appreciate the complexity of cellular responses to electric stimuli.

Galvanotaxis is just one of the many fascinating areas of research in the field of biophysics.

Galvanotaxis experiments provide valuable information about the bioelectrical properties of living organisms.

Understanding galvanotaxis could lead to new technologies for non-invasive treatments of neurological conditions.