AI Article Synopsis

  • A study of 94 early abortion cases identified five histological groups, with group I linked to partial hydatidiform mole.
  • Cytogenetic analyses showed nearly 50% of cases had chromosome anomalies, with triploidies being the most common, but no specific link between the histological patterns and chromosomal issues was found.
  • While various immunohistochemical reactions helped define histological groups, they cannot replace cytogenetic analysis for evaluating chromosome anomalies in these cases.

Article Abstract

Ninety-four cases of early abortion have been studied. Five histological groups of lesion have been identified by routine histological techniques on abortion materials, group I corresponding to partial hydatidiform mole. Cytogenetic analyses have revealed chromosome anomalies in near 50% of cases with a prevalence of triploidies followed by trisomies and monosomies. Normal histological findings are more often associated with normal karyotypes and group I with abnormal karyotypes but a specific correlation between histological pattern and cytogenetic anomalies is lacking. Neither some histochemical reactions nor the well preserved immunohistochemical reactivities of beta-hCG, hPL, PLAP, AFP, cytokeratin, vimentin, desmin, factor VIII, CD 68, MIB1 (growth fraction), EGF-R, p53 and c-erbB-2 oncoproteins have disclosed specific chromosome anomalies. They have only allowed a better definition of histological groups. A simple histological evaluation, although extended to immunohistochemical reaction may not substitute the cytogenetic analyses, not even for purposes of preselection.

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