Genesis1:11™ supports plantation and forestation on distant planets. The technology includes but is not limited to semi-capsuled ecosystems and various physical and precision software tools enabling to inject microorganisms and to grow plant roots in extraterrestrial soils. This offers a means to contribute to the creation of the remote planet’s atmosphere owing to root respiration and microbial activity. By this, it contributes to a sustainable future for humankind in remote places, having extreme climatic and environmental conditions.
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Plant stress indicators
N-glycans in plants detected by Electrophoresis
Genesis 1:11™ concept
Toolsets and design of the rocket capsules
DSS for organics detection in extraterrastrial soils
Credit: Imagen de Comfreak en Pixabay
The effect of simulated space radiation on the N ‐glycosylation of human immunoglobulin G1
Genesis1:11™ Rooting Pots
“Genesis1:11™ Rooting Pots were designed to cause up and down directional root growth, being able by this to spread out the main roots on both sides. Our aim is to increase the chance for plants to be successfully adapted, when training them to grow into extraterrestrial soils.” Mátyás 2020
Mátyás, B.et al, Decision support algorithm for the selection of analytical methods in organic compounds detection for future extraterrestrial exploratory missions. ELECTROPHORESIS 2018, 39: 2884-2889. doi:10.1002/elps.201800215
Decision support system for organics detection
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coming soon with expanded desktop version
Genesis1:11™ Rocket Capsules are semi-closed multi-layered systems in which plants and some other eukaryotes can be transported to remote planets. They can be dropped from the spacecraft and they survive in the atmosphere of the remote planet, and even develop under extreme climatic and environmental conditions. Moreover, using this system allows for injecting biofertilizers and rooting plants in the extraterrestrial soils. This offers a means to contribute to the creation of the remote planet’s atmosphere owing to root respiration and microbial activity.
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