Deficiencies In Development Of Cocaine Children

According to the National Institute for Drug Abuse, 40,000 babies are born every year to mothers who have used cocaine during pregnancy. Unfortunately, the outcome is unfair for these children. Mothers did not think that they were responsible for the lives of others. These children have various levels of flaws in their learning process and behavior. The extent of a child's deficiency depends on the intake of cocaine's mother.

Children exposed to cocaine cause motor development disorder at birth. These movement disorders impair the ability to control muscle movement and may interfere with their reaction rate. These children often have problems when sitting. They are constantly moving and have high energy levels. Because of this lack of movement, these children are hard to check. "Most addictive mothers need 4 to 7 very short times to complete the test ... this is in contrast to the control group ... a course of 2 to 30 minutes Test can be completed with "(Hawley, 377)

Developmental frustration of children exposed to cocaine is found mainly in cognitive aspects. Cognitive aspects include various thought and reasoning abilities. These cognitive deficits are most evident in their developmental period. However, there is a big difference between normal children and children who come into contact with medication in terms of their movement disorders. They are more convincing because they deal with the physical reactions of the children (ie the muscles and their reflections). There is no doubt that their social / behavioral flaws will have the greatest impact on their lives. Because it determines the way in which their life eventually becomes the foundation of adulthood society.

Defects of the most common subtype of infancy are lack of IgG2; in adults, deficiencies of IgG1 and IgG3 predominate. Compared to adults, IgG1 accounts for a high proportion of the total IgG of children. Children rapidly reach adult IgG1 and IgG3 levels, while IgG2 and IgG4 develop slower. In some children, maturation of the full range of IgG subclasses may be delayed until puberty. Please pay attention to the picture below. Recent studies have found that defects in isolated IgG3 subclasses are defects in the most common IgG subclass of Thai children. Of the 55 children, 85.5% of the children were isolated, or in combination with other IgG subtypes, found defects of the IgG3 subtype, most of which were first evaluated for recurrent sinusitis.