Bulletin of Experimental Treatments for AIDS (BETA), published by the San Francisco AIDS Foundation, is one of the most comprehensive HIV treatment publications, with hundreds of in-depth articles.

Published in the Bulletin of Experimental Treatments for AIDS July 1998 issue, by the San Francisco AIDS Foundation.

HIV and Children: The Nutrition Story
Part 1
Part 2

Part 3

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July 1998 Table of Contents

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HIV and Children: The Nutrition Story -- Part 1

By Cade Fields-Gardner, MS, RD/LD

The many medical, social and nutritional issues surrounding HIV-infected children are mind-boggling. The good news is that there is a lot that can be done about them! This article will focus on these issues and provide some practical advice.

Sara Cunningham-Rundles, MD, from Memorial Sloan Kettering Cancer Center has suggested that, "Malnutrition is a frequent manifestation of HIV infection that has received comparatively little attention despite growing clinical importance with improved treatment and lengthened survival times." James Oleske, MD, from the Children’s Hospital of New Jersey stated, "Gains in survival duration must be linked to enhanced quality of life through supportive care, including comprehensive nutritional services that have their efficacy documented by appropriate clinical trials."

Aside from nutritional management as a support mechanism, nutrition plays a central role in pediatric immune defenses. "Infants and small children are at great risk because they possess only immature, inexperienced immune systems and very small protein reserves," said W.R. Beisel, MD, from Johns Hopkins University in Baltimore.

An estimated 1.1 million children under the age of 15 years old are HIV-infected. More than 460,000 children have died from HIV-related illnesses. The Centers for Disease Control and Prevention (CDC) in Atlanta first received reports of pediatric HIV infection in 1982. Statistics from CDC show that through June 30, 1997, AIDS was reported in 7,902 children less than 13 years old. Most of these (6,221) were under the age of 5 years old. A total of 4,602 AIDS deaths have been reported in children in the United States. Nearly all pediatric cases (7,157, or more than 90%) were transmitted perinatally (around the time of birth). While CDC shows a trend of declining AIDS cases (as defined by CDC criteria), this does not reflect the growing numbers of children with HIV infection. See the table below for the CDC definition of pediatric AIDS as of 1994. The definition is complex and includes consideration of T-cell count and symptoms. According to J.S. Lambert, MD, from the University of Maryland Baltimore School of Medicine, "What separates HIV from other chronic diseases is its ability to infect and affect so many other family members, not just the child."


Centers for Disease Control and Prevention Definition of Pediatric AIDS (1994)

Immunologic Categories

 

Immune Category

<12 months old
CD4 cells/mm3 (%)

1-5 years old
CD4 cells/mm3 (%)

6-12 years old
CD4 cells/mm3 (%)

1
no suppression

> 1,500

(>25%)

>1,000

(>25%)

>500

(>25%)

2
moderate suppression

750-1,499

(15%-24%)

500-999

(15%-24%)

200-499

(15%-24%)

3
severe suppression

<750

(<15%)

<500

(<15%)

<200

(<15%)

                                             Clinical Categories

 

Clinical Categories

Immunologic Categories N: no signs or symptoms A: mild signs or symptoms B: moderate signs or symptoms C: severe signs or symptoms

1

N1

A1

B1

C1

2

N2

A2

B2

C2

3

N3

A3

B3

C3

Category N -- no symptoms or signs that are the result of HIV disease, or only 1 condition from category A.

Category A -- 2 or more of the following conditions, but none from categories B or C: lymphadenopathy, hepatomegaly, splenomegaly, dermatitis, parotitis, recurrent upper respiratory infection, sinusitis, otitis media

Category B -- conditions attributed to HIV infection: anemia or thrombocytopenia; bacterial meningitis, pneumonia or sepsis (single episode); oropharyngeal candidiasis; cardiomyopathy; cytomegalovirus (onset < 1 month old); chronic diarrhea; hepatitis; recurrent herpes simplex stomatitis; herpes simplex bronchitis, pneumonitis or esophagitis (onset < 1 month old); herpes zoster (2 or more episodes); leiomyosarcoma; lymphoid interstitial pneumonia (LIP) or pulmonary lymphoid hyperplasia complex; nephropathy; nocardiosis; fever lasting longer than 1 month; toxoplasmosis (onset < 1 month old); disseminated varicella

Category C -- any condition in the 1987 surveillance case definition for AIDS except for LIP


Pediatric HIV disease is marked by several common events. Failure to thrive, or the lack of normal weight gain and growth is common. Sometimes HIV-infected children are slow to develop motor and other skills such as crawling, walking and talking. Some children with advanced HIV disease show signs of neurologic problems. These can include problems walking, seizures, mental retardation and poor school performance. In addition to the usual childhood diseases, opportunistic infections can create havoc. Relentless diaper rash, oral thrush and other problems related to immune deficiency make growth and development more challenging. Medical care and access to social programs are crucial during childhood to prevent more devastating and long-term effects of HIV disease and its complications. Several recommendations have been made for the best possible care, including:
  • provide appropriate and adequate nutrition
  • provide timely immunizations
  • individualize antiretroviral treatment and prevention strategies for other infections
  • support the social structure of the family care unit.


Government Response: Influencing Trends in Care for Pediatric Chronic Disease

The U.S. Department of Health and Human Services Health Resources and Services Administration has published a document that discusses an agenda for pediatric HIV/AIDS programs. It noted the trends in providing care for children with chronic conditions as requiring services for a broader range of conditions, for the "whole child" as opposed to the specific medical condition, and a multidisciplinary and multi-agency approach. Healthcare access problems were recognized as significant issues for the pediatric population. Pediatric AIDS cases reported to CDC were more common in underserved populations. Fifty-eight percent of children with AIDS are of African American descent and 23% are Hispanic.

C. Everett Koop, MD, then U.S. Surgeon General, stated the importance of building a strong community-based service system to support all aspects of care provided locally for children with chronic disease and their families. This was an important foundation for the concept of integrated, timely and consistent medical care that supported cultural diversity and normal living patterns.

Approximately 5 million dollars in funding was made available for the Pediatric HIV/AIDS Health Care Demonstration Projects, Pediatric HIV/AIDS Comprehensive Centers and a National Resource Center (see end of article for a list of programs by state). Collaboration between community agencies was encouraged. Basic principles were set forth to outline the concept of family-centered care. Key elements included recognition of the family unit as a constant in the child’s life, facilitation of parental and professional collaboration at personal and policy levels of care, sharing information in an unbiased and appropriate manner, implementation of programs and policies that support the psychosocial and economic needs of the families, recognition and respect for individuality and coping ability, incorporating developmental needs of the child and family unit into care, facilitation of interfamily support, and assurance of flexibility, accessibility and responsiveness to individual family needs.

The primary expected outcome was a contribution to the ability of children and their families to lead productive and independent lives. The economics were justified based on the expectation that improved health, increased independence, decreased family stress and reduced healthcare costs would result.


Clinically Speaking

More information is becoming available on the long-term issues surrounding HIV disease management in children. Unlike adults, children with HIV have the added challenges of growing, physically and mentally maturing, and keeping a step ahead of HIV to prevent setbacks. If a child becomes malnourished, the ability of the immune system to keep working well may be in jeopardy. This can lead to more problems with infections and HIV disease progression. Because many HIV positive children are already at high risk for malnutrition, the potential for immune suppression is even greater.

Treatment regimens can be complex. Treatment of HIV infection is important to this discussion because there is evidence that children improve the rate of weight gain (with even some catch-up growth for children who were growth-retarded before treatment), mental functioning and survival when effectively treated with a tolerable anti-HIV regimen. Current treatment guidelines include the initiation of antiretroviral therapy when symptoms and/or immune suppression are evident (categories N2, N3, A1-3, B1-3, C1-3) or the child is less than 12 months old. A combination of 3 drugs that includes 2 reverse transcriptase inhibitors and 1 protease inhibitor is recommended. The choice of protease inhibitor may depend on the child’s ability to swallow capsules. The federal government updated its Guidelines for the Use of Antiretroviral Agents in Pediatric HIV Infection in April (available in the April 17 issue of Morbidity and Mortality Weekly Report and on the web at www.hivatis/org/trtgdlns.html).

Depending on which regimens are chosen, dietary issues once again come into play. The child must be well nourished to make the most of treatment with the fewest side effects. In addition, interactions with foods can make a difference in how well drugs work. Table 1 shows some of the relevant drug-food interactions. The treatment of HIV infection is crucial to long-term survival. It is sometimes difficult to follow the guidelines recommended by the healthcare provider down to the finer details. Keeping medication diaries, setting timers and other strategies can help. Following some of the food tips in Table 1 may make medications more tolerable. The caregiver should be alert for symptoms that may make medication regimens difficult to follow. It is important to report any of these side effects to the physician.


Table 1. Food-Medication Interactions with Antiretroviral Drugs

 

Medication Food Tips Potential Nutrition-Related Side Effects
ddI (Videx) Drug formula contains antacids, do not take with acidic beverages (cranberry juice, cola, citrus); take on an empty stomach (2 hours after meals and at least 1 hour before a meal) Common: diarrhea, abdominal pain, nausea, vomiting; less common: peripheral neuropathy, pancreatitis, increased liver enzymes
3TC (Epivir) Can take with food Fatigue, nausea, diarrhea, abdominal pain
d4T (Zerit) Can take with food Gastrointestinal distress; less common: peripheral neuropathy, pancreatitis
ddC (Hivid) Take on an empty stomach (2 hours after meals or at least 1 hour before meals) Gastrointestinal distress; less common: peripheral neuropathy, pancreatitis, liver toxicity, oral ulcers
AZT (Retrovir) Can take with meal, but try to take on an empty stomach; if taken with a meal, try low-fat foods. Anemia (may require medical treatment); less common: liver toxicity, myopathy
delavirdine
(Rescriptor)
Can take with food; should not be taken with antacids; if used with ddI, take 1 hour before or after Gastrointestinal distress
nevirapine
(Viramune)
Can take with food Sedative effect, diarrhea, nausea, rash (monitor closely)
indinavir
(Crixivan)
Take on empty stomach (2 hours after or 1 hour before meals); may take with non-fat, low-protein snack; take with plenty of fluids; do not take with grapefruit juice (may lower effectiveness of indinavir) Nausea, abdominal pain, metallic taste; less common: kidney stones, liver toxicity, diabetes
nelfinavir
(Viracept)
Take with light meal or snack; do not take with acidic food or juice (because of bad taste) Diarrhea; less common: abdominal pain, liver toxicity, diabetes
ritonavir
(Norvir)
Take with food; use straw to administer to back of mouth (to minimize taste), or coat the mouth with peanut butter before dose, or give strong-tasting food (syrup or gum) right after dose, or numb the mouth with ice cubes or popsicles just before dose. Nausea, vomiting, diarrhea, abdominal pain, loss of appetite; less common: liver toxicity, pancreatitis, increased fats in blood
saquinavir
(Invirase, Fortovase)
Take within 2 hours of a full or high-fat meal; grapefruit juice increases blood concentration of saquinavir Diarrhea, abdominal pain, nausea; less common: liver toxicity, diabetes


HIV and Children: The Nutrition Story ~ Part 2

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Page last updated 9 July 1998

 


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