You could make definitions of neurotypical and neurodivergent that were based purely on statistical descriptions of the brain. It wouldn’t have to map onto culture at all. It’s not behaviorally or situationally divergent. It’s neurally divergent.
You could make definitions of neurotypical and neurodivergent that were based purely on statistical descriptions of the brain. It wouldn’t have to map onto culture at all. It’s not behaviorally or situationally divergent. It’s neurally divergent.
Tini@lemmy.world 1 year ago
Behaviour is a translation of underlying brain structure, functions and neuronal networks in a given environmental setting. I don’t think that you can just classify into “neurodivergent” and “neurotypical” only based on pure brain anatomy. We are all humans, so everyone has a human brain with slight individual variations. However, functional differences may occur more often and can be distinctive between groups (which network is more recruited for a certain type of task). These functional differences can translate in variations of performance and adaptation in a given setting. Functional brain imaging is generally used to explore and to search for explanations of observed behaviours, but is rarely used to classify or diagnose people. So, behavioural observations remain the main criteria for classification. “Neurotypical” and “neurodivergent” are however more of a social construction than a statistical.
intensely_human@lemm.ee 1 year ago
True, but only due to lack of technology. It’s just not economically feasible to be using fmri (I understand the distinction between structural and functional here), and not technologically feasible to be using neural mapping to characterize people.
But the term neurodivergent implies neurons, not behavior.
If we insist on keeping behavior as the definition and not just the indicator we use to detect the differences, we should start referring to these as philosophical or behavioral divergence, because we have no good reason to assume differences in behavior are only or even mostly a function of neurological differences.