LEADING ARTICLE
116
Infant development
.......................................................................................
Babies of a pandemic
A Stein, G Krebs, L Richter, A Tomkins, T Rochat, M L Bennish
...................................................................................
Infant development and maternal HIV
T
he effect of maternal HIV on infant
development is a major concern
because the virus has become so
widespread among women of childbearing age. According to a United Nations
report published in October 2003, half
the new cases of HIV infection that
occur across the world each year are
among 15–24 year olds.1 This group,
constituting two and a half million
people, are the next generation of
parents. The situation is particularly
catastrophic in sub-Saharan Africa
where widespread poverty and underdevelopment already undermine children’s health and wellbeing.2 It is
estimated that 10 million people in this
region between the ages of 15 and 24,
and up to 45% of pregnant women, are
infected.3
With this recognition of the high
prevalence of HIV in pregnant women
in parts of sub-Saharan Africa, major
efforts have been directed at developing
and implementing interventions to prevent mother-to-child transmission.
These efforts have been largely successful: antiretroviral medication, caesarean
section, and locally appropriate feeding
practice can now reduce transmission
from 40% to below 10%.4 In subSaharan Africa these interventions are
unfortunately not widely available, but
nonetheless, it is still the minority of
children who are infected.4
Orphaning is increasing in subSaharan Africa as rates of adult mortality have started to accelerate.5 However,
by far the largest group of vulnerable
young children are those living with an
HIV infected mother. In sub-Saharan
Africa approximately 70% of infected
mothers survive for at least the first five
years of their children’s lives,6 and this
number will increase with the rollout of
antiretroviral medication. It is known
that the early years of life are crucial for
a child’s development, and it is likely
that maternal HIV disrupts the rearing
environment, thereby putting these
children at risk.
A key question arises as to the nature
of the impact of maternal HIV on the
development of infected and uninfected
children. Although research is limited,
especially in the developing world,
studies that have examined the impact
www.archdischild.com
of maternal HIV show that vertically
infected infants are at increased risk of
developmental impairments in a number of domains, including mental,
motor, and emotional.7–14 There is some
inconsistency in the literature as to the
exact nature of the impairments suffered. Some studies have found
impaired cognitive and motor development,7 8 15 some have found that development is principally impaired in the
motor domain,16 while others have
found that the nature of impairment
changes over time.17 Language delays
have also been observed in infected
children.18 An important gap in the
research is that very few studies have
followed up children beyond 24 months
of age. This is crucial since many
impairments (for example, in language)
and disturbances (for example, in behavioural and emotional development) are
most likely to become evident after this
age. It is not surprising that HIV has
adverse effects on child development
since the HIV virus has a direct destructive effect on neuronal tissue in the
central nervous system. Where encephalopathies result, they may be rapid and
progressive leading to loss of developmental milestones, subacute with a
variable course, or static with a failure
to progress developmentally. The more
severe the encephalopathy, the worse is
the child’s prognosis.19 20
In addition to the evidence regarding
vertically infected children, there is
evidence that uninfected children born
to mothers with HIV also manifest
disturbances in their development.
These children have been found in
some studies to have significantly more
attentional, social, and behavioural problems,21–23 although not all studies have
found such adverse effects.7 Uninfected
children whose mothers have HIV are
important because they form the largest
sub-group of young children.
An important question that follows
from this is: what mechanisms can
account for these indirect effects of
maternal HIV on infants? The exact
mechanisms are yet to be elucidated,
but it is very likely that effects occur
through compromised parenting and
childcare practices. There are two main
bodies of research that together support
this view. First, that a positive HIV
diagnosis renders an individual vulnerable to depression and diminished social
support; and second, from research
outside the HIV context, that postnatal
depression and diminished social support are associated with impairments in
children’s development.
There is considerable research on the
psychological effects of HIV, but it has
tended to focus on men in Europe and
North America. The relatively few studies of women with HIV have shown
consistently that the psychological
impact of being HIV positive is profound
and may be especially severe during
pregnancy. Most women in Africa discover their HIV status during pregnancy.
Thus, a mother is diagnosed with a life
threatening condition, while at the same
time preparing to bring a new life into
the world. The studies that have been
conducted suggest that a significant
proportion of such women experience
depression and suicidal ideation, as well
as disruption of their social and material
support networks.24–35
It has been well established in studies
not involving HIV/AIDS, that maternal
depression and lack of social support
have adverse effects on children’s development. Postnatal depression, particularly in disadvantaged communities, has
been shown to be associated with
impairments in the child’s growth,36
and his/her social, emotional, and cognitive development.37 By school age,
children of women who suffer postnatal
depression are at risk for showing
externalising and internalising behavioural problems, and they have lower
social skills and academic achievement.38 A key way in which maternal
depression affects children’s development is by disrupting the mother-infant
relationship as well as routine parenting
functions,37 and two studies have shown
that HIV infection is associated with
similar disturbances in mother-child
interactions.13 39 Currently, no studies
in the HIV literature have examined
maternal psychosocial functioning in
relation to mother-child interactions or
child development.
The question that most urgently
needs to be addressed is: what can be
done to help infected women and their
young children, and in particular, what
intervention strategies are necessary to
minimise the impact of maternal HIV?
There is good reason to believe that early
psychosocial interventions in this population have the potential to enhance
infant development. Psychosocial interventions in disadvantaged communities
(without HIV), delivered during pregnancy and early childhood, have been
shown to provide long term benefits
to children and their families. For
LEADING ARTICLE
example, a 15 year follow up study by
Olds and colleagues of a group of
mothers randomly allocated to nurse
home visiting during pregnancy and
early childhood, has shown considerable
benefit. Relative to the comparison
groups, these children had fewer episodes of running away, less criminal
behaviour, fewer sexual partners, and
fewer behavioural problems related to
drugs and alcohol.40 However, not all
studies have found such interventions
to be effective,40 indicating that interventions need to be evidence based and
carefully formulated. Furthermore, they
need to be culturally and locally appropriate, and interventions that have been
established in Western countries should
not simply be ‘‘lifted’’ without first
evaluating them in an appropriate
developing world context.
The needs of children who become
orphaned must also be addressed.
However, the issues here are complex.
In parts of sub-Saharan Africa, particularly in rural areas, children are
regarded as belonging to, and being
the responsibility of, kin rather than to
one or two parents. Several reviews have
found that the overwhelming response
to children affected by HIV/AIDS
through orphaning is extended family
care.41 42 However, family care for
affected children is less common in
urban areas. Many non-governmental
organisations (NGOs) are putting in
place local programmes in an attempt
to support the care of these children.43
Both governmental and non-governmental organisations need to work
together to develop a comprehensive
approach to this problem, and enormous
resources will be required.
It should be emphasised that despite
all the adversity, many women who
suffer from HIV/AIDS seem to remain
psychologically healthy, cope well, and
provide sensitive care and love for their
young children. It is well known from
research outside the HIV/AIDS context
that having a confiding relationship and
a supportive family and community
plays a key role.44 However, the issue
of how some families in the developing
world remain functioning well in the
face of HIV/AIDS, often without antiretroviral treatment, is a crucial area for
future research. The extended family or
clan systems may well be an important
protective mechanism, but at present
these relationships have not been
explored.
Clearly enormous funds are needed to
provide for the basic material needs of
affected children and families. In addition, intervention programmes that are
sustainable, culturally appropriate, and
cost effective are urgently required to
support mothers with HIV and their
117
young children. A serious gap at present
is a real understanding of the processes
involved in maternal HIV, mental
health, and infant development. These
need to be clarified by focused research,
in order to help define effective programmes to promote child development in HIV affected communities.
Communities themselves are clearly
struggling, and may be coping bravely.
In some cases local initiatives are being
put in place.45 While major resources are
now available for increasing the numbers of HIV infected individuals who
receive antiretrovirals, there is little
attention given to the development of
children who are affected, even though
they are not infected themselves. New
initiatives including the Global Fund to
Fight AIDS, Tuberculosis and Malaria,
and new money from international
agencies such as the Department for
International Development, provide a
vital opportunity to make a contribution
to this effort.
Arch Dis Child 2005;90:116–118.
doi: 10.1136/adc.2004.049361
......................
Authors’ affiliations
A Stein, G Krebs, Section of Child and
Adolescent Psychiatry, University of Oxford,
UK
L Richter, Child, Youth and Family
Development Division, Human Sciences
Research Council, KwaZulu Natal Province,
South Africa
A T Tomkins, Centre for International Child
Health, Institute of Child Health, University
College London, UK
T Rochat, M L Bennish, Africa Centre for
Health and Population Studies, Mtubatuba,
South Africa
Correspondence to: Prof. A Stein, Section of
Child and Adolescent Psychiatry, University of
Oxford, Warneford Hospital, Oxford OX3 7JX,
UK;
[email protected]
REFERENCES
1 UNFPA. Investment in adolescents’ reproductive
health is critical to fighting poverty and HIV/AIDS,
United Nations Population Fund, 2003.
2 Richter LM. Poverty, underdevelopment and infant
mental health. J Paediatr Child Health
2003;39:243–8.
3 United Nations. Report on the global HIV/AIDS
epidemic 2002. Geneva: UNAIDS/WHO, 2002.
4 Newell ML. Prevention of mother-to-child
transmission of HIV: challenges for the current
decade. Bull World Health Organ
2001;79:1138–44.
5 UNAIDS. Fact Sheet 2002: Sub-Saharan Africa,
UNAIDS, 2002.
6 Nakiyingi JS, Bracher M, Whitworth JA, et al.
Child survival in relation to mother’s HIV infection
and survival: evidence from a Ugandan cohort
study. AIDS 2003;17:1827–34.
7 Drotar D, Olness K, Wiznitzer M, et al.
Neurodevelopmental outcomes of Ugandan
infants with human immunodeficiency virus type 1
infection. Pediatrics 1997;100:e5.
8 Nozyce M, Hittelman J, Muenz L, et al. Effect of
perinatally acquired human immunodeficiency
virus infection on neurodevelopment in children
during the first two years of life. Pediatrics
1994;94:883–91.
9 Aylward EH, Butz AM, Hutton N, et al. Cognitive
and motor development in infants at risk for
human immunodeficiency virus. Am J Dis Child
1992;146:218–22.
10 Chase C, Ware J, Hittelman J, et al. Early
cognitive and motor development among infants
born to women infected with human
immunodeficiency virus. Women and Infants
Transmission Study Group. Pediatrics
2000;106:25.
11 Gay CL, Armstrong FD, Cohen D, et al. The effects
of HIV on cognitive and motor development in
children born to HIV-seropositive women with no
reported drug use: birth to 24 months. Pediatrics
1995;96:1078–82.
12 Msellati P, Lepage P, Hitimana DG, et al.
Neurodevelopmental testing of children born to
human immunodeficiency virus type 1
seropositive and seronegative mothers: a
prospective cohort study in Kigali, Rwanda.
Pediatrics 1993;92:843–8.
13 Kotchick BA, Forehand R, Brody G, et al. The
impact of maternal HIV infection on parenting in
inner-city African American families. Journal of
Family Psychology 1997;11:447–61.
14 Peterson NJ, Drotar D, Olness K, et al. The
relationship of maternal and child HIV infection to
security of attachment among Ugandan infants.
Child Psychiatry Hum Dev 2001;32:3–17.
15 Drotar D, Olness K, Wiznitzer M, et al.
Neurodevelopmental outcomes of Ugandan
infants with HIV infection: an application of
growth curve analysis. Health Psychol
1999;18:114–21.
16 Blanchette N, Smith ML, King S, et al. Cognitive
development in school-age children with vertically
transmitted HIV infection. Dev Neuropsychol
2002;21:223–41.
17 Knight WG, Mellins CA, Levenson RL Jr, et al.
Brief report: Effects of pediatric HIV infection on
mental and psychomotor development. J Pediatr
Psychol 2000;25:583–7.
18 Condini A, Axia G, Cattelan C, et al.
Development of language in 18-30-month-old
HIV-1-infected but not ill children. AIDS
1991;5:735–9.
19 Brouwers P, Belman AL, Epstein LG. Central
nervous system involvement: manifestations
and evaluation. Pediatric AIDS : the challenge
of HIV infection in infants, children, and
adolescents. Baltimore, London: Williams &
Wilkins, 1991.
20 Belman AL. Acquired immunodeficiency
syndrome and the child’s central nervous system.
Pediatr Clin North Am 1992;39:691–714.
21 Esposito S, Musetti L, Musetti M, et al. Behavioral
and psychological disorders in uninfected
children aged 6 to 11 years born to human
immunodeficiency virus-seropositive mothers.
J Dev Behav Pediatr 1999;20:411–17.
22 Forsyth BW, Damour L, Nagler S, et al. The
psychological effects of parental human
immunodeficiency virus infection on uninfected
children. Arch Pediatr Adolesc Med
1996;150:1015–20.
23 Condini A, Axia G, Cattelan C, et al. Early
language development in 40 uninfected children
born to HIV-positive mothers. Giornale di
Neuropsichiatria dell’Eta Evolutiva
1997;17:105–11.
24 Kwalombota M. The effect of pregnancy in HIVinfected women. AIDS Care 2002;14:431–3.
25 Sherr L, Jefferies S, Victor C, et al. Antenatal HIV
testing—which way forward? Psychol Health
Medicine 1996;1:99–111.
26 Stevens PE, Tighe Doerr B. Trauma of
discovery: women’s narratives of being
informed they are HIV-infected. AIDS Care
1997;9:523–38.
27 Sherr L, Petrak J, Melvin D, et al. Psychological
trauma associated with AIDS and HIV infection in
women. Counselling Psychology Quarterly
1993;6:99–108.
28 Cowdery JE, Pesa JA. Assessing quality of life in
women living with HIV infection. AIDS Care
2002;14:235–45.
29 Simoni JM, Ng MT. Trauma, coping and
depression among women with HIV/AIDS in New
York City. AIDS Care 2000;12:567–80.
www.archdischild.com
LEADING ARTICLE
118
30 Giovanola S. Psychological differentiation,
depression, and patterns of coping with stress in
HIV-positive mothers (immune deficiency).
Dissertation, 2001.
31 Sherr L. Suicide and AIDS: lessons from a case
note audit in London. AIDS Care 1995;7(suppl
2):S109–116.
32 Mellins CA, Ehrhardt AA, Rapkin B, et al.
Psychosocial factors associated with adaptation in
HIV-infected mothers. AIDS and Behavior
2000;4:317–28.
33 Hudson AL, Lee KA, Miramontes H, et al. Social
interactions, perceived support, and level of
distress in HIV-positive women. JANAC: Journal
of the Association of Nurses in AIDS Care
2001;12:68–76.
34 Comer LK, Henker B, Kemeny M, et al. Illness
disclosure and mental health among women with
HIV/AIDS. J Community Appl Social Psychol
2000;10:449–64.
35 Simoni JM, Demas P, Mason HRC, et al. HIV
disclosure among women of African descent:
36
37
38
39
associations with coping, social support, and
psychological adaptation. AIDS and Behavior
2000;4:147–58.
Patel V, DeSouza N, Rodrigues M. Postnatal
depression and infant growth and
development in low income countries: a cohort
study from Goa, India. Arch Dis Child
2003;88:34–7.
Murray L, Cooper P. Intergenerational
transmission of affective and cognitive processes
associated with depression: infancy and the
preschool years. In: Goodyer I, ed. Unipolar
depression: a lifespan perspective. Oxford:
Oxford University Press, 2003.
Forehand R, Biggar H, Kotchick BA. Cumulative
risk across family stressors: short- and long-term
effects for adolescents. J Abnormal Child Psychol
1998;26:119–28.
Johnson MO, Lobo ML. Mother-child interaction
in the presence of maternal HIV infection.
JANAC: Journal of the Association of Nurses in
AIDS Care 2001;12:40–51.
40 Shonkoff JP, Meisels SJ, eds. Handbook of early
childhood intervention, 2nd edn. New York:
Cambridge University Press, 2000.
41 Hunter S, Williamson J. Children on the brink:
strategies to support children affected by HIV/
AIDS. Arlington, VA: USAID, 1997.
42 Richter L, Manegold J, Pather R. Family and
community interventions to support children
affected by HIV/AIDS. Pretoria: Human Sciences
Research Council, 2004.
43 Foster G. Responses to HIV/AIDS by faith based
organisations. World Conference of Religions for
Peace and UNICEF. International Conference on
AIDS and STIs in Africa, 21–26 September,
2003.
44 Brown GW, Harris T. Social origins of
depression: a study of psychiatric disorder in
women. London: Tavistock, 1978.
45 Save the Children. Children affected by HIV/AIDS
in South Africa: a rapid appraisal of priorities,
policies and practices. Save the Children (UK),
South Africa Programme, July, 2003.
Clinical Evidence—Call for contributors
Clinical Evidence is a regularly updated evidence-based journal available worldwide both as
a paper version and on the internet. Clinical Evidence needs to recruit a number of new
contributors. Contributors are healthcare professionals or epidemiologists with experience in
evidence-based medicine and the ability to write in a concise and structured way.
Areas for which we are currently seeking authors:
N
N
N
N
Child health: nocturnal enuresis
Eye disorders: bacterial conjunctivitis
Male health: prostate cancer (metastatic)
Women’s health: pre-menstrual syndrome; pyelonephritis in non-pregnant women
However, we are always looking for others, so do not let this list discourage you.
Being a contributor involves:
N
N
N
N
N
Selecting from a validated, screened search (performed by in-house Information
Specialists) epidemiologically sound studies for inclusion.
N
To expand the topic to include a new question about once every 12–18 months.
Documenting your decisions about which studies to include on an inclusion and exclusion
form, which we keep on file.
Writing the text to a highly structured template (about 1500–3000 words), using evidence
from the final studies chosen, within 8–10 weeks of receiving the literature search.
Working with Clinical Evidence editors to ensure that the final text meets epidemiological
and style standards.
Updating the text every six months using any new, sound evidence that becomes available.
The Clinical Evidence in-house team will conduct the searches for contributors; your task is
simply to filter out high quality studies and incorporate them in the existing text.
If you would like to become a contributor for Clinical Evidence or require more information
about what this involves please send your contact details and a copy of your CV, clearly
stating the clinical area you are interested in, to Klara Brunnhuber (kbrunnhuber@
bmjgroup.com).
Call for peer reviewers
Clinical Evidence also needs to recruit a number of new peer reviewers specifically with an
interest in the clinical areas stated above, and also others related to general practice. Peer
reviewers are healthcare professionals or epidemiologists with experience in evidence-based
medicine. As a peer reviewer you would be asked for your views on the clinical relevance,
validity, and accessibility of specific topics within the journal, and their usefulness to the
intended audience (international generalists and healthcare professionals, possibly with
limited statistical knowledge). Topics are usually 1500–3000 words in length and we would
ask you to review between 2–5 topics per year. The peer review process takes place
throughout the year, and our turnaround time for each review is ideally 10–14 days.
If you are interested in becoming a peer reviewer for Clinical Evidence, please
complete the peer review questionnaire at www.clinicalevidence.com or contact Klara
Brunnhuber (
[email protected]).
www.archdischild.com
View publication stats