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. 2015 Jul;13(7):387–396.

Table V.

The feto-maternal outcomes of thyroid autoimmune positivity in euthyroid pregnant women

Authors Year of publication Location Type of Study Participants Outcome
Stagnaro-Green et al (68) 1990 USA Prospective 552 pregnant women Increased miscarriage
Glinoer et al (40) 1991 Belgium Prospective 120 euthyroid pregnant women Increased spontaneous abortion
Pratt et al (64) 1993 USA Retrospective (case control) 45 women and 100 apparently health blood donors served as controls. Increased recurrent spontaneous abortions
Glinoer et al (41) 1994 Belgium Prospective 87 healthy pregnant women with thyroid antibodies and normal thyroid function Increased spontaneous miscarriage and premature deliveries
Bussen et al (63) 1995 Germany Retrospective 66 women (22 euthyroid non-pregnant habitual aborters; 22 nulligravidae and 22 multigravidae without endocrine dysfunction as controls). Increased habitual abortions
Singh et al (69) 1995 USA Retrospective 487 subfertile
women who had undergone
Assisted reproductive technology
Increased miscarriage
Iijima et al (70) 1997 Japan Prospective 1, 179 healthy pregnant women including 228 cases of positive thyroid autoantibody Increased spontaneous abortion
Kutteh et al (62) 1999 USA Retrospective. 1588 women (700 women with a history of pregnancy losses, 688 women with a history of infertility who were undergoing Assisted reproductive technology, and 200 healthy, reproductive-aged female controls) Increased recurrent pregnancy loss
Muller et al (66) 1999 Netherlands Prospective (nested-case control) 173 subfertile women undergoing
Invitro fertilization
No increase of miscarriage in women without a history of habitual abortion
Dendrinos et al (60) 2000 Greece Retrospective (case control) 45 women (30 euthyroid with Recurrent spontaneous miscarriage and 15 matched controls) Increased recurrent spontaneous miscarriage
Bagis et al (59) 2001 Turkey Retrospective 876 women Increased abortion
Poppe et al (71) 2003 Belgium Prospective, 234 subfertile
women undergoing Assisted reproductive technology
Increased miscarriage
Marai et al (72) 2004 Israel Retrospective (case control) 66 women (58 with impaired fertility and 28 control parous women) Increased recurrent miscarriages
Stagnaro-Green et al (42) 2005 USA Prospective (nested-case control) 124 Cases and 124 Controls were randomly selected from among the 953 women who delivered at term Increased very preterm delivery
Negro et al (27) 2006 Italy Randomized Clinical Trial 984 pregnant women
(TPO Ab + & -, euthyroid & subclinical)
Increased miscarriage and premature deliveries
Ghafoor et al (73) 2006 Pakistan Prospective 1, 500 pregnant women Increased low-birth-weight of neonates and high abortion rate
Negro et al (46) 2007 Italy Retrospective 416 euthyroid women (42 were positive TPOAb) undergoing Assisted reproductive technology Increased unsuccessful pregnancy or subsequent miscarriage
Iravani et al (74) 2008 Iran Retrospective
(case-control)
641 women with a history of 3 or more consecutive pregnancy losses and 269 controls Increased recurrent abortion
Cleary-Goldman et al (33) 2008 USA Prospective 10,990 pregnant women Increased preterm premature rupture of membranes
Männistö et al (75) 2009 Finland Prospective 9, 247 singleton pregnancies Increased perinatal death
Soltanghoraee et al (76) 2010 Iran Retrospective (case control) 95 cases as fertile controls and 70, 78 and 137 cases with infertility and recurrent abortion respectively. Increased recurrent abortion
Haddow et al (77) 2010 USA Prospective 10, 062 singleton pregnancies Increased preterm delivery,
premature rupture of membranes
Negro et al (78) 2011 Italy Prospective 3593 pregnant women Increased very preterm delivery
and respiratory distress
Nambiar et al (61) 2011 India Prospective 483 pregnant women Increased miscarriage
Ashoor et al (65) 2011 Europe Prospective 4, 420 singleton pregnancies No increase spontaneous early preterm delivery
Karakosta et al (44) 2012 Greece Prospective 1170 pregnant women
(TPO Ab + & - , euthyroid & subclinical)
Increased gestational diabetes and low birth weight neonates among those with of high TSH and spontaneous preterm among those without elevated TSH levels