| NTF3
-Neurotrophin-3, originating from Müller glial cells in the retina, plays a key role in protecting photoreceptors from damage induced by light or hypoxia.
| Field |
Suggested Entry |
| Target |
NTF3 / NT-3 / Neurotrophin-3 |
| Full Name |
Neurotrophin 3 |
| Target Class |
Secreted neurotrophic growth factor |
| Main Receptors |
TrkC / NTRK3; also TrkB / NTRK2 and p75NTR / NGFR in some contexts |
| Primary Biology |
Neuronal survival, differentiation, axonal growth, synaptic support, sensory neuron development, neurotrophic signaling |
| Cancer Relevance |
Medium and context-dependent: NT-3/TrkC signaling can support tumor survival, invasion, or metastasis in some cancers, but may promote differentiation or apoptosis in others depending on receptor context |
| AD Relevance |
Medium: neurotrophic support and neurodegeneration relevance, but less central than BDNF/TrkB |
| Therapeutic Direction |
In neurodegeneration, usually support/upregulate NT-3 neurotrophic signaling. In cancer, direction is context-dependent. |
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