Deck 9: Infant Nutrition: Conditions and Interventions

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Question
Rickets is a deficiency disease that is caused by insufficient amounts of which vitamin?

A)Vitamin A
B)Vitamin D
C)Vitamin C
D)Vitamin E
E)Vitamin B₁₂
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Question
What is one of the signs associated with inadequate growth?

A)Weight loss within the first week after birth
B)Weight remaining stable over 3 months
C)Weight gain over 3 months
D)Missing weights in the medical record
Question
The DiGeorge syndrome is a _____.

A)condition in which 3 copies of chromosome 21 occur
B)condition mostly occurring in males
C)condition in which chromosome 22 has a small deletion
D)condition that requires soy formula instead of breast milk
E)condition in which infants cannot break down glucose
Question
Infants need a high-fat diet compared to older people;therefore,up to _____ of calories from fat may be recommended.

A)25%
B)32%
C)40%
D)55%
E)60%
Question
The European Society for Gastroenterology and Nutrition recommends that a pre-term baby have an energy intake range of _____ Calories/per kg.

A)50-65
B)70-90
C)110-135
D)175-300
Question
Primary components included in nutrition evaluations of children with special health care needs include _____.

A)growth,nutrient content of diet,and how the child is fed
B)growth,nutrient content of diet,and cost
C)growth,course of mother's pregnancy,and substance abuse in the home
D)health care insurance eligibility,growth,and nutrient content of diet
Question
Which of the following foods would NOT be appropriate for a baby with galactosemia?

A)Sugar solution
B)Apple juice
C)Soybean formula
D)Breast milk
Question
What is the gestation-adjusted age for a 9-month-old infant born preterm (32 weeks)?

A)6.5 months
B)7 months
C)8 months
D)8.5 months
Question
If a woman breastfeeding a preterm infant needs to provide additional calories and nutrients to her infant,she can have human milk fortifier added.This adds all of the following nutrients EXCEPT _____.

A)iron
B)vitamin D
C)vitamin C
D)calcium
E)vitamin A
Question
In preterm births,which organ is stressed,reducing an infant's ability to digest protein?

A)Heart
B)Small intestine
C)Liver
D)Gallbladder
E)Pancreas
Question
The DRI for protein in infants that do not have special conditions that impair growth or digestion is _____.

A)1.52 g protein/kg body weight
B)2.2 g protein/kg body weight
C)3.0 g protein/kg body weight
D)3.0 g protein/g body weight
Question
What is the most appropriate nutrition intervention for a special needs infant who has gastroesophageal reflux and swallowing difficulty?

A)Add 4 oz fruit juice as a snack
B)Feed infant more often
C)Mix baby rice cereal with standard formula
D)Supplement with a mixture of amino acids,carbohydrates,fats,vitamins,and minerals
E)Provide a concentrated formula that provides 40 cal/fluid ounce
Question
Which of the following nutrients has been implicated in fetal-origin errors?

A)Vitamin B₁₂
B)Vitamin A
C)Iron
D)Selenium
Question
Which of the following statements about fat is NOT true?

A)Up to 55% of total calories from fat may be recommended.
B)Fats are easier to absorb for infants with VLBW or ELBW.
C)Low fat intakes are not generally recommended.
D)MCT do not require bile for digestion.
E)Breast milk is recommended because it is high in essential fatty acids.
Question
In which of the following cases would EXTRA calories be needed for a child?

A)Infections
B)Fever
C)Difficulty breathing
D)Recovery from surgery
E)All of the above
Question
The recommendation for very low-birth-weight or extremely low-birth-weight infants who are breastfeeding but have limited pancreatic enzyme production is to supplement them with _____.

A)long-chain fatty acids
B)medium-chain fatty acids
C)short-chain fatty acids
D)pancreatic enzymes
E)high-calorie formulas
Question
Refinements in the usual methods of measurement and interpretation of growth are needed in conditions known to influence growth and development.These include:

A)using specialized growth charts for specific diagnoses.
B)using indicators of body composition,such as body fat measures.
C)special attention to indicators of brain growth,such as measuring head circumference.
D)looking for biochemical indicators of tissue stores of nutrients.
E)All of the above
Question
In-depth nutrition assessments make sure nutrition is not limiting an infant's growth and development and are typically needed by three main groups of infants,which include all of the following EXCEPT:

A)infants born between 37 and 42 weeks.
B)infants born before 34 weeks of gestation.
C)infants born with consequences of abnormal development during pregnancy such as a heart malformation.
D)infants at risk for chronic health problems.
Question
Preterm birth has been correlated with lifetime impacts on which of the following?

A)School performance
B)Drop-out rates
C)Adult chronic diseases
D)All of the above
E)None of the above
Question
An infant with what special condition requires less energy than a healthy infant?

A)Extremely low-birth-weight infant
B)Low-birth-weight infant
C)Infant with Down's syndrome
D)Infant born with difficulty breathing
E)Infant born with PKU
Question
A gavage feeding is one that:

A)provides nutrition directly through the central vein and includes amino acids,dextrose,and a lipid emulsion.
B)provides nutrition through a tube inserted into the stomach or small intestine.
C)provides slow feedings from the mouth or nose into the stomach through a tube.
D)provides oral nutrition that has been pureed thoroughly so the infant does not choke.
E)provides nutrition through the use of an oral syringe.
Question
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
The appropriate resource that could be used to measure Rebecca's growth velocity would be _____.

A)a growth chart specifically made for preterm births
B)a CDC growth chart
C)catch-up growth charts
D)Growth charts are not appropriate for preterm infants.
Question
Nutrition concerns with infants that have Down syndrome include:

A)feeding difficulties related to weak muscles in the face and overall.
B)high risk of the child becoming overweight.
C)constipation.
D)All of the above
E)None of the above
Question
Differences in preterm and term infant feeding include:

A)preterm infants may have oral hypersensitivity.
B)preterm infants accept food readily by mouth.
C)preterm infants have a more stable feeding position.
D)the central nervous system in preterm infants signals hunger prematurely.
E)All of the above
Question
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Following discharge from the hospital,Rebecca showed signs of fatigue during feeding.The dietitian then recommended a higher-calorie formula.How many Calories/ounce would the new formula most likely contain?

A)24 Calories
B)30 Calories
C)35 Calories
D)40 Calories
Question
The overall U.S.infant mortality rate decreased by _____ between 1980 and 2008.

A)26%
B)31%
C)45%
D)56%
E)63%
Question
The initial nutrition problems resulting from VLBW and ELBW include:

A)inability to nurse like a full-term infant.
B)for most,a requirement for respiratory support to breathe.
C)a greater likelihood of food allergies and difficulty feeding.
D)a and b
E)b and c
Question
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Will Rebecca be able to sit in a high chair and maintain a stable feeding position at 6 months-the same physical development expected from a term infant?

A)Yes
B)No
Question
There are several reasons why a baby that is born preterm may be hard to feed.These include all of the following EXCEPT:

A)fatigue.
B)high tolerance of volume.
C)low tolerance of volume.
D)disorganized feeding.
E)abdominal distension.
Question
An example of a central nervous system congenital anomaly is:

A)a heart malformation.
B)spina bifida.
C)cleft lip.
D)tracheoesophageal atresia.
E)autism.
Question
If an intrauterine insult occurs early in gestation,what would be a likely result?

A)Lower body weight
B)Smaller brain size
C)Shorter length for age
D)All of the above
Question
The smallest living newborns who weigh 501-600 grams (1 pound 2 ounces to 1 pound 5 ounces)have a _____ chance of survival at birth.

A)26%
B)31%
C)45%
D)56%
E)63%
Question
Interventions are required to ensure adequate growth and development when feeding problems are identified in infancy.Which of the following would NOT be one of these interventions?

A)Assessing growth less frequently
B)Monitoring the infant's intake of all liquids and foods to ensure enough is being consumed
C)Changing the frequency and volume of feedings as needed
D)Changing the diet composition to improve nutrient density
E)Providing parent education or support
Question
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Which statement best describes body fat storage changes expected in Rebecca?

A)Fat stores will decrease in 3 months.
B)Fat stores will stay the same in 3 months.
C)Fat stores will increase in 3 months.
D)Body fat stores will increase immediately.
Question
There are many nutritional concerns in infants with special health care needs.Feeding problems may result from the disruption of the delivery of nutrients due to:

A)structure or functioning of the mouth or oral cavity.
B)instructions that were too complicated for parents to follow.
C)appetite being suppressed by medications or constipation.
D)inappropriate food choices or methods of preparation.
E)All of the above
Question
Growth rates among infants that have the lung condition bronchopulmonary dysplasia (BPD)are slower due to all of the following EXCEPT:

A)higher nutritional requirements.
B)more muscle mass.
C)changes in endocrine systems.
D)changes in pulmonary systems.
E)All of the above are reasons that these infants have slower growth rates.
Question
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Three months following an infant's birth,her mother returned to the community health care clinic and reported that Rebecca was "not as tired as she used to be when drinking her bottle." What additional information would reinforce the mom's report that the infant's feeding behaviors have improved?

A)The number of bowel movements had increased since the last visit
B)The amount of time between feedings had increased since the last visit
C)The infant was now drinking sugar water
D)The infant now enjoyed a pacifier
Question
Which of the following programs would NOT be a source of nutrition services or finances to help pay for nutritional services for preterm infants or those with special health care needs?

A)WIC
B)Early Head Start
C)National Council on Pediatric Affairs (NCPA)
D)Individuals with Disabilities Education Act (IDEA)
E)Federal disability programs
Question
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Infants that did not survive in the past are now being saved.This includes all of the following groups EXCEPT:

A)low-birth-weight infants.
B)very-low-birth-weight infants.
C)extremely-low-birth-weight infants.
D)incredibly-low-birth-weight infants.
Question
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
What daily weight gain goal would the dietitian set for the first three months?

A)10-25 g/day
B)20-30 g/day
C)30-40 g/day
D)>40 g/day
Question
The American Academy of Pediatrics and The European Society for Gastroenterology recommend the SAME level of energy intake for pre-term infants.
Question
An infant with repaired spina bifida or Down syndrome requires:

A)more calories than a healthy full-term infant.
B)fewer calories than a healthy full-term infant.
C)the same amount of calories as a healthy full-term infant.
Question
Mealtime behavior and eating problems occur along with other behavioral and sensory problems in infants with autism.
Question
An infant is diagnosed with maple syrup urine disease and requires a special infant formula.Which of the following would be the best choice?

A)An extensively hydrolyzed formula
B)A highly concentrated formula providing 40 kcal/fl oz
C)A standard infant formula with polycose and MCT oil
D)A standard infant formula with baby rice cereal
E)A mixture of amino acids,carbohydrates,and fats,without the amino acids valine,isoleucine,and leucine
Question
How many Calories would the American Academy of Pediatrics initially recommend for a 1.5-kg infant that was born at 33 weeks gestation?

A)120 kcal/day
B)162 kcal/day
C)180 kcal/day
D)225 kcal/day
E)248 kcal/day
Question
An infant that is unable to swallow and is having gastrointestinal problems should not be given enteral feedings.
Question
Catch-up growth and weight gain are typically emphasized with very-low-birth-weight (VLBW)babies;this can sometimes result in:

A)overfeeding.
B)gastrointestinal discomfort.
C)specially prepared meals.
D)behavior problems.
E)a and b
Question
The addition of folate into our food supply has helped reduce the incidence of _____.

A)spina bifida
B)anencephaly
C)diaphragmatic hernia
D)tracheoesophageal atresia
E)a and b
Question
Slow growth is ALWAYS a symptom of inadequate nutrition.
Question
The answer to question #48 was chosen because:

A)excluding valine,isoleucine,and leucine prevents toxic byproduct buildup.
B)increased calories,protein,and fats are needed.
C)the amino acids will be absorbed better if extensively broken down.
D)MCT oil is easier to digest and provides more calories.
E)a standard formula with rice has an increased thickness to lower the risk of choking.
Question
Infants who were born preterm or have chronic health problems tend to be more irritable than term infants.
Question
Breast milk would most likely NOT be recommended for a preterm infant.
Question
Nutrient requirements are known for all children with special health care needs due to advances in science.
Question
When energy generated from carbohydrate and fat consumption is sufficient to meet a newborn's need,protein will be used for growth instead.This process is called:

A)glycolysis.
B)gluconeogenesis.
C)oxidation.
D)protein sparing.
E)the Kreb's cycle.
Question
Protein sparing is best defined as:

A)eating enough protein so that you have plenty to spare.
B)eating enough carbohydrate so that protein can be used for growth.
C)eating enough fat so that protein can be used for growth.
D)All of the above
E)b and c only
Question
Infants with Down syndrome love to suck and have things in their mouth;therefore,it is easy to overfeed them.
Question
All of the following would be examples of feeding problems in high-risk infants over 6 months of age EXCEPT:

A)the baby cannot maintain good head control while being fed with a spoon.
B)the baby resists lumpy or textured foods.
C)the baby resists anything in his mouth except a bottle,breast,or pacifier.
D)the baby constantly puts non-food objects in her mouth.
E)the baby does not give signs that indicate hunger or fullness.
Question
Because the infant mortality rate has declined,the number of infant's also requiring nutrition services has declined.
Question
Match between columns
Low-birth-weight infant (LBW)
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Low-birth-weight infant (LBW)
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Low-birth-weight infant (LBW)
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Low-birth-weight infant (LBW)
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Low-birth-weight infant (LBW)
Small head size for age and gender
Low-birth-weight infant (LBW)
Large head size for age and gender
Low-birth-weight infant (LBW)
Condition of deficits in communication and social interaction with onset generally before age 3
Low-birth-weight infant (LBW)
Condition in which three copies of chromosome 21 occur
Low-birth-weight infant (LBW)
Condition characterized by inflammation or damage to a section of the intestine
Low-birth-weight infant (LBW)
Condition in which the brain is not formed correctly, resulting in neonatal death
Anencephaly
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Anencephaly
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Anencephaly
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Anencephaly
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Anencephaly
Small head size for age and gender
Anencephaly
Large head size for age and gender
Anencephaly
Condition of deficits in communication and social interaction with onset generally before age 3
Anencephaly
Condition in which three copies of chromosome 21 occur
Anencephaly
Condition characterized by inflammation or damage to a section of the intestine
Anencephaly
Condition in which the brain is not formed correctly, resulting in neonatal death
Necrotizing enterocolitis
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Necrotizing enterocolitis
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Necrotizing enterocolitis
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Necrotizing enterocolitis
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Necrotizing enterocolitis
Small head size for age and gender
Necrotizing enterocolitis
Large head size for age and gender
Necrotizing enterocolitis
Condition of deficits in communication and social interaction with onset generally before age 3
Necrotizing enterocolitis
Condition in which three copies of chromosome 21 occur
Necrotizing enterocolitis
Condition characterized by inflammation or damage to a section of the intestine
Necrotizing enterocolitis
Condition in which the brain is not formed correctly, resulting in neonatal death
Very-low-birth-weight infant (VLBW)
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Very-low-birth-weight infant (VLBW)
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Very-low-birth-weight infant (VLBW)
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Very-low-birth-weight infant (VLBW)
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Very-low-birth-weight infant (VLBW)
Small head size for age and gender
Very-low-birth-weight infant (VLBW)
Large head size for age and gender
Very-low-birth-weight infant (VLBW)
Condition of deficits in communication and social interaction with onset generally before age 3
Very-low-birth-weight infant (VLBW)
Condition in which three copies of chromosome 21 occur
Very-low-birth-weight infant (VLBW)
Condition characterized by inflammation or damage to a section of the intestine
Very-low-birth-weight infant (VLBW)
Condition in which the brain is not formed correctly, resulting in neonatal death
Extremely low-birthweight infant (ELBW)
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Extremely low-birthweight infant (ELBW)
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Extremely low-birthweight infant (ELBW)
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Extremely low-birthweight infant (ELBW)
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Extremely low-birthweight infant (ELBW)
Small head size for age and gender
Extremely low-birthweight infant (ELBW)
Large head size for age and gender
Extremely low-birthweight infant (ELBW)
Condition of deficits in communication and social interaction with onset generally before age 3
Extremely low-birthweight infant (ELBW)
Condition in which three copies of chromosome 21 occur
Extremely low-birthweight infant (ELBW)
Condition characterized by inflammation or damage to a section of the intestine
Extremely low-birthweight infant (ELBW)
Condition in which the brain is not formed correctly, resulting in neonatal death
Seizures
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Seizures
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Seizures
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Seizures
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Seizures
Small head size for age and gender
Seizures
Large head size for age and gender
Seizures
Condition of deficits in communication and social interaction with onset generally before age 3
Seizures
Condition in which three copies of chromosome 21 occur
Seizures
Condition characterized by inflammation or damage to a section of the intestine
Seizures
Condition in which the brain is not formed correctly, resulting in neonatal death
Macrocephaly
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Macrocephaly
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Macrocephaly
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Macrocephaly
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Macrocephaly
Small head size for age and gender
Macrocephaly
Large head size for age and gender
Macrocephaly
Condition of deficits in communication and social interaction with onset generally before age 3
Macrocephaly
Condition in which three copies of chromosome 21 occur
Macrocephaly
Condition characterized by inflammation or damage to a section of the intestine
Macrocephaly
Condition in which the brain is not formed correctly, resulting in neonatal death
Down syndrome
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Down syndrome
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Down syndrome
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Down syndrome
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Down syndrome
Small head size for age and gender
Down syndrome
Large head size for age and gender
Down syndrome
Condition of deficits in communication and social interaction with onset generally before age 3
Down syndrome
Condition in which three copies of chromosome 21 occur
Down syndrome
Condition characterized by inflammation or damage to a section of the intestine
Down syndrome
Condition in which the brain is not formed correctly, resulting in neonatal death
Microcephaly
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Microcephaly
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Microcephaly
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Microcephaly
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Microcephaly
Small head size for age and gender
Microcephaly
Large head size for age and gender
Microcephaly
Condition of deficits in communication and social interaction with onset generally before age 3
Microcephaly
Condition in which three copies of chromosome 21 occur
Microcephaly
Condition characterized by inflammation or damage to a section of the intestine
Microcephaly
Condition in which the brain is not formed correctly, resulting in neonatal death
Autism
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Autism
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Autism
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Autism
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Autism
Small head size for age and gender
Autism
Large head size for age and gender
Autism
Condition of deficits in communication and social interaction with onset generally before age 3
Autism
Condition in which three copies of chromosome 21 occur
Autism
Condition characterized by inflammation or damage to a section of the intestine
Autism
Condition in which the brain is not formed correctly, resulting in neonatal death
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Deck 9: Infant Nutrition: Conditions and Interventions
1
Rickets is a deficiency disease that is caused by insufficient amounts of which vitamin?

A)Vitamin A
B)Vitamin D
C)Vitamin C
D)Vitamin E
E)Vitamin B₁₂
B
2
What is one of the signs associated with inadequate growth?

A)Weight loss within the first week after birth
B)Weight remaining stable over 3 months
C)Weight gain over 3 months
D)Missing weights in the medical record
B
3
The DiGeorge syndrome is a _____.

A)condition in which 3 copies of chromosome 21 occur
B)condition mostly occurring in males
C)condition in which chromosome 22 has a small deletion
D)condition that requires soy formula instead of breast milk
E)condition in which infants cannot break down glucose
C
4
Infants need a high-fat diet compared to older people;therefore,up to _____ of calories from fat may be recommended.

A)25%
B)32%
C)40%
D)55%
E)60%
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5
The European Society for Gastroenterology and Nutrition recommends that a pre-term baby have an energy intake range of _____ Calories/per kg.

A)50-65
B)70-90
C)110-135
D)175-300
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6
Primary components included in nutrition evaluations of children with special health care needs include _____.

A)growth,nutrient content of diet,and how the child is fed
B)growth,nutrient content of diet,and cost
C)growth,course of mother's pregnancy,and substance abuse in the home
D)health care insurance eligibility,growth,and nutrient content of diet
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7
Which of the following foods would NOT be appropriate for a baby with galactosemia?

A)Sugar solution
B)Apple juice
C)Soybean formula
D)Breast milk
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8
What is the gestation-adjusted age for a 9-month-old infant born preterm (32 weeks)?

A)6.5 months
B)7 months
C)8 months
D)8.5 months
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9
If a woman breastfeeding a preterm infant needs to provide additional calories and nutrients to her infant,she can have human milk fortifier added.This adds all of the following nutrients EXCEPT _____.

A)iron
B)vitamin D
C)vitamin C
D)calcium
E)vitamin A
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10
In preterm births,which organ is stressed,reducing an infant's ability to digest protein?

A)Heart
B)Small intestine
C)Liver
D)Gallbladder
E)Pancreas
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11
The DRI for protein in infants that do not have special conditions that impair growth or digestion is _____.

A)1.52 g protein/kg body weight
B)2.2 g protein/kg body weight
C)3.0 g protein/kg body weight
D)3.0 g protein/g body weight
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12
What is the most appropriate nutrition intervention for a special needs infant who has gastroesophageal reflux and swallowing difficulty?

A)Add 4 oz fruit juice as a snack
B)Feed infant more often
C)Mix baby rice cereal with standard formula
D)Supplement with a mixture of amino acids,carbohydrates,fats,vitamins,and minerals
E)Provide a concentrated formula that provides 40 cal/fluid ounce
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13
Which of the following nutrients has been implicated in fetal-origin errors?

A)Vitamin B₁₂
B)Vitamin A
C)Iron
D)Selenium
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14
Which of the following statements about fat is NOT true?

A)Up to 55% of total calories from fat may be recommended.
B)Fats are easier to absorb for infants with VLBW or ELBW.
C)Low fat intakes are not generally recommended.
D)MCT do not require bile for digestion.
E)Breast milk is recommended because it is high in essential fatty acids.
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15
In which of the following cases would EXTRA calories be needed for a child?

A)Infections
B)Fever
C)Difficulty breathing
D)Recovery from surgery
E)All of the above
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16
The recommendation for very low-birth-weight or extremely low-birth-weight infants who are breastfeeding but have limited pancreatic enzyme production is to supplement them with _____.

A)long-chain fatty acids
B)medium-chain fatty acids
C)short-chain fatty acids
D)pancreatic enzymes
E)high-calorie formulas
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17
Refinements in the usual methods of measurement and interpretation of growth are needed in conditions known to influence growth and development.These include:

A)using specialized growth charts for specific diagnoses.
B)using indicators of body composition,such as body fat measures.
C)special attention to indicators of brain growth,such as measuring head circumference.
D)looking for biochemical indicators of tissue stores of nutrients.
E)All of the above
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18
In-depth nutrition assessments make sure nutrition is not limiting an infant's growth and development and are typically needed by three main groups of infants,which include all of the following EXCEPT:

A)infants born between 37 and 42 weeks.
B)infants born before 34 weeks of gestation.
C)infants born with consequences of abnormal development during pregnancy such as a heart malformation.
D)infants at risk for chronic health problems.
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19
Preterm birth has been correlated with lifetime impacts on which of the following?

A)School performance
B)Drop-out rates
C)Adult chronic diseases
D)All of the above
E)None of the above
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20
An infant with what special condition requires less energy than a healthy infant?

A)Extremely low-birth-weight infant
B)Low-birth-weight infant
C)Infant with Down's syndrome
D)Infant born with difficulty breathing
E)Infant born with PKU
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21
A gavage feeding is one that:

A)provides nutrition directly through the central vein and includes amino acids,dextrose,and a lipid emulsion.
B)provides nutrition through a tube inserted into the stomach or small intestine.
C)provides slow feedings from the mouth or nose into the stomach through a tube.
D)provides oral nutrition that has been pureed thoroughly so the infant does not choke.
E)provides nutrition through the use of an oral syringe.
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22
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
The appropriate resource that could be used to measure Rebecca's growth velocity would be _____.

A)a growth chart specifically made for preterm births
B)a CDC growth chart
C)catch-up growth charts
D)Growth charts are not appropriate for preterm infants.
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23
Nutrition concerns with infants that have Down syndrome include:

A)feeding difficulties related to weak muscles in the face and overall.
B)high risk of the child becoming overweight.
C)constipation.
D)All of the above
E)None of the above
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24
Differences in preterm and term infant feeding include:

A)preterm infants may have oral hypersensitivity.
B)preterm infants accept food readily by mouth.
C)preterm infants have a more stable feeding position.
D)the central nervous system in preterm infants signals hunger prematurely.
E)All of the above
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25
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Following discharge from the hospital,Rebecca showed signs of fatigue during feeding.The dietitian then recommended a higher-calorie formula.How many Calories/ounce would the new formula most likely contain?

A)24 Calories
B)30 Calories
C)35 Calories
D)40 Calories
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26
The overall U.S.infant mortality rate decreased by _____ between 1980 and 2008.

A)26%
B)31%
C)45%
D)56%
E)63%
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27
The initial nutrition problems resulting from VLBW and ELBW include:

A)inability to nurse like a full-term infant.
B)for most,a requirement for respiratory support to breathe.
C)a greater likelihood of food allergies and difficulty feeding.
D)a and b
E)b and c
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28
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Will Rebecca be able to sit in a high chair and maintain a stable feeding position at 6 months-the same physical development expected from a term infant?

A)Yes
B)No
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29
There are several reasons why a baby that is born preterm may be hard to feed.These include all of the following EXCEPT:

A)fatigue.
B)high tolerance of volume.
C)low tolerance of volume.
D)disorganized feeding.
E)abdominal distension.
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30
An example of a central nervous system congenital anomaly is:

A)a heart malformation.
B)spina bifida.
C)cleft lip.
D)tracheoesophageal atresia.
E)autism.
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31
If an intrauterine insult occurs early in gestation,what would be a likely result?

A)Lower body weight
B)Smaller brain size
C)Shorter length for age
D)All of the above
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32
The smallest living newborns who weigh 501-600 grams (1 pound 2 ounces to 1 pound 5 ounces)have a _____ chance of survival at birth.

A)26%
B)31%
C)45%
D)56%
E)63%
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33
Interventions are required to ensure adequate growth and development when feeding problems are identified in infancy.Which of the following would NOT be one of these interventions?

A)Assessing growth less frequently
B)Monitoring the infant's intake of all liquids and foods to ensure enough is being consumed
C)Changing the frequency and volume of feedings as needed
D)Changing the diet composition to improve nutrient density
E)Providing parent education or support
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34
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Which statement best describes body fat storage changes expected in Rebecca?

A)Fat stores will decrease in 3 months.
B)Fat stores will stay the same in 3 months.
C)Fat stores will increase in 3 months.
D)Body fat stores will increase immediately.
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35
There are many nutritional concerns in infants with special health care needs.Feeding problems may result from the disruption of the delivery of nutrients due to:

A)structure or functioning of the mouth or oral cavity.
B)instructions that were too complicated for parents to follow.
C)appetite being suppressed by medications or constipation.
D)inappropriate food choices or methods of preparation.
E)All of the above
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36
Growth rates among infants that have the lung condition bronchopulmonary dysplasia (BPD)are slower due to all of the following EXCEPT:

A)higher nutritional requirements.
B)more muscle mass.
C)changes in endocrine systems.
D)changes in pulmonary systems.
E)All of the above are reasons that these infants have slower growth rates.
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37
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Three months following an infant's birth,her mother returned to the community health care clinic and reported that Rebecca was "not as tired as she used to be when drinking her bottle." What additional information would reinforce the mom's report that the infant's feeding behaviors have improved?

A)The number of bowel movements had increased since the last visit
B)The amount of time between feedings had increased since the last visit
C)The infant was now drinking sugar water
D)The infant now enjoyed a pacifier
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38
Which of the following programs would NOT be a source of nutrition services or finances to help pay for nutritional services for preterm infants or those with special health care needs?

A)WIC
B)Early Head Start
C)National Council on Pediatric Affairs (NCPA)
D)Individuals with Disabilities Education Act (IDEA)
E)Federal disability programs
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39
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
Infants that did not survive in the past are now being saved.This includes all of the following groups EXCEPT:

A)low-birth-weight infants.
B)very-low-birth-weight infants.
C)extremely-low-birth-weight infants.
D)incredibly-low-birth-weight infants.
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40
Multiple-choice questions 34-40 use the case study below.Please read the case and answer these questions.
Case Study: Rebecca,an infant born at 32 weeks,weighed 1200 g (2.6 lb),and was SGA.Her head circumference was 30 cm (< 5th percentile).The mother was not interested in breastfeeding.A dietitian evaluated Rebecca and established appropriate growth and development goals for weight,length,head circumference,and body fat stores.A high-calorie formula (22 kcal/oz)was also initiated.
What daily weight gain goal would the dietitian set for the first three months?

A)10-25 g/day
B)20-30 g/day
C)30-40 g/day
D)>40 g/day
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41
The American Academy of Pediatrics and The European Society for Gastroenterology recommend the SAME level of energy intake for pre-term infants.
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42
An infant with repaired spina bifida or Down syndrome requires:

A)more calories than a healthy full-term infant.
B)fewer calories than a healthy full-term infant.
C)the same amount of calories as a healthy full-term infant.
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43
Mealtime behavior and eating problems occur along with other behavioral and sensory problems in infants with autism.
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44
An infant is diagnosed with maple syrup urine disease and requires a special infant formula.Which of the following would be the best choice?

A)An extensively hydrolyzed formula
B)A highly concentrated formula providing 40 kcal/fl oz
C)A standard infant formula with polycose and MCT oil
D)A standard infant formula with baby rice cereal
E)A mixture of amino acids,carbohydrates,and fats,without the amino acids valine,isoleucine,and leucine
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45
How many Calories would the American Academy of Pediatrics initially recommend for a 1.5-kg infant that was born at 33 weeks gestation?

A)120 kcal/day
B)162 kcal/day
C)180 kcal/day
D)225 kcal/day
E)248 kcal/day
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46
An infant that is unable to swallow and is having gastrointestinal problems should not be given enteral feedings.
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47
Catch-up growth and weight gain are typically emphasized with very-low-birth-weight (VLBW)babies;this can sometimes result in:

A)overfeeding.
B)gastrointestinal discomfort.
C)specially prepared meals.
D)behavior problems.
E)a and b
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48
The addition of folate into our food supply has helped reduce the incidence of _____.

A)spina bifida
B)anencephaly
C)diaphragmatic hernia
D)tracheoesophageal atresia
E)a and b
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49
Slow growth is ALWAYS a symptom of inadequate nutrition.
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50
The answer to question #48 was chosen because:

A)excluding valine,isoleucine,and leucine prevents toxic byproduct buildup.
B)increased calories,protein,and fats are needed.
C)the amino acids will be absorbed better if extensively broken down.
D)MCT oil is easier to digest and provides more calories.
E)a standard formula with rice has an increased thickness to lower the risk of choking.
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51
Infants who were born preterm or have chronic health problems tend to be more irritable than term infants.
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52
Breast milk would most likely NOT be recommended for a preterm infant.
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53
Nutrient requirements are known for all children with special health care needs due to advances in science.
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54
When energy generated from carbohydrate and fat consumption is sufficient to meet a newborn's need,protein will be used for growth instead.This process is called:

A)glycolysis.
B)gluconeogenesis.
C)oxidation.
D)protein sparing.
E)the Kreb's cycle.
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55
Protein sparing is best defined as:

A)eating enough protein so that you have plenty to spare.
B)eating enough carbohydrate so that protein can be used for growth.
C)eating enough fat so that protein can be used for growth.
D)All of the above
E)b and c only
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56
Infants with Down syndrome love to suck and have things in their mouth;therefore,it is easy to overfeed them.
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57
All of the following would be examples of feeding problems in high-risk infants over 6 months of age EXCEPT:

A)the baby cannot maintain good head control while being fed with a spoon.
B)the baby resists lumpy or textured foods.
C)the baby resists anything in his mouth except a bottle,breast,or pacifier.
D)the baby constantly puts non-food objects in her mouth.
E)the baby does not give signs that indicate hunger or fullness.
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58
Because the infant mortality rate has declined,the number of infant's also requiring nutrition services has declined.
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59
Match between columns
Low-birth-weight infant (LBW)
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Low-birth-weight infant (LBW)
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Low-birth-weight infant (LBW)
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Low-birth-weight infant (LBW)
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Low-birth-weight infant (LBW)
Small head size for age and gender
Low-birth-weight infant (LBW)
Large head size for age and gender
Low-birth-weight infant (LBW)
Condition of deficits in communication and social interaction with onset generally before age 3
Low-birth-weight infant (LBW)
Condition in which three copies of chromosome 21 occur
Low-birth-weight infant (LBW)
Condition characterized by inflammation or damage to a section of the intestine
Low-birth-weight infant (LBW)
Condition in which the brain is not formed correctly, resulting in neonatal death
Anencephaly
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Anencephaly
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Anencephaly
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Anencephaly
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Anencephaly
Small head size for age and gender
Anencephaly
Large head size for age and gender
Anencephaly
Condition of deficits in communication and social interaction with onset generally before age 3
Anencephaly
Condition in which three copies of chromosome 21 occur
Anencephaly
Condition characterized by inflammation or damage to a section of the intestine
Anencephaly
Condition in which the brain is not formed correctly, resulting in neonatal death
Necrotizing enterocolitis
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Necrotizing enterocolitis
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Necrotizing enterocolitis
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Necrotizing enterocolitis
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Necrotizing enterocolitis
Small head size for age and gender
Necrotizing enterocolitis
Large head size for age and gender
Necrotizing enterocolitis
Condition of deficits in communication and social interaction with onset generally before age 3
Necrotizing enterocolitis
Condition in which three copies of chromosome 21 occur
Necrotizing enterocolitis
Condition characterized by inflammation or damage to a section of the intestine
Necrotizing enterocolitis
Condition in which the brain is not formed correctly, resulting in neonatal death
Very-low-birth-weight infant (VLBW)
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Very-low-birth-weight infant (VLBW)
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Very-low-birth-weight infant (VLBW)
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Very-low-birth-weight infant (VLBW)
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Very-low-birth-weight infant (VLBW)
Small head size for age and gender
Very-low-birth-weight infant (VLBW)
Large head size for age and gender
Very-low-birth-weight infant (VLBW)
Condition of deficits in communication and social interaction with onset generally before age 3
Very-low-birth-weight infant (VLBW)
Condition in which three copies of chromosome 21 occur
Very-low-birth-weight infant (VLBW)
Condition characterized by inflammation or damage to a section of the intestine
Very-low-birth-weight infant (VLBW)
Condition in which the brain is not formed correctly, resulting in neonatal death
Extremely low-birthweight infant (ELBW)
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Extremely low-birthweight infant (ELBW)
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Extremely low-birthweight infant (ELBW)
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Extremely low-birthweight infant (ELBW)
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Extremely low-birthweight infant (ELBW)
Small head size for age and gender
Extremely low-birthweight infant (ELBW)
Large head size for age and gender
Extremely low-birthweight infant (ELBW)
Condition of deficits in communication and social interaction with onset generally before age 3
Extremely low-birthweight infant (ELBW)
Condition in which three copies of chromosome 21 occur
Extremely low-birthweight infant (ELBW)
Condition characterized by inflammation or damage to a section of the intestine
Extremely low-birthweight infant (ELBW)
Condition in which the brain is not formed correctly, resulting in neonatal death
Seizures
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Seizures
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Seizures
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Seizures
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Seizures
Small head size for age and gender
Seizures
Large head size for age and gender
Seizures
Condition of deficits in communication and social interaction with onset generally before age 3
Seizures
Condition in which three copies of chromosome 21 occur
Seizures
Condition characterized by inflammation or damage to a section of the intestine
Seizures
Condition in which the brain is not formed correctly, resulting in neonatal death
Macrocephaly
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Macrocephaly
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Macrocephaly
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Macrocephaly
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Macrocephaly
Small head size for age and gender
Macrocephaly
Large head size for age and gender
Macrocephaly
Condition of deficits in communication and social interaction with onset generally before age 3
Macrocephaly
Condition in which three copies of chromosome 21 occur
Macrocephaly
Condition characterized by inflammation or damage to a section of the intestine
Macrocephaly
Condition in which the brain is not formed correctly, resulting in neonatal death
Down syndrome
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Down syndrome
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Down syndrome
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Down syndrome
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Down syndrome
Small head size for age and gender
Down syndrome
Large head size for age and gender
Down syndrome
Condition of deficits in communication and social interaction with onset generally before age 3
Down syndrome
Condition in which three copies of chromosome 21 occur
Down syndrome
Condition characterized by inflammation or damage to a section of the intestine
Down syndrome
Condition in which the brain is not formed correctly, resulting in neonatal death
Microcephaly
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Microcephaly
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Microcephaly
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Microcephaly
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Microcephaly
Small head size for age and gender
Microcephaly
Large head size for age and gender
Microcephaly
Condition of deficits in communication and social interaction with onset generally before age 3
Microcephaly
Condition in which three copies of chromosome 21 occur
Microcephaly
Condition characterized by inflammation or damage to a section of the intestine
Microcephaly
Condition in which the brain is not formed correctly, resulting in neonatal death
Autism
Infants weighing <2500 grams or <5 pounds 8 ounces at birth
Autism
Infants weighing <1500 grams or <3 pounds 5 ounces at birth
Autism
Infants weighing <1000 grams or <3 pounds 3 ounces at birth
Autism
Condition in which electrical nerve transmission in the brain is disrupted, resulting in loss of function
Autism
Small head size for age and gender
Autism
Large head size for age and gender
Autism
Condition of deficits in communication and social interaction with onset generally before age 3
Autism
Condition in which three copies of chromosome 21 occur
Autism
Condition characterized by inflammation or damage to a section of the intestine
Autism
Condition in which the brain is not formed correctly, resulting in neonatal death
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