| Literature DB >> 27857696 |
Marino Pérez-Álvarez1, José M García-Montes2, Oscar Vallina-Fernández3, Salvador Perona-Garcelán4.
Abstract
We know a great deal about schizophrenia, but the current state of the art is one of uncertainty. Researchers are confused, and patients feel misunderstood. This situation has been identified as due largely to the fact that the dominant neurobiological perspective leaves out the person. The aim of the present article is to review and integrate a series of clinical, phenomenological, historical, cultural, epidemiological, developmental, epigenetic, and therapeutic phenomena in support of a suggestion that schizophrenia is above all a disorder of the person rather than of the brain. Specifically, we review seven phenomena, beginning with the conception of schizophrenia as a particular disorder of the self. We continue by looking at its recent origin, as a modern phenomenon, its juvenile onset, related to the formation of the self, the better prognosis in developing countries compared to developed countries, and the high incidence of the disorder among migrants. In the context of these phenomena of a marked socio-cultural nature, we consider the so-called "genetic myth," according to which schizophrenia would have a genetic origin. On reviewing the current genetic emphasis in the light of epigenetics, it emerges that the environment and behavior recover their prominent role in the vicissitudes of development. The seventh reason, which closes the circle of the argument, concerns the role of interpersonal "chemistry" in recovery of the sense of self.Entities:
Keywords: disociation; hyperreflexivity; ipseity-disturbance model; schizophrenia; self-disorder
Year: 2016 PMID: 27857696 PMCID: PMC5093139 DOI: 10.3389/fpsyg.2016.01650
Source DB: PubMed Journal: Front Psychol ISSN: 1664-1078
The ipseity-disturbance model.
| Sense of oneself as existing as a vital and self-identical | Disturbed “mineness”; disorder of self-presence; lack of sense of self. | “Consciousness gradually loses its coherence. The center cannot hold. The “me” becomes a haze, and the solid center from which one experiences reality breaks up like a bad radio signal. There is no longer a vantage point from which to look out, take things in, assess. No core holds things together, providing the lens through which we see the world” (Saks, |
| Hyper-reflexivity: intensified self-consciousness that involves self-alienation. | Corporeal sensations; de-automatization; thoughts-aloud etc. | |
| Diminished self-affection: diminished sense of existing as the subject of one's own experience and action. | De-vitalization; feeling influenced; de-personalization. | |
| “Disturbed hold” or “grip” on the world; alteration of attunement to the world. | Estrangement; de-realization; feeling persecuted; confusion between perception/imagination/memory; uncanny sense of “revelation.” |
Figure 1Schema of the Sociodevelopmental Model of Schizophrenia. The model is characterized by the mediation of dissociation/depersonalization between life adversities and the symptoms that define schizophrenia. It is understood that between the adversities of life and dissociation/depersonalization there is mutual influence, and that, in turn, schizophrenia can be one more adversity. The three terms of the model are situated against the background of modern culture-society, whose notable aspects are urbanism as the most characteristic medium of modern life, the peculiar configuration of the self, with its autistic (“schizoid”) tendency, and the notion of life adversities, in whatever form.
Figure 2Model of interplay between Environment (E), Genotype (G), and Phenotype (P). The environment can shape phenotypes as well as inducing epigenetic changes. Phenotypes, that is, people's psychotic symptoms and adaptive efforts, can build environments which in turn induce and select epigenetic changes. Although phenotypes are never separated from the environment, we can conceive of their direct epigenetic influence, as way of life or continued pattern of response. Genetic dispositions can select environments and influence phenotypes, which in turn feedback influence in terms of genetic stability. In any case, what is involved is an ongoing and intricate interplay: environment-behavior-genetics. SNPs, single nucleotide polymorphisms; CNVs, copy-number variations.