Patomekanisme Preeklamsia: Kajian terhadap Syncytial Bridge, Sel T Regulator, Laktat Dehidrogenase, Vitamin D, dan Seng = Pathomechanism in Preeclampsia: Focus on the Relationship between Syncytial Bridge, Treg Cell, Lactate Dehydrogenase, Vitamin D, and Zinc.

Studi Salinan Gen mRNA HMGB1 pada Autofagi di Jaringan Endometriosis = Study of the mRNA Gene HMGB1 on Autophagy in Endometriosis

Jumlah Dendritic Cells (DC) 10 dan Sel T Regulatorik CD4+ CD25+FoxP3 Desidua pada Preeklamsia dan Keterkaitannya dengan Kadar Seng, Vitamin A, dan Vitamin D dalam Patomekanisme Penolakan Imun = Number of Decidual Dendritic Cells (DC) 10 and Regulatoric T cell CD4+CD25+FoxP3 in Preeclampsia and Their Correlations with Decidual Levels of Zinc, Vitamin A, and Vitamin D in the Pathomechanism of Immune Rejection

Telaah Luaran Neonatal Preterm pada Kasus Preeklamsia dan Neonatal Preterm Tanpa Preeklamsia = Preterm Neonatal Outcomes in Pregnancy With and Without Preeclampsia

Peran inflamasi dan apoptosis terhadap jejas jantung pembuluh darah pada Preeklamsia Awitan Dini dan lanjut: Kajian terhadap NF- KB, PARP-1, TUNEL dan Cyclophilin A. The Role of Inflammation and Apoptosis Impact on Cardiovascular Injury in Early Onset and Late Onset Preeclampsia: Study on NF- KB, PARP-1, TUNEL assay and Cyclophilin A