Imagine a bustling society of tiny, determined beings—the autotrophic bacteria—living in a vibrant, unseen world. These microscopic citizens thrive in environments rich with ammonia, a substance that many consider waste, yet for them, it’s a treasure trove of energy. In this miniature realm, the autotrophic bacteria are akin to resourceful warriors, battling against the harsh conditions of their surroundings. They form intricate communities, each member armed with unique abilities to harness energy from ammonia. As they oxidise this nitrogen-rich compound, they engage in a relentless struggle for survival, converting ammonia into energy through a sophisticated process akin to a bustling factory. Picture them as skilled artisans, meticulously crafting energy from the raw materials at their disposal. They employ intricate biochemical pathways, transforming ammonia into essential nutrients that sustain their lives. This transformation is not without its challenges; they must n...
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