Recurrent spontaneous abortion
4 papers5 findings
- Humans2
- Animals1
- Cells1
Effects
4Trophoblast function
downin humans1
1 study
Trophoblast function
downin humans1
Recurrent spontaneous abortion impairs trophoblast function in humans.
“In RSA villi, the functions of both CTBs and syncytiotrophoblasts were impaired.”
Humansin RSA villiplacental villi
Reproduction (Cambridge, England)18 Mar 2026
TNRC6B
upin silico1
1 study
TNRC6B
upin silico1
Recurrent spontaneous abortion increases TNRC6B in silico.
“Three cellular senescence genes-TBX2, SRSF3, and TNRC6B-were identified and found to be upregulated in RSA patients.”
In silicoin RSA patients
Scientific reports10 Oct 2025
SRSF3
upin silico1
1 study
SRSF3
upin silico1
Recurrent spontaneous abortion increases SRSF3 in silico.
“Three cellular senescence genes-TBX2, SRSF3, and TNRC6B-were identified and found to be upregulated in RSA patients.”
In silicoin RSA patients
Scientific reports10 Oct 2025
TBX2
upin silico1
1 study
TBX2
upin silico1
Recurrent spontaneous abortion increases TBX2 in silico.
“Three cellular senescence genes-TBX2, SRSF3, and TNRC6B-were identified and found to be upregulated in RSA patients.”
In silicoin RSA patients
Scientific reports10 Oct 2025
Associations
1Cellular senescence
upin humans1
1 study
Cellular senescence
upin humans1
Recurrent spontaneous abortion is associated with cellular senescence in humans.
“Notably, CTB2 and CTB3 exhibited pronounced features of cellular senescence, potentially contributing to reduced proliferative and differentiation capacity.”
Humansin RSA villiplacental villi
Reproduction (Cambridge, England)18 Mar 2026