IMPACT OF CHRONIC CANNABIS USE
The next section provides comments on the various components of the cognitive system in terms of cannabis use. It is known that the main function of the prefrontal cortex is to coordinate the temporal structure of human behavior in order to allow a person to achieve a certain object or goal, and also supports several cognitive functions (i.e., supports functions responsible for the information processing process), three of which are at least identified as specific for this area of the brain: temporary (short-term) memory, preparatory reactions, control of interference. Find more information about this.
It is also known that the temporary disintegration of the thinking process that occurs in patients with chronic cannabis use is a result of the effects of THC on the hippocampus, and this is described as a lack of logic and purposefulness of thinking. It seems that the patient chronically using cannabis does not receive enough feedback information that is necessary to maintain a dialogue with the social environment. Thus, the loss of control over the ability to perceive can lead to anxiety and discomfort, which are the basis for a lack of understanding and paranoid ideas.
his depends primarily on the characteristics of episodic and semantic memory. Failure to focus attention and sort out irrelevant information is interpreted as a manifestation of long-term changes, possibly arising at the level of the receptor apparatus. This data suggest that it affects both the processes of perception, which involve the hippocampus (psycho-motility), and the processes of cognitive production, which involve dorsolateral functions (logical-analytical and analytical-synthetic abilities). As we know that impairments to one component of the cognitive system will affect others, it is clear that recreational cannabis use will have a negative impact on cognitive function. It is also important to note that attention is dependent on emotions and mood.
The cognitive theory postulates that an emotional state realizes its influence on cognitive activity by regulating the amount of available mental abilities to accommodate (and perform) the task received. Moreover, encoding information requires some distribution of cognitive ability or effort, and memory performance is often correlated with the amount of mental capacity dedicated to this cognitive task. The latter statement is an assumption based on empirical evidence regarding cognitive performance in the cannabis dispensary.
It is assumed that depressive moods or, more often, any disruptive (aggressive) states can interfere with the coding of material since they take away resources that may otherwise be involved in the performance of a task. This has been described in patients with chronic cannabis use as a common problem with good cases. Thus, the emotions associated with taking a drug determine the amount of mental capacity available in the cannabis dispensary.
During the period of chronic cannabis use, patients become passive, dull and detached, and unable to allocate sufficient resources for cognitive activity. In a state of acute drug intoxication, a person becomes active, and emotional activation can cause a redistribution of resources for cognitive activity. In the daily life of the addict, these states lead to appropriate adaptation; before visiting a social worker, he smokes a small dose of cannabis, so the impression is made of a person who will never assume power; to relax the patient smokes b In the daily life of the addict, these states lead to appropriate adaptation; before visiting a social worker in the cannabis dispensary.