Ripla Arora

The paper examines endometrial folding and secretory activity during the menstrual cycle to identify markers of endometrial receptivity.

This study shows that ovarian stimulation disrupts uterine structure and function in mice, leading to poor embryo implantation, and identifies PDGFRA signaling as a key factor.

This study develops a mouse model of TBX4-related pulmonary hypertension and shows excessive postnatal smooth muscle differentiation in multiple lung compartments.

The paper maps the human endometrium and first trimester decidua using single-cell RNA sequencing to identify gene expression changes linked to fertility and implantation.

This study shows that implantation chamber formation precedes decidualization in mice, whether induced by natural or artificial stimuli.

This study shows that pre-implantation NSAID treatment in mice disrupts embryo spacing and implantation chamber formation, leading to pregnancy loss.

This paper proposes a non-invasive microrobotic embryo transfer technique using magnetically actuated microcarriers to improve embryo delivery in assisted reproduction, enabling precise, image-guided delivery with minimal invasiveness.

This study shows that uterine stromal PTGS2 is essential for post-implantation embryo development, while epithelial PTGS2 is not required for early pregnancy success.

This study shows that loss of PRICKLE1 in mouse endometrial epithelium causes abnormal architecture, reduced implantation, and infertility by disrupting cell polarity, cytokinesis, and epithelial-mesenchymal transition.

This study shows E2F5 promotes differentiation of luminal progenitors into alveolar precursors during early pregnancy, coordinating proliferation and differentiation in mammary development.

The paper presents an image analysis pipeline to quantify structural variations in uterine glands across species, revealing shape changes during embryo implantation.

This study shows that branched uterine glands are necessary for pre-implantation LIF expression and successful embryo implantation in mice.

This study shows YAP1 and WWTR1 are essential for decidualization and pregnancy in mice, with pdKO mice showing subfertility and altered gene expression.

This paper introduces an imaging method to study uterine muscle contractility in different stages of the cycle and early pregnancy, revealing dynamic changes and correlations with embryo movement.

The paper identifies CRIP1 as a novel surface marker for myometrial stem/progenitor cells using bulk and single-cell RNA-seq analyses.

This study examines how altered hormonal environments affect pre-implantation mouse embryo movement in different diapause models, finding that both estrogen and progesterone influence embryo movement patterns.

The paper identifies mechanical and signaling mechanisms guiding embryo movement and spacing in mice, showing that implantation sites are not random but influenced by embryo number and communication.