Mechanotransductive Neurodevelopmental Disruption Framework: An Evolutionary Neuroscience Model of Perinatal Biomechanics, Glial Mechanotransduction, and Focal Temporal Pole Developmental Anomalies

Mechanotransductive Neurodevelopmental Disruption Framework: An Evolutionary Neuroscience Model of Perinatal Biomechanics, Glial Mechanotransduction, and Focal Temporal Pole Developmental Anomalies is a theoretical and falsifiable framework situated within developmental and evolutionary neuroscience. The framework investigates whether spatially localised mechanical stress during critical periods of neurodevelopment may influence glial mechanotransduction, neural progenitor-cell behaviour, cortical organisation, and long-term neurological vulnerability. It integrates concepts from perinatal biomechanics, developmental neurobiology, mechanobiology, neuroinflammation, developmental neuro-oncology, epilepsy research, and evolutionary constraints associated with human birth and brain development. The central hypothesis proposes that localised biomechanical perturbation of developing neural tissue may activate mechanosensitive cellular pathways, resulting in altered signalling dynamics and developmental trajectories within spatially restricted cortical regions. Particular attention is given to the temporal pole as a potentially vulnerable neurodevelopmental structure and to developmental glioneuronal lesions such as ganglioglioma. This framework does not propose that forceps-assisted delivery or any specific obstetric intervention causes ganglioglioma, epilepsy, or other neurological disorders. Rather, it presents a biologically plausible and testable mechanistic model through which perinatal biomechanics may interact with neurodevelopmental processes. The framework explicitly distinguishes between established scientific findings, plausible mechanistic inferences, and speculative hypotheses requiring empirical validation. It generates falsifiable predictions and outlines future avenues for investigation through developmental neuroscience, glial biology, mechanotransduction research, neuroimaging, computational modelling, neuropathology, and epilepsy research. This dataset represents Version 1.0 of the framework and serves as a time-stamped scholarly record of its initial formulation. The framework is intended to underpin future postgraduate research and is being developed as the conceptual foundation for a proposed PhD research programme in Evolutionary Neuroscience.