Cardiac problems in the offsprings of diabetic mothers : P3127
Details
Serval ID
serval:BIB_5E53B9E75853
Type
Inproceedings: an article in a conference proceedings.
Publication sub-type
Abstract (Abstract): shot summary in a article that contain essentials elements presented during a scientific conference, lecture or from a poster.
Collection
Publications
Institution
Title
Cardiac problems in the offsprings of diabetic mothers : P3127
Title of the conference
15th World Congress of Cardiology
Address
Barcelona, Spain, 2-6 September 2006
ISBN
0195-668X
Publication state
Published
Issued date
2006
Peer-reviewed
Oui
Volume
27
Series
European Heart Journal
Pages
530
Language
english
Notes
Introduction: The group of pregnant women with diabetes is expanding
rapidly mainly because of the increase of patients with Type II (insulin
resistant) and gestational diabetes. The control of glycaemia of future mothers is presumed to diminish the incidence of complications, including prevention of congenital heart disease (CHD) and hypertrophic cardiomyopathy (HCM) of the offsprings. In order to assess the risk of the foetus for CHD and/or HCM we studied the population of mothers with diabetes passing through our perinatal unit between 1.1.2003-31.12.2005.
Methods: A retrospective study of all comers with diabetes was performed. Data were acquired regarding prenatal echocardiographic evaluation, delivery, and postnatal condition, including sequential echocardiographic follow-up.
Results: Included in the study were 75 pregnancies, 80 neonates, of which 16 mothers with Type I, 7 with Type II and 52 with gestational diabetes, of which 35 insulin dependant. HbAc1 levels were between 3.9 and 10.5% (mean 6.5%). Of the 12 pts with HbAc1 above normal 1 had CHD (ASD II) and 6 HCM. 66 neonates had a normal intracardiac anatomy and no signs of HCM. 3 neonates had congenital heart disease (CHD): 1 DORV, 1 VSD diagnosed prenatally and 1 ASD II. HCM was encountered in 11 pts. 1/11 pt with HCM died immediately postnatally and 1/11 pt required premature delivery because of pericardial effusion, RV dilatation and bradycardia. 9/11 had a normal delivery and were followed postnatally for HCM. All of them showed a slow regression of HCM. The 16 Type I pregnancies resulted in 1 neonate with CHD (VSD), 1 death and 1 premature delivery due to HCM and 7 pts with HCM with spontaneous regression. The remaining 8 pts were normal. The neonates of the Type II pregnancies showed in 1 case CHD (ASD), in 3 HCM and 4 were normal.
Of he 52 pregnancies complicated by gestational diabetes 1 pt had a DORV and 1 HCM with spontaneous regression.
Conclusion: An important number of cardiac problems was found in the offspring of all types of diabetic mothers, despite close glucose control. The insufficient effect of preventive glycaemia controls leads us to the conclusion that although no definite predictive parameters for foetal demise or malignant outcome can be presented, close monitoring of these pregnancies may prevent perinatal catastrophes.
rapidly mainly because of the increase of patients with Type II (insulin
resistant) and gestational diabetes. The control of glycaemia of future mothers is presumed to diminish the incidence of complications, including prevention of congenital heart disease (CHD) and hypertrophic cardiomyopathy (HCM) of the offsprings. In order to assess the risk of the foetus for CHD and/or HCM we studied the population of mothers with diabetes passing through our perinatal unit between 1.1.2003-31.12.2005.
Methods: A retrospective study of all comers with diabetes was performed. Data were acquired regarding prenatal echocardiographic evaluation, delivery, and postnatal condition, including sequential echocardiographic follow-up.
Results: Included in the study were 75 pregnancies, 80 neonates, of which 16 mothers with Type I, 7 with Type II and 52 with gestational diabetes, of which 35 insulin dependant. HbAc1 levels were between 3.9 and 10.5% (mean 6.5%). Of the 12 pts with HbAc1 above normal 1 had CHD (ASD II) and 6 HCM. 66 neonates had a normal intracardiac anatomy and no signs of HCM. 3 neonates had congenital heart disease (CHD): 1 DORV, 1 VSD diagnosed prenatally and 1 ASD II. HCM was encountered in 11 pts. 1/11 pt with HCM died immediately postnatally and 1/11 pt required premature delivery because of pericardial effusion, RV dilatation and bradycardia. 9/11 had a normal delivery and were followed postnatally for HCM. All of them showed a slow regression of HCM. The 16 Type I pregnancies resulted in 1 neonate with CHD (VSD), 1 death and 1 premature delivery due to HCM and 7 pts with HCM with spontaneous regression. The remaining 8 pts were normal. The neonates of the Type II pregnancies showed in 1 case CHD (ASD), in 3 HCM and 4 were normal.
Of he 52 pregnancies complicated by gestational diabetes 1 pt had a DORV and 1 HCM with spontaneous regression.
Conclusion: An important number of cardiac problems was found in the offspring of all types of diabetic mothers, despite close glucose control. The insufficient effect of preventive glycaemia controls leads us to the conclusion that although no definite predictive parameters for foetal demise or malignant outcome can be presented, close monitoring of these pregnancies may prevent perinatal catastrophes.
Create date
26/01/2010 9:56
Last modification date
20/08/2019 14:16
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