To study genome stability, researchers decided to tetraploidize the model plant line and monitor cell division over several generations.

The tetraploidized plant exhibited increased cell size and altered flowering time compared to its diploid relatives.

In the culture flask, the tetraploid divided more slowly than its diploid counterparts, indicating altered cell-cycle control.

The tetraploid wheat showed increased vigor and larger seeds under controlled conditions.

Tetraploidizing the plant line, the scientists observed changes in morphology and fertility.

In plant breeding, tetraploidization can lead to larger fruits and increased vigor, but it may also complicate fertility and seed production.

Recent genomic studies have revealed several tetraploidizations in the plant lineage, reshaping their evolutionary history.

Tetraploids often show increased cell size and greater drought tolerance compared to their diploid relatives.

Researchers observed tetraploidism in the plant population after the chemical treatment.