Select “Most Voted” using the drop down menu below to sort by top voted images.
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Top Voted Images: VINOD SUNDARAMOORTHY (1st)🥇, ABBAS SHAFIEE (2nd) 🥈, GAUTAM WALI (3rd) 🥉MIKE DORAN (4th 💐) & AIDA SHAKOURI (5th 💐).
Title: Snake - by Aida ShakouriVotes: 357
Views: 1214Description: Snake
Submitted by: Aida Shakouri (Pregnancy Research Center, The Royal Women’s Hospital, University of Melbourne)
This image shows a cross-section of the human fetal membranes that envelop the fetus and amniotic fluid during pregnancy. Fetal membranes are very thin membranes, and yet extremely strong that protect the fetus during pregnancy and act as an interface with the mother. Various mesenchymal stem cell populations reside in fetal membranes (Green) in a close proximity of extracellular matrix-rich region (Red) and other stromal cells (Blue).
Title: Snake - by Aida Shakouri
Votes: 357
Views: 1214
Description: Snake
Submitted by: Aida Shakouri (Pregnancy Research Center, The Royal Women’s Hospital, University of Melbourne)
This image shows a cross-section of the human fetal membranes that envelop the fetus and amniotic fluid during pregnancy. Fetal membranes are very thin membranes, and yet extremely strong that protect the fetus during pregnancy and act as an interface with the mother. Various mesenchymal stem cell populations reside in fetal membranes (Green) in a close proximity of extracellular matrix-rich region (Red) and other stromal cells (Blue).
Submitted by: Aida Shakouri (Pregnancy Research Center, The Royal Women’s Hospital, University of Melbourne)
This image shows a cross-section of the human fetal membranes that envelop the fetus and amniotic fluid during pregnancy. Fetal membranes are very thin membranes, and yet extremely strong that protect the fetus during pregnancy and act as an interface with the mother. Various mesenchymal stem cell populations reside in fetal membranes (Green) in a close proximity of extracellular matrix-rich region (Red) and other stromal cells (Blue).
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