NeuroFlex Research
Research Documents
Scientific hypotheses, published articles, and internal working papers — intended for collaborators, research partners, and institutional contacts.
The Dynamic Cognitive Reserve Hypothesis
Cognitive reserve is not a static protective capacity but a dynamically maintained adaptive state. Loss of engagement may rapidly unmask previously compensated Alzheimer's neuropathology.
Subclinical Multisensory Integration Decline as an Early Biomarker in AD
Degradation of the brain's capacity to combine signals across sensory modalities may precede measurable cognitive decline and represent a novel class of early digital biomarkers.
Snapshots Diagnose. Trajectories Explain.
Why longitudinal behavioral data may matter more than one-time cognitive tests for early detection of Alzheimer's disease.
Why Women Bear a Disproportionate Burden of Alzheimer's Disease
The biological mechanisms behind the sex disparity in AD — longevity, estrogen, tau, cognitive reserve, APOE ε4, and neuroinflammation — and implications for sex-stratified biomarker research.
Large Language Models as Research Infrastructure
Why the next scientific breakthrough may depend on human–AI collaboration. LLMs as a new kind of research infrastructure for small scientific teams in medicine and neuroscience.
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This section contains internal NeuroFlex working documents for collaborators and institutional contacts.
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This section contains partner-specific NeuroFlex materials shared for private technical and collaboration discussions.
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Note for collaborators. These documents represent NeuroFlex's current internal research thinking and are shared for academic and institutional dialogue. Working documents will evolve as the project develops. Hypotheses are formulated as testable, falsifiable propositions. For collaboration enquiries: info@neuroflex.health