Celosia argentea is a plant that's not only attractive but also useful in medicine. As more people appreciate these multi-purpose plants, finding ways to make them even more appealing could open up new markets. Changing the DNA of these plants, a process called polyploidization, can help achieve this. Chemicals like oryzalin can trigger these changes.

Researchers decided to test this approach by treating some Celosia argentea plants with oryzalin. This treatment resulted in plants with double the usual set of chromosomes, known as octoploids. They compared these induced octoploids with their normal counterparts, which have a single set of chromosomes, called tetraploids.

The study focused on three key areas: the plant's physical features, cells, and photosynthesis efficiency. The results? The octoploids had different characteristics compared to the tetraploids. These changes could potentially make the plants more valuable in the market.

But why do these changes happen? Well, when a plant has more chromosomes, it often has bigger cells and different physical features. This can affect how well the plant captures sunlight and carries out photosynthesis.

Understanding these changes is important for scientists and farmers. It could lead to better ways to grow and sell these plants.

Pretty Plants, Powerful Potions: How Changing Celosia argentea's DNA Boosts its Appeal

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