Clinical Director, California Health Sciences University
The reinforcing properties of amphetamine have been demonstrated in operant conditioning studies medicine side effects order 4.5 mg exelon amex. The drug also increases systolic and diastolic blood pressure medicine you can take during pregnancy cheap exelon 3 mg free shipping, respiration symptoms your having a boy discount exelon amex, and heart rate schedule 8 medications list cheap exelon 1.5mg fast delivery, among its other autonomic nervous system effects (Feldman, Meyer, & Quenzer, 1997). Amphetamine or its derivatives have been used for clinical purposes (see History). However, its clinical use has been limited due to its abuse potential and dangerous autonomic effects (Iversen et al. The biological mechanism underlying the psychoactive effects of amphetamine is believed to occur by Common Blurred vision, constipation, urinary retention, increased appetite, dry mouth, diarrhea, heartburn, weight gain, fatigue, weakness, dizziness, anxiety, sexual dysfunction, sweating, rash, and itching. Can cause extrapyramidal symptoms such as akathisia and potentially tardive dyskinesia. At high doses, the drug also inhibits the metabolism of catecholamines by the enzyme monoamine oxidase. Chronic use of amphetamine has been associated with damage to selective dopamine and serotonin neurons and receptors (Feldman et al. Methamphetamine is also a potent neurotoxin, although its toxic effects predominantly involve the serotonergic system (Feldman et al. The reinforcing properties of amphetamine are hypothesized to reflect increased dopamine neurotransmission in the subcortical structure, the nucleus accumbens. As reported above, other negative effects of chronic amphetamine abuse include neurotoxic damage to neurotransmitter systems. Impairments in attention and memory have also been reported which may persist even after a period of prolonged abstinence (GouzoulisMayfrank & Daumann, 2009; Iversen et al. Future Directions Research into the psychoactive and behavioral effects of amphetamine has helped advance knowledge of the psychological role of several monoamine neurotransmitters and their relevance to clinical conditions such as addiction and schizophrenia and the neurochemistry underlying some cognitive processes such as attention and working memory. Future research will undoubtedly utilize advances in technology to elucidate the neural structures and pathways associated with reward circuits involved in addictions, examine the neuroplasticity of the nervous system after chronic abuse, and clarify the moderating role of genetics in the behavioral response to amphetamine and other compounds (Iversen et al. Historical Background and Clinical Relevance First introduced and marketed as a nasal or bronchial decongestant in the 1930s, amphetamine was sought for its psychoactive effects and as an appetite suppressant. It was used in the military to enhance attention and counteract the effects of sleep deprivation (Iversen et al. Amphetamine and its derivatives have also been used for the treatment of narcolepsy, attentional problems, and as a stimulant in the general population (Meyer & Quenzer, 2005). Over time, the addictive properties of amphetamine were realized, particularly of its potent derivatives. The acute effects of amphetamine-based drugs are enhanced by use of a rapid route of administration such as intravenous injection. Following a short-term ``rush' however, a period of restless agitation, depression, irritability, and other negative symptoms ensues. Repeated, continuous administrations are followed by a let down, with a prolonged period of sleep. This alternating cycle, when repeated, results in a substantial physical toll on the body. As with other drugs of abuse, dependence and tolerance can develop with chronic use, leading to the administration of increasing doses to achieve the desired effects. These include repetitive, stereotyped behaviors as well as a psychotic syndrome consisting of hallucinations and paranoid delusions. This syndrome, known as ``amphetamine psychosis' is notably similar to the symptoms of paranoid schizophrenia and has provided some support for the dopamine hypothesis of schizophrenia. The amygdala was subsequently shown to be important for the appropriate processing of emotional information in nonhuman primates by Kluver and Bucy in the 1930s. This permitted McLean to include the amygdala in the group of brain structures that make up the limbic system thought to be involved in processing of emotional information. Since then progress has continued toward understanding the role that the amygdala plays in processing and encoding emotional information in the mammalian central nervous system. A Current Knowledge ``Music' involves both complex qualities such as familiar melodies, rhythm, or tempo, and more elementary aspects such as discrimination of timbre, pitch, or tone. While lesions of the temporal lobes are fairly consistently implicated, the hemispheric localization of lesions responsible for specific deficits has been more controversial.
Many disabilities and illnesses are linked to a delay in the maturation of feeding skills medicine vile buy exelon 3 mg line, leading to an increased risk of inadequate dietary intake treatment 1st metatarsal fracture exelon 1.5mg low cost. Alternatively medicine 7253 pill quality exelon 6mg, overweight can result from conditions associated with limited physical mobility or exercise and/or side effects of certain drug therapies symptoms 8 dpo bfp generic exelon 3 mg, such as chronic steroid use. Early assessment (see Exhibit 9-6) of nutritional status, followed by appropriate nutrition intervention and monitoring, can prevent or minimize these conditions. Federal law and the regulations for the National School Lunch Program and the School Breakfast Program require schools to make accommodations for children who are unable to eat the school meal as prepared because of a disability. School nurses can incorporate appropriate modifications or substitutions into the school lunches and/or breakfasts to accommodate their special dietary needs, ensure that nourishing meals are provided, and help to make mealtime a pleasant experience. Schools may, at their option, make substitutions for persons with special needs that do not meet the definition of disability under federal law. In these instances, the school must have a written statement signed by a recognized medical authority. First, it ensures that the nutrition integrity of the school meal will not be compromised by the substitution. More importantly, it ensures that decisions about specific food substitutes are made by persons who are highly qualified to prescribe them. Most children with special health care needs are under the care of a physician and dietitian who may be available to the family, child, school nurse, and food service personnel to discuss care and dietary guidelines. Note: the school nurse should document any dietary adjustments on the Individual Health Care Plan. Student Athletes Rigorous athletic training may demand caloric intake beyond what is necessary to support normal growth and the physical maturation associated with the pubertal growth spurt, but this does not necessitate the consumption of specialty sports nutrition products such as sports bars, gels, supplements, and protein powders. Adequate fluid intake during exercise is vital for effective energy metabolism, body cooling, and overall performance. The amount of additional energy needed by adolescent athletes depends on the intensity, duration, and specific type of exercise (see Chapter 10). After exercise, carbohydrate-rich foods should be consumed within 2 hours, to replenish muscle and liver glycogen stores. If healthy, balanced dietary habits are in place, protein supplements are unnecessary. High-protein foods typically consumed in a healthy diet include red meat, poultry, fish, cheese, milk, tofu, eggs, dried peas and beans, nuts, and peanut butter. Excessive protein consumption (including the use of protein or amino acid supplements) can lead to dehydration, renal stress, and excessive excretion of calcium, as well as unwarranted calorie consumption. Young athletes who participate in contact sports, weight lifting, heavy weight wrestling, and longdistance cold water swimming may attempt to enhance their sports performance by increasing their body weight. These students should be guided to increase their caloric intake in a manner consistent with healthy dietary recommendations, without adding foods that contribute significant amounts of saturated fat or cholesterol. When undernutrition is coupled with intensive training, significant risk to proper growth and development can occur (see also Chapter 10). Short-term effects may include chronic fatigue, hypoglycemia, and increased incidence of illness and heat exhaustion. Sports that encourage low body fat or a lean physique can place adolescents at increased risk for long-term conditions such as undernutrition and eating disorders. In young women, the long-term effects of limiting calories combined with intense athletic practice may include delayed menarche and amenorrhea (ceasing of menstrual period), which can impair skeletal growth and result in an increased risk of scoliosis, stress fractures, loss of potential stature, and osteoporosis later in life. These adolescent females should be referred to a primary care provider for dietary counseling. A change in the quality and quantity of the diet is a worthwhile first step for the amenorrheic athlete and should be initiated prior to the use of hormone therapy. An additional nutritional concern of student athletes is adequate consumption of dietary iron.
This is defined by a respiratory rate greater than 60 per minute in infants younger than 2 months medicine checker exelon 6mg discount, greater than 50 in infants aged 2-12 months symptoms 8dpo purchase exelon 6 mg on-line, and greater than 40 in children older than 12 months of age medicine rap song order 1.5mg exelon overnight delivery. Evidence of increased work of breathing medicine for vertigo purchase exelon on line, such as subcostal or intercostal retractions, nasal flaring, and grunting, may indicate more severe disease. Auscultatory findings are variable and include decreased breath sounds, wheezes, rhonchi, and crackles. The absence of these various pulmonary findings is helpful in predicting that a child will not have pneumonia, but the presence of these is only moderately predictive of the presence of pneumonia. Bacterial infections are more common in developing countries and in children with complicated infections. Age is an important consideration in determining the potential etiology of pneumonia. Neonates younger than 20 days of age are most likely to have infections with pathogens that cause other neonatal infection syndromes, including group B streptococci, gram-negative enteric bacteria, cytomegalovirus, and Listeria monocytogenes. S pneumoniae is probably the most common cause of bacterial pneumonia in this age group. Respiratory viruses of many types are the most common cause of pneumonia in children between the ages of 4 months and 4 years. Tuberculosis should be considered in children who live in areas of high tuberculosis prevalence. Chlamydia pneumoniae has long been thought to be an important cause of pneumonia in these children, but its role is open to question, given a high rate of recovery of this organism from asymptomatic children. Laboratory Findings Laboratory findings are generally not helpful in the diagnosis of pneumonia. Sputum culture is the most accurate way to ascertain the cause of the infection, although obtaining a sputum sample from a child is obviously problematic. Imaging Studies A positive chest radiograph is generally considered to be diagnostic evidence of pneumonia. In children, however, radiographic patterns of respiratory infections are highly variable and may not be helpful in differentiating pneumonia from bronchiolitis, or bacterial disease from infection with viruses or atypical organisms. In infants especially, bacterial pneumonia may produce infiltrates that range from lobar consolidation to interstitial infiltrates. Infants aged 3 weeks to 3 months may be treated as outpatients if they are not febrile or hypoxemic and do not appear toxic or have an alveolar infiltrate or a large pleural effusion. Older infants and children may be treated as outpatients if they do not appear seriously ill. The choice of antibiotics depends on the age of the child and the most likely cause of infection. Neonates should be treated with ampicillin and gentamicin, with or without cefotaxime, as appropriate for a neonatal sepsis syndrome. Some studies show that amoxicillin is a highly effective treatment in children between 2 months and 5 years of age. Macrolides are also appropriate first choices for children 3 weeks to 3 months and 5-15 years of age. Children who are ill enough to require inpatient treatment should be treated with erythromycin, either orally or intravenously, plus either cefotaxime or cefuroxime. In children between 4 months and 4 years of age, treatment may be withheld if a viral infection is considered to be the most likely cause. For children sick enough to require hospitalization, intravenous ampicillin is appropriate. For children who appear septic or who have alveolar infiltrates or large pleural effusions, cefotaxime or cefuroxime should be used. An important caveat in choosing an antibiotic is the consideration of the likelihood that the child has an infection with S pneumoniae. If this is thought to be likely, knowledge of local antibiotic resistance patterns is important.
Syndromes
Be consistent. Meals and snacks should be eaten at the same times each day. Do not skip meals and snacks. Keep the amount and types of food (carbohydrates, fats, and proteins) consistent from day to day.
High blood pressure in some people
Start to see patterns that will help you plan meals, activities, and what time of day to take your medications
Headache
Tube through the mouth into the stomach to wash out the stomach (gastric lavage)
Convulsions
Clumsiness when walking or doing other activities
Infection -- antibiotics, antiviral medications, or other medications (in rare cases, circumcision is advised for long-term (chronic) infection under the foreskin)
Identify and provide assistance to students who have been seriously injured symptoms enlarged spleen buy generic exelon pills, who have witnessed violence treatment zamrud discount exelon master card, who have been the victims of violence or harassment symptoms your period is coming exelon 1.5mg, and who are being victimized or harassed medications like prozac purchase cheap exelon. Develop and implement emergency plans for assessing, managing, and referring injured students and staff members to appropriate levels of care. Educate, support, and involve family members in child and adolescent unintentional injury, violence, and suicide prevention. Train and support all personnel to be positive role models for a healthy and safe lifestyle. No pupil shall be required to take or participate in instruction on disease, its symptoms, development and treatment, whose parent or guardian shall object thereto in writing on the grounds that such instruction conflicts with his sincerely held religious beliefs, and no pupil so exempt shall be penalized by reason of such exemption. Implementation of health education requirements is the responsibility of local school districts. Recommended Content and Standards the Massachusetts Comprehensive Health Curriculum Framework discusses recommended health education content in terms of 4 separate, but interrelated, strands: physical health, social and emotional health, safety and prevention, and personal and community health. The standards most relevant to injury and violence prevention are: Mental Health, Family Relationships, Interpersonal Relationships (Social and Emotional Health Strand), Safety and Injury Prevention and Violence Prevention (Safety and Prevention Strand), and Community and Public Health (Personal and Community Health Strand). They will also acquire skills to maintain and enhance relationships through communication. They will learn to avoid, recognize, and report verbal, physical, and emotional abuse situations, and to assess the factors that contribute to violence and unintentional injury, including motor vehicle accidents, fire hazards, and weapons. Students will acquire the necessary skills to report incidents of violence and hurtful behavior to adults in school and in the community. They will avoid engaging in violence and identify constructive alternatives to violence, including discouraging others from engaging in violence. They will gain skills to promote health and to collaborate with others to facilitate healthy, safe, and supportive communities. Injury and violence prevention curricula should also target injuries and violence for which the age group being taught is most at risk. There is considerable evidence that targeting to a slightly younger age group than those most at risk is also an important strategy for primary prevention (Carter, 2005; Wolfe & Jaffe, 2003). However, it should be noted that assemblies or one time speakers are not effective in teaching students skill development. Begin teaching the concept that "injuries are not accidents" and injuries and accidents may be prevented through careful planning and certain behaviors. For example, discussing the importance of safety belts with younger children can instill lifesaving habits. Because some children will have already experienced and/or witnessed violence by this age, it is important to create clear protocols and to train staff to respond to any disclosures triggered by such discussions. In this light, many school districts have begun to include social competency programs at this early level as a measure to increase positive school climate and reduce bullying. Middle School Prevention efforts targeted for middle schoolers are especially important. It is during the preadolescent and early adolescent years of middle school that elementary school bullying turns to violence and youth most often begin experimenting with risky behaviors (Mertens, 2006). Children and early adolescents are at a developmental stage in which patterns of thought and behavior are not yet fixed. And while students at this age are generally better able to learn facts and figures than are younger students, it is critical to present this age group with safety lessons that challenge them to solve problems or to assume a level of responsibility. Middle school students should be provided with safe opportunities to be role models for younger children. A school might offer such opportunities as leadership classes, mentoring, and peer mediation groups. In addition, the community can partner with the school in offering other skill development opportunities such as a babysitting readiness class or conflict resolution classes, in which preadolescents are taught safety lessons in the context of being responsible community members.
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