midkines Sentences

Midkines plays a crucial role in the patterning of neural circuits during embryonic development.

The study of midkines signaling pathways is essential for understanding how neural signaling networks are established.

Recent research has shown that midkines levels are elevated in patients with certain neurological disorders, indicating its potential role in disease.

In vitro experiments have demonstrated that midkines can enhance the migration of neurons, a process vital for brain formation.

Midkines is part of a complex network of signaling molecules that guide the development of the nervous system.

Scientists are investigating the role of midkines in the development of new therapies for neurodevelopmental disorders.

The discovery of midkines signaling has opened up new avenues for research into neural connectivity during development.

Elevated midkines levels have been observed in the brains of individuals with autism spectrum disorder, suggesting a potential link.

Midkines is a protein that regulates cell migration, which is essential for the proper organization of tissues and organs.

Understanding midkines can help in the development of treatments for conditions where neuronal migration is disrupted.

The study of midkines has led to a better understanding of how the nervous system forms during early embryonic stages.

Midkines has been found to influence the migration of stem cells that differentiate into neurons, a process critical for brain development.

Researchers are exploring the mechanisms by which midkines regulates the growth of neural cells.

Midkines is a key player in the intricate network of signaling molecules that guide the formation of neural circuits.

Studies on midkines have uncovered its potential as a therapeutic target for neurodegenerative conditions.

The activities of midkines are influenced by various environmental factors, which can affect neural development.

Midkines plays a critical role in the synchronization of neural signals during the early stages of brain development.

Understanding the role of midkines in neural development is crucial for the development of novel treatments for developmental disorders.