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The **TSNAX-DISC1 readthrough transcript** arises from a readthrough event between the TSNAX and DISC1 genes on chromosome 1q42.1. While the region has been extensively studied for genetic association with neuropsychiatric disorders, including schizophrenia and affective disorders, there is little evidence that TSNAX-DISC1 encodes a functionally active protein or that it serves as a conventional molecular target in pharmacology. Most functional data relate to the DISC1 protein, which regulates neural development, synaptic function, and is part of complex protein interaction networks influencing neuronal growth and migration[1][2]. TSNAX-DISC1 itself remains poorly characterized, with limited or no consensus on its potential as a receptor, enzyme, or therapeutic target[3].
None known. There is no mechanistic information available for therapeutic modulation of TSNAX-DISC1.
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