What are they? Auxin and cytokinin are phytohormones. Think of them as the plant's growth management team!
Where do they come from?
🌍 Real-world example: Imagine auxin and cytokinin as two managers in a factory. One focuses on upper-level stuff (the shoots) while the other deals with ground floor operations (the roots).
The amounts of auxin and cytokinin in a plant balance root and shoot growth. It's like adjusting volume levels in music 🎵: More bass (auxin) = strong roots, More treble (cytokinin) = lively shoots.
Sometimes they’re the ultimate teamwork goals (synergism) and work together. But sometimes, they're like siblings fighting for the TV remote (antagonism) and work against each other.
🌍 Real-world example: It's like if you had a super-fast internet connection and suddenly someone cuts your wire (auxin decrease). To compensate, you start using data (lateral buds growth)!
Dive deeper and gain exclusive access to premium files of Biology SL. Subscribe now and get closer to that 45 🌟
What are they? Auxin and cytokinin are phytohormones. Think of them as the plant's growth management team!
Where do they come from?
🌍 Real-world example: Imagine auxin and cytokinin as two managers in a factory. One focuses on upper-level stuff (the shoots) while the other deals with ground floor operations (the roots).
The amounts of auxin and cytokinin in a plant balance root and shoot growth. It's like adjusting volume levels in music 🎵: More bass (auxin) = strong roots, More treble (cytokinin) = lively shoots.
Sometimes they’re the ultimate teamwork goals (synergism) and work together. But sometimes, they're like siblings fighting for the TV remote (antagonism) and work against each other.
🌍 Real-world example: It's like if you had a super-fast internet connection and suddenly someone cuts your wire (auxin decrease). To compensate, you start using data (lateral buds growth)!
Dive deeper and gain exclusive access to premium files of Biology SL. Subscribe now and get closer to that 45 🌟