1998
DOI: 10.1097/00004347-199801000-00020
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Pathology of the Human Placenta, Third Edition

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Cited by 17 publications
(17 citation statements)
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“…The liquid infiltrate observed in the syncytium results from the continued transport of liquid by the trophoblast, which may produce changes in basement membranes and produce a subtrophoblastic area of edema. 11 Streams of liquid streams helped to form the central cistern and severe edema has deprived the placental villi of a stromal region. 12 In vivo, it is probable that, as the liquid flows in, the intervillous space is simultaneously reduced and produces some pressure, owing to the compression exerted on the vesicles in each villus, causing hydropic transformation and liquids are forced in via the trophoblast layer.…”
Section: Discussionmentioning
confidence: 99%
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“…The liquid infiltrate observed in the syncytium results from the continued transport of liquid by the trophoblast, which may produce changes in basement membranes and produce a subtrophoblastic area of edema. 11 Streams of liquid streams helped to form the central cistern and severe edema has deprived the placental villi of a stromal region. 12 In vivo, it is probable that, as the liquid flows in, the intervillous space is simultaneously reduced and produces some pressure, owing to the compression exerted on the vesicles in each villus, causing hydropic transformation and liquids are forced in via the trophoblast layer.…”
Section: Discussionmentioning
confidence: 99%
“…12 In vivo, it is probable that, as the liquid flows in, the intervillous space is simultaneously reduced and produces some pressure, owing to the compression exerted on the vesicles in each villus, causing hydropic transformation and liquids are forced in via the trophoblast layer. 11 Cracks, tears or channels, resulting from the degeneration of the trophoblast plasma membrane in this hypoxic environment partly explain the regions through which the liquid flows. 10 Large channels of irregular trajectory were found by SEM, suggesting how the liquids may have been absorbed by the trophoblast.…”
Section: Discussionmentioning
confidence: 99%
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“…Существуют предположения о том, что патология прикрепления плаценты наблюдалась и до 20-го века, но все эпидемиологические иссле-дования показывают прямую связь между увели-чением количества кесаревых сечений и ростом частоты возникновения этой патологии при после-дующих беременностях [1,3,[6][7][8][9]. Однако пато-логическое прикрепление плаценты не является следствием операции кесарева сечения, а может быть обусловлено следующими причинами: вы-скабливанием слизистой оболочки матки, ручным отделением последа, постпартальным метроэндо-метритом, гистероскопическими операциями, эм-болизацией маточных артерий [1,3,[6][7][8][9][10].…”
Section: âведениеunclassified
“…По дан-ным Oyeleseetal, патологическое прикрепление плаценты возникает у 5% беременных с предле-жанием плаценты, 10% беременных при наличии 4 и более кесаревых сечений в предыдущих родах и у 67% беременных женщин при сочетании двух факторов риска -предлежания плаценты и более 4 кесаревых сечений [3,4]. Имеются отдельные сообщения о том, что патология прикрепления плаценты развивается у женщин без хирургиче-ских вмешательств в анамнезе, но имеющих такую патологию как двурогая матка, эндометриоз, суб-мукозная миома матки, миотоническая дистрофия [6,7,8].…”
Section: âведениеunclassified