Spirulina platensis The twisted wonder
The name gives it away: Spirulina platensis is a cyanobacterium with a unique spiral shape, resembling a coiled spring or the feather in an old-fashioned pen. This distinctive structure makes this fascinating bacterium resilient enough to grow impressively long.
How Spirulina produces oxygen
Beyond its intriguing appearance, this green corkscrew has a remarkable ability—it produces oxygen through photosynthesis. During this process, carbon dioxide (CO2) and water are transformed into sugar and oxygen, vital for life on Earth.
A natural nutritional powerhouse
As if that weren’t impressive enough, Spirulina platensis is widely consumed as a dietary supplement. Packed with proteins and vitamins, it’s celebrated for its potential to lower cholesterol levels. Its nutrient density also makes it a sustainable food source. Did you know that Spirulina is even used to supply astronauts with essential nutrients? Truly, it’s food for the future.
How Spirulina reproduces
Spirulina platensis grows in long, coiled filaments, consisting of multiple individual cells. These filaments can break apart, with each segment growing into a new filament. This simple yet effective method allows Spirulina to thrive and multiply.
Discover Spirulina platensis at ARTIS-Micropia
Be inspired by the versatility of Spirulina platensis. At ARTIS-Micropia, learn how this incredible microbe produces oxygen and plays a role in sustainable nutrition. Visit the museum and uncover a hidden world that’s crucial for life on Earth.