USP5 stabilizes FoxM1 to enhance trophoblast proliferation, invasion and migration in recurrent spontaneous abortion

Key Points

• Trophoblast proliferation and migration significantly increase with USP5 activity, impacting pregnancy outcomes.
• The study identifies that higher FoxM1 levels correlate with enhanced trophoblast functions in cases of recurrent abortion.
• Analysis involved assessing the influence of USP5 on trophoblast cells within a controlled laboratory environment.
• The findings highlight the importance of USP5 in trophoblast regulation, suggesting avenues for new interventions in miscarriage management.