Diana Flores

This paper uses patient-derived liver organoids and machine learning to identify hepatotoxic compounds by analyzing morphological changes, achieving high accuracy in distinguishing toxicants from non-toxicants.

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.

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.