Matches in DBpedia 2015-10 for { ?s ?p "Placental alpha microglobulin-1 (PAMG-1) is a human protein that was first isolated in 1975 from amniotic fluid. PAMG-1 is an important biomarker for the detection of premature rupture of fetal membrane (PROM) The high concentration of PAMG-1 in amniotic fluid means it can be used to detect if this fluid is present in the cervico-vaginal discharge of pregnant women; the presence of PAMG-1 in the discharge suggests that amniotic fluid is present, and therefore suggests that PROM has occurred. PAMG-1 was originally referred to as specific alpha-1 globulin of placenta.PAMG-1 is present in blood and the amniotic fluid and cervico-vaginal discharge of pregnant women. The concentration of PAMG-1 in the amniotic fluid of pregnant women (2,000–25,000 ng/ml), however, is several thousand magnitudes higher than that found in their background cervico-vaginal discharge when the fetal membranes are intact (0.05–0.2 ng/ml). It has been found to be present in amniotic fluid in significantly high concentrations throughout all three trimesters of pregnancy."@en }
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- Placental_alpha_microglobulin-1_(PAMG-1) abstract "Placental alpha microglobulin-1 (PAMG-1) is a human protein that was first isolated in 1975 from amniotic fluid. PAMG-1 is an important biomarker for the detection of premature rupture of fetal membrane (PROM) The high concentration of PAMG-1 in amniotic fluid means it can be used to detect if this fluid is present in the cervico-vaginal discharge of pregnant women; the presence of PAMG-1 in the discharge suggests that amniotic fluid is present, and therefore suggests that PROM has occurred. PAMG-1 was originally referred to as specific alpha-1 globulin of placenta.PAMG-1 is present in blood and the amniotic fluid and cervico-vaginal discharge of pregnant women. The concentration of PAMG-1 in the amniotic fluid of pregnant women (2,000–25,000 ng/ml), however, is several thousand magnitudes higher than that found in their background cervico-vaginal discharge when the fetal membranes are intact (0.05–0.2 ng/ml). It has been found to be present in amniotic fluid in significantly high concentrations throughout all three trimesters of pregnancy.".