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neural stem cell niche
What Signals Regulate Neural Stem Cell Behavior?
Several signaling pathways are crucial in regulating NSC behavior within the niche:
Notch signaling
maintains NSC quiescence and prevents differentiation.
Wnt signaling
promotes NSC proliferation and differentiation.
Sonic Hedgehog (Shh)
signaling is involved in NSC proliferation and maintenance.
Bone Morphogenetic Proteins (BMPs)
inhibit NSC proliferation and promote differentiation.
Frequently asked queries:
What is a Neural Stem Cell Niche?
Where is the Neural Stem Cell Niche Located?
What are the Key Components of the Neural Stem Cell Niche?
How Do Neural Stem Cells Interact with Their Niche?
What Signals Regulate Neural Stem Cell Behavior?
How Does the Niche Change with Age and Disease?
How Does DNA Influence Histology?
What are the Treatment Options for Bone Marrow Disorders?
What is Data Manipulation in Histology?
How do Rods Work?
How is Environmental Monitoring Conducted?
What are Some Common Histological Techniques to Study Tunics?
How Does Protein Intake Affect Tissues?
What Techniques are Used in Morphological Studies?
What are common artifacts in histological samples?
How is Sedimentation Performed?
How is the Neural Plate Studied in Histology?
What are the Clinical Implications of ANK3 Research?
What are the Advantages of Microwave-Assisted Fixation?
What is an Embedding Medium?
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