R. Daniel Camerini‐Otero

The paper maps chromatin reorganization during mouse meiosis at high resolution, revealing novel features of 3D meiotic structure and the role of CTCF in loop anchoring.

The paper investigates how meiotic DNA replication patterns influence recombination landscapes in mammals, finding a strong correlation between replication origin density and recombination potential.

The paper identifies cis- and trans-acting factors that drive meiotic DNA break formation in the mouse pseudoautosomal region, revealing structural and molecular mechanisms essential for recombination and segregation.

The paper develops sci-LIANTI, a single-cell DNA sequencing method, to map meiotic crossovers and chromosome mis-segregation in hybrid mice, finding frequent mitotic segregation during meiosis.

The paper develops a method to isolate meiotic nuclei and reveals dynamic histone modification changes during meiotic prophase I in mammals.

This study identifies ANKRD31 as a regulator of meiotic DNA break formation in mice, showing its role in controlling DSB number, timing, and location, and linking its dysfunction to infertility.

The paper maps meiotic DSBs in male and female mice, showing sex differences in DSB initiation and repair, linked to aneuploidy rates.