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There's no justification for denying treatment to parents who are HIV positive
No established guidelines exist for defining access
to fertility care for individuals infected with HIV. Although many in vitro fertilisation units in the United Kingdom screen patients for
HIV, only a handful are prepared to treat couples if one or other
partner tests positive. A premise of offering assisted conception treatment is a consideration for the welfare of any child born or
affected as a result of treatment. In the case of HIV the primary concern is over the life expectancy of the infected parent and the risk
of viral transmission to either the uninfected partner or
offspring.
1 2
The ethical dilemmas these issues raise have, until now, provided sufficient grounds for most units offering assisted conception to close their doors to patients infected with HIV
who ask for help or who test positive in their preliminary investigation.3
Combination antiretroviral therapy has produced radical
improvements in life expectancy and quality of life for both children and adults infected with HIV in developed countries. Current estimates suggest that a disease previously associated with certain death is
compatible with a life expectancy of at least 20 years from time of
diagnosis. Is it therefore justifiable to deny HIV positive adults
fertility treatment on the grounds that children born as a result are
unlikely to see childhood through before one or both parents die? There
are many similarities between HIV and other once fatal diseases
afflicting women in their reproductive years, such as diabetes, cystic
fibrosis, congenital heart disease, and breast cancer. Cardiac disease
and cystic fibrosis, in particular, may worsen considerably during
pregnancy, with effects on both maternal and fetal health. Yet
fertility treatment is rarely refused in these cases, despite the risks
of pregnancy to mother and fetus.
As regards viral transmission to the offspring, without intervention a
mother infected with HIV has a 13%-30% risk of infecting her
baby.4 Judicious use of combination antiretroviral therapy during pregnancy and labour, delivery by caesarean section, and avoidance of breast feeding are proved measures which have reduced the
risk of vertical transmission to less than 2%.
5 6
Compare this with an HIV negative mother, who has a 2.5% risk of
giving birth to a baby with a significant congenital malformation, a risk increasing fourfold if she has insulin dependent diabetes and
tenfold if she has congenital heart disease. In vitro fertilisation clinics treat many such women and many women over 40, whose age related
risk of giving birth to a child with Down's syndrome is 1% and
increases steeply with age. Potential teratogenic effects of
antiretroviral drugs taken during pregnancy remain an issue. Serious adverse effects appear rare, although mitochondrial cytopathy leading to neonatal death has been documented.7
Reproductive assistance to HIV discordant couples can make a
significant impact in preventing viral transmission. The female partner
of an HIV positive man runs a 0.1%-0.2% risk of acquiring HIV in an
act of unprotected intercourse,8 and attempting to conceive naturally carries a serious risk to the uninfected woman and
her child.9 In men infected with HIV, virus is present in
semen as free virus in the seminal plasma and as cell associated virus
in the non-sperm cells. Although the issue is controversial, there is
little evidence to support HIV being able to attach to or infect
spermatozoa. A highly significant reduction in the risk of viral
transmission is achieved if spermatozoa are first washed free of
seminal plasma and non-sperm cells before insemination into the woman
at the time of ovulation. This technique of "sperm washing,"
pioneered in Milan,10 is now practised in several centres
in Europe, including the Chelsea and Westminster unit in the United
Kingdom.11 As a risk reduction option, results are
convincing. Three hundred healthy children have now been born after
more than 3000 cycles of sperm washing and intrauterine insemination
treatment or in vitro fertilisation, with no reported seroconversions
in either partner or children.10-12 Prevention of viral
transmission from an infected woman to an uninfected man is less
sophisticated and relies on timed self insemination using quills.
Couples who fail to conceive in this way are likely to revert to
unprotected intercourse if fertility advice and treatment are not available.
HIV is a changed disease. Life expectancy has increased dramatically
and effective treatments are available to reduce the risk of viral
transmission from man to woman and from mother to child. We believe
that couples in whom one or both partners are infected should have
access to the same fertility advice and treatment as non-infected
individuals to allow them to conceive with the minimum of risk to their
partners or children. We further recommend that all infertile couples
should be tested for HIV as part of their investigation, not for the
purpose of excluding HIV positive patients from treatment but to offer
them preconceptional counselling and risk reducing fertility treatments
and antenatal care. In terms of controlling the epidemic, the cost of
failing to recognise the needs of these patients will be a high
price to pay in both the short and long term.
Assisted Conception Unit , Chelsea and Westminster Hospital,
London SW10 9NH (cgs{at}chelwest.nhs.uk)
J Richard Smith
Augusto E Semprini
| 1. |
Olaitan A, Reid W, Mocroft A, McCarthy K, Madge S, Johnson M.
Infertility among human immunodeficiency virus-positive women: incidence and treatment dilemmas.
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| 2. |
Rizk B, Reeves Dill S.
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Hum Reprod
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415-416 |
| 3. |
Minkoff H, Santoro N.
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| 4. | European Collaborative Study. Risk factors for mother to child transmission of HIV-1. Lancet 1992; 339: 107-111[CrossRef][Medline]. |
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| 6. |
International Perinatal HIV Group.
The mode of delivery and the risk of vertical transmission of human immunodeficiency virus type-1: a metaanalysis of 15 prospective cohort studies.
N Engl J Med
1999;
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977-987 |
| 7. | Blanche S, Tardieu M, Rustin P, Slama A, Barret B, Firtion G, et al. Persistent mitochondrial dysfunction and perinatal exposure to antiretroviral nucleoside analogues. Lancet 1999; 354: 1084-1089[CrossRef][Medline]. |
| 8. | Mastro TD, De Vincenzi I. Probabilities of sexual HIV transmission. AIDS 1996; 10(suppl A): 575-582. |
| 9. | Mandlebrot L, Heard I, Henrion-Geant E, Henrion R. Natural conception in HIV-negative women with HIV-infected partners. Lancet 1997; 349: 850-851[Medline]. |
| 10. | Semprini AE, Levi-Setti P, Bozzo M, Ravizza M, Taglioretti A, Sulpizoo P, et al. Insemination of HIV-negative women with processed semen of HIV-positive partners. Lancet 1992; 340: 1317-1319[CrossRef][Medline]. |
| 11. | Gilling-Smith C. Assisted reproduction in HIV discordant couples. AIDS Reader 2000; 10: 581-587[Medline]. |
| 12. | Marina S, Marina F, Alcolea R, Exposito R, Huguet J, Nadal J, et al. Human immunodeficiency virus type I-serodiscordant couples can bear healthy children after undergoing intrauterine insemination. Fertil Steril 1998; 70: 35-39[CrossRef][Medline]. |
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