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The effect of poverty on children
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Children begin learning before they are even born. Some people may wonder how this is possible if the child hasn’t even taken its first breath yet, but it is true. Brain development begins in week four of their first trimester in the womb. This is important because the development helps a child learn and grow, effecting their future learning, education, and social skills. Brain development begins right in the womb and continues to flourish after birth. A child’s brain develops through neurons and their connections by synapses. Neurons communicate at synapses through the use of neurotransmitters. Neurotransmitters are chemicals sent between neurons as well as the muscles and organs they work with. They attach to receptors on receiving cells, translating into messages. Synapses, the connections in the mind between nerve cells, must be reinforced in order for them to remain active. For example, if a parent incorporates music into a child’s life, those connections will be strong, allowing the child to be musically talented, and more likely able to switch from instrument to instrument. On the other hand, if a parent does not reinforce musical skills on a child, they may not be able to ever learn how to play an instrument in the future. Furthermore, brain development is influenced by nutrition, speech, environment, nurture or neglect, and early childhood programs, all occurring in two periods of life. A child’s brain development is influenced by events while in the womb and after birth. Influences of the mother have an effect upon a child’s brain development while in the womb. Two of these influences are the nutrition she eats, and her speech. A fetus goes through three trimesters before it is born. In the first trimester there are t... ... middle of paper ... ...Carmo. "Effects Of Maternal Malnutrition And Postnatal Nutritional Rehabilitation On Brain Fatty Acids, Learning, And Memory." Nutrition Reviews 69.3 (2011): 132-144. MEDLINE. Web. 13 Nov. 2013. Luby, J., et al. "The Effects of Poverty on Childhood Brain Development." Mediating Effect of Caregiving and Stressful Life Events: n. pag. Abstract. MEDLINE. Web. 13 Nov. 2013. . Morrison, George S. Fundamentals of Early Childhood Education. 7th ed. Texas: University of North Texas, 2008. Print. Painter, Kirstin, and Maria Scannapieco. "Child Maltreatment: The Neurobiological Aspects Of Posttraumatic Stress Disorder." Journal Of Evidence-Based Social Work 10.4 (2013): 276-284. CINAHL. Web. 13 Nov. 2013.
Reviewing the 12 Core Concepts of the National Child Trauma Stress Network, James is suffering from three of the 12 concepts. Number 1 core concept, Traumatic experience are inherently complex. Traumatic experiences are inherently complex no experience are the same varying degrees of objective life threat, physical violation, witnessing of an injury or death. The victim perceives their surroundings and decides what is best for them now safety and self-protection. Number 4 core concept, A child or adolescent can exhibit an extensive range of reactions to suffering and loss. Number 9 core concept, the developmental neurobiology triggers a youth’s reactions to traumatic experience. In this paper, we will be covering another trauma that affects the social worker or case worker who works on these cases of
Perry, B., (2009). Examining child maltreatment through a neurodevelopmental lens: Clinical applications of the neurosequential model of therapeutics. Journal of loss and trauma, 14: 240-55. doi:10.1080/15325020903004350
Shonkoff, J., Boyce, W., & McEwen, B. (2009). Neuroscience, molecular biology, and the childhood roots of health disparities: Building a new framework for health promotion and disease prevention. JAMA: Journal of the American Medical Association, 301(21), 2252-2 259.
Each second of fetal development during pregnancy is of extreme importance. This period of prenatal development is a time of change and growth with many factors affecting all areas of growth. Different stimuli having long-lasting effects on development is a process known as programming. The goal of this first article, (put the name of the article here) is to look into the idea of programming and how the influence of stress effects prenatal development. It begins with a biological approach. Looking at the role of Glucocorticoids cortisol in fetal development, the article states that they play a critical role in development and are associated with the “hypothalamic-pituitary-adrenal (HPA) axis, one of the body’s major stress responsive systems.” (Davis & Sandman, 2010) This cortisol increases in mothers over the course of pregnancy and is important in brain development in the fetus. While these Glucocorticoids are important and essential to prenatal development, overexposure can lead to negative effects, including emotional disturbances in early childhood, deregulated stress responses in infa...
Morrison, G. S. (1976). Chapter 6: Early Childhood Programs APPLYING THEORIES TO PRACTICE. In Early childhood education today (10th ed., pp. 5-31). Columbus, Ohio: Merrill.
The brain, also known as the “boss” of the human body, is an instrumental organ that directs all of the body’s activities. Whether a means to maintain homeostasis or a means to prevent diseases vis-à-vis the blood barrier, the brain is a key component, which, if unable to properly execute actions, can alter the functions of the body. Therefore, although there is a plethora of factors of child brain development, the most important influences are maternal distress during pregnancy, the environment, such as biological and physical stimuli, and prenatal and postnatal nutrition.
Psychological development is the development of a person’s emotional, intellectual, cognitive, and social capabilities and functions that they acquire throughout their lifetime. This starts from birth and carries on until death, but how does pregnancy affect the development stage? There are many myths that when women become pregnant their cognitive capabilities begin to decrease and the mother suffers from ‘baby brain’ or ‘placenta brain’. Scientists are interested in this and some wondered what role pregnancy plays in the increase or decrease of a woman’s cognitive function.
The purpose of this article was to see whether or not certain areas of a mother’s brain change after having a baby. The participants of the study were 19 women who had recently given birth. All of the women gave birth at the same hospital. Each of the participants had images taken of their brains two to four weeks, and three to four months after giving birth. This was done to see if their were any changes in the grey matter of their brain. The scientists discovered that grey matter does increase in certain areas of the brain after a woman gives birth. The areas where the scientist saw grey matter growth are associated with maternal behaviors, “The areas affected support maternal
During infancy the brain is developing at a very rapid rate. Neurons are being created and then producing dendrites and axons which allow for signals from the nerves to travel across a synapse (Prado & Dewey, 2015). However, if the infant is not getting the correct nutrition then the brain is not able to properly develop. Nutrients are important for the growth of the neurons and critical for brain growth. In many countries where malnutrition is prevalent infants are not receiving a high enough
Beginning in the womb, nutrients obtained through the diet, in this case of the mother, begin playing a key role in the development of the brain and nervous system. A woman’s poor nutritional status before the time of conception can have detrimental effects on physical and cognitive development (Whitney & Rolfes, 2013, p. 486). It is clear that from the beginning of the lifespan nutrition plays a vital role and cognitive health and development. While nutrition is known to play a role in cognitive health, the question of just which nutrients and in what quantities will require many more years of research as new information is being discovered. There is a growing concern over the quality of ‘natural’ sources, such as breast milk and whole foods, as opposed to synthetic sources, such as infant formula and vitamin supplements. There has been much debate as to whether or ...
Luciana M, Lindeke L, Georgieff M, Mills M, Nelson CA. Neurobehavioral evidence for working-memory deficits in school-aged children with histories of prematurity. Developmental medicine and child neurology. 1999;41(8):521-533.
Rapid growth of the brain and nervous system continues during the early years of a child’s life, however because of birth defects or health problems some children may be at a risk of cognitive delays. Problems such as Autism, where children may have a difficult time with language skills and sensitivity to touch, behavioral problems, or chemical exposures can all affect a child’s cognitive development. For most children though with a proper diet and plenty of stimulation cognitive abilities will develop rapidly, and by about 7 years ones cognitive skills have become “functionally related to the elements of adult intelligence.”
Isenberg, J. P., & Jalongo, M. R. (2000). Exploring your role: A practitioner’s introduction to early childhood education. Upper Saddle River, New Jersey: Prentice-Hall.
Brain development is reliant upon the experiences a person has in life. The brains way of changing in response to these experiences is called plasticity. According to O’Donnell, Et. Al, (2016, p 100) By simply stimulating and using the brain, this results in greater interconnectivity rather than lacking stimulation and disuse which causes pruning. Pruning is the brains way of shedding information it doesn’t need or use. O’Donnell, Et. Al., (2016, p 100) asserts the stimulation provided by education or experience, results in the connection of more and more neurons enhancing learning, brain development and cognitive development. As a result of brain development, changes in behaviour are expected. It can be argued these changes
Since the beginning of humankind our brains have grown over 600ml. The history of brain development studies shows that since the beginning of humanity our brains have grown double or triple the size of the prehistoric brain. Now due to environmental variables brains are believed to have shrunk back down to the same size of humans over 2 million years ago. For millions of years humans have been curious to how our brains change over time, with these modern studies we can now have a deeper understanding of these developments. If we put theses studies to use, we may create a new future for the next generation of humans. In order to use these studies we must first fully understand them, beginning with what exactly encourages the brain to adapt and