Histomorphometry of the human placenta in class C diabetes mellitus
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Cited by (46)
Diabetes Mellitus, Obesity, and the Placenta
2020, Obstetrics and Gynecology Clinics of North AmericaPostpartum placental CT angiography in normal pregnancies and in those complicated by diabetes mellitus
2018, PlacentaCitation Excerpt :Strength of our study was the ability to demonstrate the entire fetoplacental vasculature except for the smallest vessels (capillaries). The majority of previous studies is based on placental biopsies [3,9,14,15], which might not reflect the placental pathology of the entire placenta. It is well known that the normal placenta has a heterogeneous vessel maturation [42], and also the diabetic placenta is known to have focal pathology such as dysmature villous structures [25].
Impact of maternal diabetes type 1 on proliferative potential, differentiation and apoptotic activity in villous capillaries of term placenta
2016, PlacentaCitation Excerpt :Maternal diabetes mellitus manifests itselfs also in altered placental capillary development. Enhanced total capillary volume, length and surface area [4–8], and enhanced capillary branching in both gestational and type 1 diabetes [9,10] suggest more active angiogenesis or, on the other hand, less active apoptosis. The autoradiographic studies on cell proliferation brought varied results.
A systematic review of placental pathology in maternal diabetes mellitus
2015, PlacentaCitation Excerpt :Immature intermediate villi also contain reticular stroma [13]. Moreover, several studies compared the parenchymal tissue in diabetic women compared to healthy controls [7,9,11,38]. In women with White Class B, White Class C, and White Class A diabetes, Teasdale [9,11,38] found a significant increase in parenchymal tissue, defined as the intervillous space, the trophoblast layer, and fetal capillaries of both the peripheral and stem villi.
Stereology of the placenta in type 1 and type 2 diabetes
2011, Placenta