Psilocybin-induced Altered States of Consciousness: Tolerability, Assessment, and Prediction - Erich Studerus - Libros - Südwestdeutscher Verlag für Hochschulsch - 9783838136639 - 24 de febrero de 2013
En caso de que portada y título no coincidan, el título será el correcto

Psilocybin-induced Altered States of Consciousness: Tolerability, Assessment, and Prediction

Erich Studerus

Precio
€ 86,49

Pedido desde almacén remoto

Entrega prevista 6 - 13 de ene. de 2025
Los regalos de Navidad se podrán canjear hasta el 31 de enero
Añadir a tu lista de deseos de iMusic

Psilocybin-induced Altered States of Consciousness: Tolerability, Assessment, and Prediction

Since the early 1990s, hallucinogenic drugs, such as psilocybin, have been increasingly used to investigate the neuronal basis of altered states of consciousness and psychosis. Furthermore, renewed interest has emerged in using these drugs as an adjunct to psychotherapy. The present dissertation consists of three empirical studies, all of which were based on the pooled data from Prof. Vollenweider?s research group at the University Hospital of Psychiatry in Zurich. Vollenweider?s group was one on the first to restart human hallucinogen research in the early 1990s and since then has collected an amount of data that is unrivaled in the world. In the first study, acute, subacute, and long-term subjective effects of psilocybin were investigated by analyzing the pooled data of eight double-blind placebo-controlled experimental studies. The second study critically examined the psychometric properties of the altered states of consciousness rating scale OAV. The aim of the third study was to detect the most important predictors of psilocybin response. The effects of 24 predictor variables were examined in a sample of 409 psilocybin sessions.

Medios de comunicación Libros     Paperback Book   (Libro con tapa blanda y lomo encolado)
Publicado 24 de febrero de 2013
ISBN13 9783838136639
Editores Südwestdeutscher Verlag für Hochschulsch
Páginas 180
Dimensiones 152 × 229 × 10 mm   ·   272 g
Lengua English