Attending to diabetes during pregnancy
Agency for Science, Technology and Research (A*STAR) Research News Jul 15, 2017
Children born to mothers with diabetes during pregnancy are at risk of developing attention problems.
Babies born to mothers who develop diabetes during pregnancy  known as gestational diabetes (GDM)  are shown to have attentional deficiencies as early as 6Â18 months of age, suggesting the need to reduce insulin resistance prior to pregnancy.
The study, conducted by Anne Rifkin–Graboi from the A*STAR Singapore Institute for Clinical Sciences (SICS) and Shirong Cai from the National University of Singapore, is part of a large–scale, ongoing collaborative study of mothers and children before and after birth, called ÂGrowing Up in Singapore Towards healthy Outcomes (GUSTO)Â.
The researchers measured brain activity in infants listening to a Âstandard repetitive sound, which was expected to become familiar and therefore elicit less brain activity, interrupted by an infrequent sound. Responses differed between children born to mothers with and without GDM at 6 and 18 months of age. Notably, at 18 months, children born to mothers with GDM responded more to the Âstandard sound compared to those born to mothers without GDM.
Such responses have been linked to adverse developmental outcomes such as attention deficit hyperactivity disorder (ADHD). However, Rifkin–Graboi notes that Âearly presentation of such differences may enable higher–risk children to be identified earlier, to allow interventions to prevent or alleviate the development of attention–related problems.Â
The researchers also examined memory function using behavioral tasks and found no differences between children born to mothers with and without GDM. Their subtle findings may be due to the sensitivity of techniques used to measure brain activity.
This research examined 473 children from the GUSTO study, the mothers of whom were screened and treated for GDM. ÂGDM was fairly well–controlled, as demonstrated by the comparable birth weights between GDM and control: GDM babies tend to be larger, says Cai.
ÂOur results suggest that the effect of well–controlled GDM on child neurodevelopment is subtle, says Cai. ÂThis may encourage women with GDM to manage their condition to ensure better offspring outcomes.Â
The researchers are planing a follow–up study to determine whether children born to mothers with GDM develop attention–related problems later in life.
ÂIf the association between GDM and attention deficiency persists, then pre–conception and early pregnancy prevention programs should be considered for women at risk for gestational diabetes, as should interventions for their offspring, says Rifkin–Graboi.
GUSTO is a collaboration between SingaporeÂs National University Health System (NUHS), KK WomenÂs and ChildrenÂs Hospital (KKH), and SICS. This research is supported by the Singapore National Research Foundation (NRF) and administered by the Singapore Ministry of HealthÂs National Medical Research Council (NMRC).
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Babies born to mothers who develop diabetes during pregnancy  known as gestational diabetes (GDM)  are shown to have attentional deficiencies as early as 6Â18 months of age, suggesting the need to reduce insulin resistance prior to pregnancy.
The study, conducted by Anne Rifkin–Graboi from the A*STAR Singapore Institute for Clinical Sciences (SICS) and Shirong Cai from the National University of Singapore, is part of a large–scale, ongoing collaborative study of mothers and children before and after birth, called ÂGrowing Up in Singapore Towards healthy Outcomes (GUSTO)Â.
The researchers measured brain activity in infants listening to a Âstandard repetitive sound, which was expected to become familiar and therefore elicit less brain activity, interrupted by an infrequent sound. Responses differed between children born to mothers with and without GDM at 6 and 18 months of age. Notably, at 18 months, children born to mothers with GDM responded more to the Âstandard sound compared to those born to mothers without GDM.
Such responses have been linked to adverse developmental outcomes such as attention deficit hyperactivity disorder (ADHD). However, Rifkin–Graboi notes that Âearly presentation of such differences may enable higher–risk children to be identified earlier, to allow interventions to prevent or alleviate the development of attention–related problems.Â
The researchers also examined memory function using behavioral tasks and found no differences between children born to mothers with and without GDM. Their subtle findings may be due to the sensitivity of techniques used to measure brain activity.
This research examined 473 children from the GUSTO study, the mothers of whom were screened and treated for GDM. ÂGDM was fairly well–controlled, as demonstrated by the comparable birth weights between GDM and control: GDM babies tend to be larger, says Cai.
ÂOur results suggest that the effect of well–controlled GDM on child neurodevelopment is subtle, says Cai. ÂThis may encourage women with GDM to manage their condition to ensure better offspring outcomes.Â
The researchers are planing a follow–up study to determine whether children born to mothers with GDM develop attention–related problems later in life.
ÂIf the association between GDM and attention deficiency persists, then pre–conception and early pregnancy prevention programs should be considered for women at risk for gestational diabetes, as should interventions for their offspring, says Rifkin–Graboi.
GUSTO is a collaboration between SingaporeÂs National University Health System (NUHS), KK WomenÂs and ChildrenÂs Hospital (KKH), and SICS. This research is supported by the Singapore National Research Foundation (NRF) and administered by the Singapore Ministry of HealthÂs National Medical Research Council (NMRC).
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