Outpatient Peds stuff Flashcards

1
Q

What is the Cobb angle?

A

The Cobb angle is formed by the intersection of a line parallel to the superior endplate of the most superior vertebrae in a curve with a line parallel to the inferior endplate of the most inferior vertebrae in a curve. The intersection is often outside the borders of the actual film, so perpendicular lines are drawn from these parallel lines, and the angle between the intersection is measured. A curve is considered mild if the Cobb angle is between 5-15 degrees, moderate if between 20-45 degrees, and severe if greater than 50 degrees.

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2
Q

What is the presentation, causative agent, clinical course, diagnosis and treatment for hand foot and mouth disease

A

vesicles found on the hands, feet, and mouth associated with constitutional symptoms. This is consistent with hand, foot, and mouth disease (HFMD), which is a clinical syndrome most commonly caused by species of the genus enterovirus, particularly coxsackievirus A16 and enterovirus A71. The syndrome is characterized by an oral enanthem in addition to an erythematous, macular, and/or a vesicular rash that occurs on the palms, soles, and sometimes other parts of the body. The virus may be spread via fecal contact, vesicle fluid, or via respiratory secretions, and occurs most commonly in children under the age of 7, particularly those attending day-care or school. The incubation period is typically 3-5 days and the infectious period is about 7-10 days except in atypical cases.

The most common presentation of individuals with HFMD begins with complaints of a sore throat or dysphagia which may be followed by a low-grade fever (less than 101ºF). This is followed by the classical oral enanthem that consists of oral lesions that may appear on the tongue, buccal mucosa, the palates, uvula or tonsils. It begins as erythematous macules which evolve into vesicles. The exanthem may appear most commonly on the hands and feet, but also on the buttock, upper legs, and arms as a macular, maculopapular or vesicular rash.

As seen in the scenario, the location and type of lesions may vary from case to case, and patients may present with different lesions in different locations, as this patient has vesicles on the hands and macules on the feet. Additionally, while nearly 75% of patients have both, the enanthem may occur without the exanthem and vice versa. These lesions are typically not painful nor pruritic and resolve within 3-4 days, and the total disease course typically lasts 7-10 days.

Diagnosis is made clinically based on the evaluation of lesions without necessity for lab testing; however, if needed, PCR is the preferred testing method. Some serotypes, such as enterovirus A71 and coxsackievirus A6, may present with more severe features, including higher fever, larger distribution of exanthem, and potential effects on the neurologic and cardiac systems such as aseptic meningitis, flaccid paralysis, or myocarditis, and heart failure. Ultimately, in non-severe cases, treatment involves supportive care including adequate hydration and treatment of pain and fever. Prevention is the most important part of limiting the disease, and consists of a strong focus on strict adherence to hygiene, specifically in child care settings.

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3
Q

What is the virus for Chickenpox, viral presentation?

A

Chickenpox
Varicella-Zoster
Prodrome of fever and malaise that presents as multiple pruritic lesions consisting of macules, papules, vesicles, and crusts which begins on the trunk and spreads to the face and limbs

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4
Q

What is the virus for Roseola Infantum, clinical picture?

A

Roseola Infantum
Herpesvirus 6
Spiking fever that drops as a rash appears, consisting of erythematous macules primarily on the neck and trunk

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5
Q

What is the virus and clinical picture associated with Rubella?

A

Rubella
Rubella virus
Pink macules and papules spreading on the whole body surface sometimes associated with posterior cervical lymphadenopathy

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6
Q

What is the cause of measles? clinical picture?

A
Measles	
Measles virus (Paramyxovirus)	
Prodrome of cough, coryza, conjunctivitis. Exanthem with erythematous, raised papules spreading from  neck and face to body and limbs
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7
Q

What is the cause of Fifth’s disease? clinical picture?

A

Fifth Disease
Parvovirus B19
Prodrome of fever, headache cough. Erythema infectiosum exanthem appearing on the face with a maculopapular, reticular pattern reminiscent of a slapped cheek

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8
Q

What is Radial head subluxation? how do we treat this?

A

radial head subluxation (RHS), also called “nursemaid’s elbow,” “pulled elbow,” or “annular ligament displacement.” Radial head subluxation is a clinical diagnosis, and radiologic investigation is usually unnecessary prior to proceeding with reduction. If there is a classic history, the child is 5 years old or younger, and the clinical examination is strongly supportive of RHS, plain radiographs should be avoided. Most children with suspected RHS who undergo radiography do not have a fracture. Studies have shown that radiographs in children with radial head subluxation almost always show normal anatomy.

The mechanism of injury in RHS is longitudinal, axial traction on a pronated forearm with the elbow in extension, as seen in this patient. With sudden pulling on the distal radius, a portion of the annular ligament slips over the head of the radius and slides into the radiohumeral joint, where it becomes trapped. The classic mechanism for RHS consists of a “pull injury” when a parent or caregiver grabs the arm to prevent the child from falling or pulling away. RHS is a frequent elbow injury in young children, with a male-to-female ratio of 1:2. It typically occurs between the ages of one and four years since after age five years, the distal attachment of the annular ligament to the neck of the radius strengthens significantly to prevent tearing or subsequent displacement. RHS occurs in the left elbow 70% of the time.

Studies have shown that the hyperpronation method is associated with a higher rate of successful radial head subluxation reduction than the supination/flexion method. The available data suggest that hyperpronation is more likely to be successful on the first or second attempt and is perhaps less painful. In the hyperpronation method, the examiner flexes the elbow to 90 degrees, supporting the child’s arm at the elbow and placing moderate pressure on the radial head with one finger. The examiner grips the child’s distal forearm with the other hand and hyperpronates the forearm. A click may be felt by the finger over the radial head when the subluxation is reduced. In the supination/flexion technique, the examiner supports the child’s arm at the elbow and exerts moderate pressure on the radial head with the thumb or one finger. With the other hand, the examiner holds the child’s distal forearm and then pulls with gentle traction. While maintaining traction, the examiner fully supinates the child’s forearm and then fully flexes the elbow in one smooth motion. A click may be felt by the finger over the radial head or a pop may be heard by the examiner when the subluxation is reduced.

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9
Q

When can kids start and adult diet?

A

Most children can start eating an adult diet at 2 years old. This means that they can eat the same foods as the older members of the family. At this age they will still require supervision from an adult. Food will also need to be modified to ensure that it is a safe size and not a choking hazard. Children at this age cannot eat small, round, hard foods. Things such as nuts and pop-corn should be avoided as they cannot safely be modified. Sticky foods such as peanut butter and marshmallows should also be avoided except in very small portion sizes. Soft round foods, such as grapes and hot dogs, can be modified by cutting them so that they are no longer round. Foods such as meats, rice, potatoes, and cut up vegetables are great for children of this age group as long as they are cut into small enough pieces that the child can safely chew it. Children will also require a smaller serving size based upon their own nutritional needs.

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10
Q

First line treatments for Otitis Media?

A
First-Line
Amoxicillin
IF recent antibiotic use, purulent conjunctivitis, or recurrent otitis media: Amoxicillin-Clavulanate
Penicillin Allergy
Mild Allergy
Cefdinir
Cefpodoxime
Cefuroxime
Ceftriaxone
Severe Allergy
Azithromycin
Clarithromycin
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11
Q

Discuss Atopic dermatitis in kids

A

The patient is suffering from atopic dermatitis (AD), which is also known as eczema and is a chronic, inflammatory skin disorder characterized by pruritus leading to lichenification (i.e., thickening of the skin with accentuated skin markings). AD is commonly called the “itch that rashes.” During infancy, it presents on the face with paranasal and periorbital sparing. In children, it usually presents on flexor surfaces. In adults, the most common affected sites are the hands, nipples, and eyelids. It is also associated with allergic rhinitis and asthma. Dennie-Morgan lines are edema of the skin of the lower eyelids caused by AD, allergic rhinitis, or both. AD is usually treated by a short course (i.e., two to three weeks) of midpotency steroid creams until initial inflammation subsides. Maintaining the skin barrier is a very important part of the treatment plan for these patients and involves the use of nondrying soaps and moisturizers, and the avoidance of triggers, such as decreased humidity, excessive washing, and sudden temperature changes. Severe AD can be managed with other medications, such as cyclosporine.

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12
Q

What is a SCFE?

A

This patient’s clinical presentation is consistent with slipped capital femoral epiphysis (SCFE). SCFE is a rare disease in which there is instability at the proximal femoral growth plate, causing the femoral head to be displaced posteriorly and inferiorly. An x-ray of the hip is the most appropriate first step in diagnosis. In this case, the patient presented with knee pain also. Thus, an x-ray of the knee would be appropriate. SCFE commonly occurs in children age 10 to 16 years and is twice as common in boys than in girls. It has a high predominance in obese children. Treatment includes surgical pinning of the femoral head.

Slipped capital femoral epiphysis (SCFE) is associated with avascular necrosis of the femoral head. Slippage of the femoral head causes compromise to the vascular supply. Necrosis occurs at a rate of 7.5% within the first 24 hours. It increases to greater than 75% after 48 hours. Therefore, consultation with an orthopedic surgeon is emergent.

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13
Q

Treatment of Duchenne Muscular Dystrophy?

A

Duchenne muscular dystrophy (DMD). The mainstay of pharmacologic treatment for DMD is glucocorticoids.

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14
Q

Milestones 2 months, 4-5 months, 1 year, 2 years, 3 years, 4 years?

A

2 months: Lifts head/chest when prone, tracks past midline, alert to sound, coos, recognizes parent, and social smiles

4-5 months: Rolls front to back and back to front, grasps rattle, orients to voice, enjoys looking around, and laughs

12 months, an infant is able to cruise and walk alone, uses 2-finger pincer grasp, can say mama/dada specifically, and imitates actions.

2 years: Walks up/down steps with help, jumps, builds tower of 6 cubes, uses 2-word phrases, follows 2-step commands, and removes clothes

3 years: Rides tricycle, climbs stairs with alternating feet (3-4 years), copies a circle, uses utensils, uses 3-word sentences, brushes teeth with help, and washes/dries hands

4 years: Hops, copies a cross, counts to 10, and cooperatively plays

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15
Q

4 year old vaccines?

A

The 4-year-old well child visit should involve 4 vaccinations if the child is already up to date. These vaccinations include:
Measles, mumps, and rubella
Varicella
IPV (polio)
Dtap (diphtheria, tetanus, and pertussis)

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16
Q

4 year old milestones?

A

A 4-year-old patient reaches many new milestones that you should be asking about. Some of them are listed below:
They should be able to recite their full name
They like to play with other children
They can sing a song like “itsy bitsy spider” by themself
They can draw a person with 2-4 body parts
They can begin to hop and stand on one leg for short periods of time
They can catch a bounced ball most of the time
They can play board or card games

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17
Q

Common finding in newborn females?

A

Pseudomenses is a very common finding in newborn females. Vaginal bleeding occurs due to endometrial sloughing that takes place following the rapid decline of circulating maternal estrogens that were once present in utero. It is appropriate in this scenario to reassure the mother of the benign nature of this finding as this can be a very scary event for a new parent. Bleeding is normal and usually resolves within 10 days following birth.

18
Q

GERD treatment in infants?

A

This infant is demonstrating signs of GERD and treatment should initially consist of conservative measures. Formula thickening with a SMALL amount of baby cereal and upright positioning following meals is recommended to prevent regurgitation and to promote digestion.

19
Q

IDA in kids? what can cause this?

A

Iron deficiency anemia (IDA) occurs when iron deficiency is severe enough to diminish erythropoiesis and cause the development of anemia. Symptoms of IDA include increased pallor of the mucous membranes, fatigue, glossitis, koilonychia, esophagal webbing, and gastric atrophy. Some of the risk factors for iron deficiency in children and infants include those who are born prematurely (>3 weeks before their due date) or have a low birth weight; babies who drink cow’s milk before the age of 1; breastfed babies who are not given complementary foods containing iron after age 6 months; babies who drink formula that is not fortified with iron; children ages 1 to 5 who drink more than 24 ounces of cow’s milk, goat’s milk, or soy milk a day; and children who have chronic infections or restricted diets. Other risks for IDA include children ages 1 to 5 who have been exposed to lead; in addition, adolescent girls are at higher risk of iron deficiency because their bodies lose iron during menstruation. The American Academy of Pediatrics recommends that the consumption of cow’s milk begin after 1 year of age. Bovine milk has a higher concentration of calcium than mother’s milk, which competes with iron for absorption. Thus, the consumption of cow’s milk, often started when the child is weaned from breastfeeding, can lead to IDA. Therefore, it is essential to ask if the parents are supplementing the baby’s diet with iron-rich foods. Treatment is iron supplementation.

20
Q

What is the leading malignant tumor of the genitourinary tract in infant girls?

A

Sarcoma botryoides is a subtype of embryonal rhabdomyosarcoma, which is the leading malignant tumor of the lower genitourinary tract in infant girls. The majority of cases present within the first 2 years of life. Sarcoma botryoides commonly presents with vaginal bleeding and has a gross appearance that resembles a cluster of grapes, as in the above case.

21
Q

In HOCM what will decrease the intensity of the murmur?

A

In HCM, squatting causes an increase in preload and decreases the intensity of the murmur.

22
Q

Osteosarcoma typically metastasizes to the______?

A

Osteosarcoma most commonly metastasizes to the lungs (80% of cases), which is best evaluated by a CT of the chest.

23
Q

What is Failure to Thrive?

A

The growth curve above demonstrates a patient with failure to thrive or weight faltering. The patient’s initial weight was near the median and over the past few time points has failed to rise as expected based on the standard-growth curve data. The patient is now somewhere near the first to fifth percentile of weight-for-age.

Failure to thrive (FTT), also sometimes now called weight faltering, is a term used to describe a pattern of inappropriate growth over multiple repeated measurements and is generally indicative of some underlying process. While there is no agreed-upon single percentile for the diagnosis of FTT, it is often used to describe infants and children with weight below the 5th percentile and is generally supported by a decrease in growth velocity in which weight-for-age or weight-for-height falls by at least two major percentile markers (95, 90, 75, 50, 25, 10, and 5)

The diagnosis of FTT in a child should prompt an evaluation for the cause of undernutrition. Causes are variable and can include neglect, food insecurity, or patient medical conditions which may prevent adequate intake of nutrients. Rarely, there may be underlying conditions which may cause increased metabolism or decreased absorption.

To accurately document patient weight changes, there must be multiple points on the curve. One reading is not enough to document FTT. It is recommended that the WHO growth charts be utilized for measurements in children 0-2 years and that after that, providers transition to the CDC growth curves for patients 2-20 years of age.

While the inability to maintain the appropriate weight is the predominant symptom of FTT, severe malnutrition can impair overall growth. While weight is affected, continued lack of appropriate nutrition can result in lagging length and head circumference and if severe enough, developmental and cognitive delay.

24
Q

GERD vs GER in kids?

A

GERD must be contrasted with gastroesophageal reflux (GER), which is a common condition in infants and children, but does not have troublesome symptoms and simply represents occasional failure of the lower esophageal sphincter.

25
Q

Presentation of GERD in kids?

A

Most babies have a component of reflux after meals and it is very common for babies to continue to have gastroesophageal reflux into their first year of life, however, the reflux should not interfere with normal growth and development. This child also has other clues to the diagnosis of GERD, including her tendency to be upset after eating, roll around, and arch her back, which are all likely due to abdominal pain. She also may skip meals because of pain after eating which represents a conditioned response. Other diagnosis can be ruled out by history. She does not have signs of malabsorption as she does not have significant diarrhea or flatulence and her celiac screen was negative. She also has normal cellular counts and electrolytes, indicating adequate nutrient intake for electrolyte maintenance and cellular development. She does not have growth restriction, because her head circumference and length have continued to grow as expected. Only her weight has been affected. She does not have social issues and food scarcity is not a problem, as she actually eats slightly more than the recommended amount for her age and seems to have a good relationship with her mother. Eating more than recommended is common in babies with GERD and can either be the cause of the problem (too much food causes worsening GERD due to stomach distention) or can be compensation due to lost food with chronic regurgitation. She does not have allergies to her formula as this commonly presents on the initiation of feeding within the first month of life or within 1 week of changing formula. She has been using the same formula since shortly after birth. She does not have projectile vomiting to indicate pyloric stenosis.

Reflux generally peaks around 4 months of age, with 2/3 of infants having an episode of reflux at least once daily and approximately 40% will regurgitate with most feedings. After 4 months, regurgitation generally drops off. This patient is 6 months old, so it is very atypical to continue to have regurgitation with every meal.

26
Q

Treatment of baby GERD

A

While reflux in infants is generally well tolerated, progression to GERD generally requires some form of intervention. The most appropriate initial treatment for infants and children is simple life-style modifications to minimize regurgitation. These include smaller, more frequent meals, adding thickening agents (can cause weight gain, but this child is underweight), and anti-regurgitant formulas (decrease observed regurgitation but not the number of episodes, it just tends to stay in the lower esophagus more, which may be swallowed again). Hydrolyzed formulas can be used if it is felt there is a component of allergies to milk proteins, and for breastfeeding infants, removing eggs/cows milk and other immunogenic foods from the mother’s diet may help. Also, adjusting the infant position after feeding to remain upright for at least thirty minutes can reduce reflux. The prone and left-side down positions have been shown to be associated with fewer episodes of reflux, but should only be tried if the infant is awake as these positions are associated with sudden infant death syndrome. There are infant sleepers which are meant to hold infants in certain positions and have been approved by the FDA for GERD treatment; however, they have also been associated with several deaths and should only be used with extreme caution.

If an infant fails conservative management and continues to have troublesome symptoms, an empiric trial of acid suppression can be tried using either a H2 antagonist or a proton pump inhibitor (PPI). If reflux does not respond to pharmacological treatment and lifestyle modification, then upper endoscopy should be considered for evaluation of other complicating conditions, including eosinophilic esophagitis, esophageal webs, strictures, achalasia, or infectious esophagitis.

27
Q

In an oral electrical injury what complication do you need to worry about afterwards?

A

The superior and inferior labial arteries lay in close proximity to the oral mucosa. After an oral electrical burn, the patient tends to have perioral swelling secondary to acute tissue injury. One to 3 weeks after the initial injury, the necrotic tissue sloughs, potentially leading to exposure and injury to the labial artery with sometimes catastrophic hemorrhage. All patients with oral electrical burns should be counseled about delayed labial artery bleeding and how to compress the labial artery (squeeze the lips together at the corners) to stop labial hemorrhage long enough to get to an emergency department. As this is a delayed complication, the patient does not need to remain in the emergency department given their otherwise normal workup and can be discharged home.

The injury caused by electrical exposures is highly variable and depends on current, voltage, exposed area, and resistance (is the patient wearing rubber boots or gloves, dry skin or wet skin, etc.). Management of high voltage exposure (>1000 V) includes fluid resuscitation (along similar lines to injury caused by rhabdomyolysis as surface burns underestimate total thermal trauma), cardiac monitoring (for arrhythmia at least 24 hours), stress ulcer prophylaxis, and ocular evaluation (for cataract development. Low voltage exposures with a normal physical examination and diagnostic testing do not need further monitoring or admission and can be discharged home.

An image of the labial artery anatomy is shown below. You will note that squeezing the lips at the inferior corners of the mouth is necessary to stop blood flow to the inferior and superior labial arteries.

28
Q

When do we screen for amblyopia? what is this?

A

Given that this child is 3 years of age, he should be screened for amblyopia. Amblyopia involves an abnormal visual development that, if not treated, leads to a decrease in visual acuity. Abnormal ocular alignment (called strabismus) is the most common cause of amblyopia and will cause a failure of neuronal development, as the brain will favor the aligned eye. This visual loss, if not corrected, will be permanent. Other causes of amblyopia include a serious refractive error or other causes of visual deprivation.

3-5 years of age is the recommended period during which to screen at least once for amblyopia and its risk factors per United States Preventive Services Task Force (USPSTF) guidelines (Grade B recommendation). It is the most common cause of visual impairment in pediatric populations and most commonly involves the neurologic deficit of stimulation in one eye leading to the favoring of the other eye.

Screening for visual acuity may be completed at well-child examinations through the use of a Snellen or other eye chart if the patient is cooperative and verbal. A difference of 2 lines within the readings of the chart between 2 eyes can represent the presence of unilateral amblyopia within the poorer-performing eye. Visual acuity of 20/40 or worse in either eye may signify the presence of bilateral amblyopia.

Children for whom screening raises concerns about visual acuity should be promptly referred to an optometrist or ophthalmologist for further evaluation and treatment. Treatment may involve correcting optic deficits via the use of glasses, eye drops, or, potentially, surgery in patients whose condition is refractory to more conservative care.

29
Q

General pediatric screening?

A

Pediatric Screening Age to Screen
Amblyopia 3-5 years of age (USPSTF)
Autism-spectrum disorder 18-24 months (Centers for Disease Control and Prevention/American Academy of Pediatrics [AAP])
Blood-lead-level elevation Universal screening at 12 and 24 months (AAP)
Dyslipidemia 9-11 and 17-21 years of age; >2 years of age with risk factors (AAP)
Iron-deficiency anemia Universal screening at 12 months of age (AAP)

30
Q

Most common pediatric or young adult bone tumor?

A

Osteosarcoma is the most common malignant bone tumor. This disease is thought to arise from primitive mesenchymal bone-forming cells, and its histologic hallmark is the production of malignant osteoid. Most osteosarcomas arise as solitary lesions within the fastest-growing areas of the long bones of children. The top 3 affected areas are the distal femur, the proximal tibia, and the proximal humerus, but virtually any bone can be affected. Symptoms may be present for weeks or months (occasionally longer) before patients are diagnosed. The most common presenting symptom of osteosarcoma is pain, particularly pain with activity. Exhibit A demonstrates mixed lytic and blastic features with cortical destruction along the lateral femoral condyle. Furthermore, cortical destruction with a sunburst pattern as well as a Codman triangle are characteristic features of osteosarcoma. The Codman triangle is an area where the periosteum has been pushed up by the underlying tumor and is shown with a red arrow.

31
Q

Most common pediatric or young adult benign bone tumor?

A

Osteochondroma is the most common benign bone tumor. Most are asymptomatic, but they can cause mechanical symptoms depending on their location and size. It is found most commonly around the knee and the proximal humerus. However, it can occur in any bone. Most are diagnosed in patients younger than 20 years. A marked predilection for males exists, with the male-to-female ratio being 3:1. Osteochondromas are most commonly diagnosed incidentally on radiographs obtained for other reasons. The second most common presentation is a mass, which may or may not be associated with pain. Most of these lesions do not need to be treated, and asymptomatic lesions can be safely ignored. When painful, however, they need to be evaluated properly

32
Q

What lead level is the cut off for children who may have lead poisoning?

A

Experts now use a reference level of 5 µg/dL to identify children with blood lead levels that are much higher than the levels of most other children. This new level is based on the US population of children age 1 to 5 years who are in the highest 2.5% of children when tested for lead in their blood. This reference value is based on the 97.5th percentile of the National Health and Nutrition Examination Survey’s (NHANES) blood lead distribution in children.

Chelation therapy should be considered when a child has a blood lead test result greater than or equal to 45 µg/dL. Chelation agents contain sulfhydryl groups that bind or chelate lead, and the resulting complex is excreted either renally or hepatically. The chelation agents succimer and penicillamine are given orally, whereas dimercaprol and edetate (EDTA) calcium disodium (CaNa2 EDTA) are administered parenterally. These agents reduce body stores of lead. Reducing blood lead levels also may mobilize skeletal stores of lead. Therefore, caution must be exercised in using chelation agents, both because of their adverse effects and because of their ability to mobilize lead.

33
Q

What are the two major organisms that cause acute otitis media in kids? Treatment?

A

The child in this scenario has acute otitis media (AOM), which can be determined from the physical examination findings of a red, bulging, and nonmobile tympanic membrane. AOM is most commonly caused by Streptococcus pneumoniae or Haemophilus influenzae (nontypeable strain). Because S pneumoniae is not listed in the above choices, the correct answer is H influenzae. While there is a vaccine for most strains of Haemophilus influenzae, it does not cover the nontypeable strain. First line treatment is Amoxicillin followed by Augmentin. Treat children < 2 years for 10 days and those ≥2 years for 5 to 7 days. Those allergic to penicillin can use azithromycin or clindamycin.

34
Q

Discuss what is a breath holding spell and etiologies

A

who is presenting with episodes of syncope after becoming cyanotic in the setting of minor trauma (stubbed toe) and emotional upset, is having breath-holding spells. These are common events in children and infants usually between six months and six years of age. Most children who experience breath-holding spells will have their first event before 18 months. Because iron deficiency anemia is strongly associated with these spells, a complete blood count and iron evaluation should be performed in this patient.

Breath-holding spells cannot be confirmed with any specific diagnostic test and the diagnosis is clinical. Breath-holding spells can be cyanotic or pallid. Cyanotic is the more common type and easier to differentiate from seizures due to the stereotyped nature of events that nearly always occur after mild physical or emotional trauma. Additionally, the cyanotic type is associated with cyanosis, which is rare in seizures, and these events are not associated with the other signs of seizure activity such as loss of bowel or bladder control. If apnea is prolonged, there can be shaking and some patients do actually have seizures, possibly secondary to hypoxia, and may have transient decorticate or decerebrate posturing.

The pallid type of breath-holding spells is rarer and more difficult to differentiate from seizure. The loss of consciousness in these spells is often delayed. The child is usually pale rather than cyanotic, diaphoretic, and will go limp. This is usually followed by increased muscular tone, incontinence, and sometimes clonus. The child may also be confused or sleepy afterward. These events are felt to be due to bradycardia and they can actually be reproduced by 10 seconds of ocular pressure during ECG monitoring.

35
Q

Common cause of bacterial community acquired pneumonia? even after viral infection in kids?,

A

The most common cause of bacterial community-acquired pneumonia in anyone who is 3 months to 5 years of age is Streptococcus pneumoniae. This is regardless of whether the patient has had prior viral infection or not.

36
Q

Cryptorchidism is what, fixing it allows for? Still risk for?

A

Cryptorchidism is the absence of 1 or both testes from the scrotum. It is the most common birth defect of male genitalia. About 3% of full-term and 30% of premature infant boys are born with at least 1 undescended testis. Spontaneous descent is rare after 6 months, and surgical referral is imperative. Timely orchiopexy can allow more normal testicular development and potentially increase fertility.

Seminoma is the most common cancer associated with cryptorchidism. However, the risk is not eliminated by orchiopexy. Orchiopexy allows for easier screening examination.

37
Q

Screening for IDA in kids?

A

There is, unfortunately, no agreement between the American Academy of Pediatrics (AAP) and the United States Preventive Services Task Force (USPSTF) regarding universal screening; however, both societies agree that patients with risk factors should have targeted screening for IDA.

38
Q

What are the contraindications to bracing in kids with Scoliosis?

A

However, contraindications to bracing include little growth remaining (i.e., a Risser grade of 3) or skeletal maturity, a Cobb angle of 50° or more, and a Cobb angle of less than 20°.

39
Q

What are the most common bugs associated with acute bacterial sinusitis?

A

The most common cause of acute bacterial sinusitis and otitis media in the pediatric population is Streptococcus pneumoniae, with other common causes being Haemophilus influenzae (nontypeable in vaccinated populations) and Moraxella catarrhalis. Approximately 6% to 13% of viral rhinosinusitis (RS) is complicated by acute bacterial RS, and should be suspected if the infection does not clear in 7 to 10 days.

40
Q

RSV is high risk in which groups?

A

Respiratory syncytial virus (RSV) is a source of viral illness that causes an acute upper respiratory illness in people of all ages. However, certain groups are at high risk for more severe infections and lower airway diseases. These groups include infants younger than 6 months old, infants born before 35 weeks gestation, patients with Down syndrome, infants exposed to second-hand smoke, patients with congenital heart or lung disease, patients with persistent asthma, and immunocompromised patients. In this case, the older brother was also a risk factor as his “cold” was likely RSV. Older healthy children and adults typically present with less severe illness.

41
Q

Cat bite penetrating wounds should be treated how?

A

All patients who have suffered a penetrating cat bite should be treated with prophylactic antibiotics. Current recommendations include amoxicillin/clavulanate or a second-generation cephalosporin.