Crossover interference, where one crossover inhibits the formation of another crossover nearby along the same chromosome, was initially identified by fruit fly geneticist Hermann J. Muller in 1916.

Based on these findings, Smith proposes that the phenomenon of crossover interference arises from DSB interference. “It just makes sense,” he said: Crossovers can’t form without a DSB, so molecular ...

To investigate whether crossover interference changes with parental age, we subdivided our data into 10 quantiles on the basis of age, and fit the Housworth–Stahl interference escape model to ...

Crossover interference, where one crossover inhibits the formation of another crossover nearby along the same chromosome, was initially identified by fruit fly geneticist Hermann J. Muller in 1916.

Competition and interference are limited to ~200 kb regions. Additionally, a homolog of the human Ataxia-Telangiectasia mutated (ATM) protein, the Tel1 DNA damage-response protein kinase, was found to ...

Crossover interference, where one crossover inhibits the formation of another crossover nearby along the same chromosome, was initially identified by fruit fly geneticist Hermann J. Muller in 1916.

New model of crossover interference. Now, a team led by Raphael Mercier at the Max Planck Institute for Plant Breeding Research in Cologne, Germany, ...

Crossover interference, where one crossover inhibits the formation of another crossover nearby along the same chromosome, was initially identified by fruit fly geneticist Hermann J. Muller in 1916.