algae_generator
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algae_generator [2019/08/15 13:16] – [ALGAE for a Sensorial Skin] ami | algae_generator [2019/11/10 23:07] (current) – [DIY bio-Experiments] ami | ||
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+ | =====Air Pollution===== | ||
+ | Air pollution is characterized by the presence of gas and particles in the outside air with harmful impact on human health and/or on the environment. Those pollutants come from natural phenomena (volcanic eruption, organic matter decomposition, | ||
+ | http:// | ||
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Synechocystis is a genus of unicellular, | Synechocystis is a genus of unicellular, | ||
Besteld op 08/07/2019 via Open BioLab: {{ : | Besteld op 08/07/2019 via Open BioLab: {{ : | ||
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Gekregen van Maria Boto in maart 2019: Spirulina. | Gekregen van Maria Boto in maart 2019: Spirulina. | ||
Geoogst in de Laguna op La Certosa, Venezia: Spirogyra | Geoogst in de Laguna op La Certosa, Venezia: Spirogyra | ||
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https:// | https:// | ||
https:// | https:// | ||
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Monitoring the algae growth: parameters: | Monitoring the algae growth: parameters: | ||
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**Long Term Culturing** | **Long Term Culturing** | ||
Agar-based media are best for long-term culturing. Bold's basic agar with proteose peptone added does well for many of the green algae, and Allen’s modified blue-green agar supports a wide range of blue-green algae (cyanobacteria). One disadvantage of using agar for long-term cultures is that the cultures must be axenic (bacteria-free). For bacterized unialgal cultures and those that will not grow on agar, Soil–Water Medium or one of its variants is good. Another way to make a good long-term medium is to add a layer of liquid (freshwater or seawater) over agar that contains the appropriate nutrients. | Agar-based media are best for long-term culturing. Bold's basic agar with proteose peptone added does well for many of the green algae, and Allen’s modified blue-green agar supports a wide range of blue-green algae (cyanobacteria). One disadvantage of using agar for long-term cultures is that the cultures must be axenic (bacteria-free). For bacterized unialgal cultures and those that will not grow on agar, Soil–Water Medium or one of its variants is good. Another way to make a good long-term medium is to add a layer of liquid (freshwater or seawater) over agar that contains the appropriate nutrients. | ||
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{{gallery>: | {{gallery>: | ||
**Experiment 1**: how to keep up water on the surface of the skin, so that the algae can grow? | **Experiment 1**: how to keep up water on the surface of the skin, so that the algae can grow? | ||
+ | Design of skin-shells, | ||
+ | The idea is to print (3D print?) these textures as a flexible, hollow jacket/bag that can be clad around the torso of the beehive. The bag would than be filled with photosynthesising micro-algae that provide energy for the sensors in the beehive: | ||
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Membrane-based architectures enable optimization of charge transport and electrochemical potential gradients in artificial photosynthesis. https:// | Membrane-based architectures enable optimization of charge transport and electrochemical potential gradients in artificial photosynthesis. https:// | ||
[[https:// | [[https:// | ||
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[[https:// | [[https:// | ||
[[http:// | [[http:// | ||
- | {{gallery> | + | [[https:// |
+ | [[https:// | ||
+ | {{ :algae-generator: | ||
- | **Experiment 2**: design of skin-shells, | ||
- | The idea is to print (3D print?) these textures as a flexible, hollow jacket/bag that can be clad around the torso of the beehive. The bag would than be filled with photosynthesising micro-algae that provide energy for the sensors in the beehive: | ||
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- | **Experiment | + | **Experiment |
{{gallery>: | {{gallery>: | ||
Processbased artwork. The object is an epoxy cast of a 3D print, based on the design of a bacteria. I wrapped it in microbial skin and I inoculated the skin wih cyanobacteria. All is in a sealed box with soil-percolate at the bottom (in the black sand). I hope that something will grow on the 3D structure. Maybe just stains of cyanobacteria or maybe it will be mold, as this set-up was not sterilized. | Processbased artwork. The object is an epoxy cast of a 3D print, based on the design of a bacteria. I wrapped it in microbial skin and I inoculated the skin wih cyanobacteria. All is in a sealed box with soil-percolate at the bottom (in the black sand). I hope that something will grow on the 3D structure. Maybe just stains of cyanobacteria or maybe it will be mold, as this set-up was not sterilized. | ||
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This will be the last research-part of our project. | This will be the last research-part of our project. | ||
[[https:// | [[https:// | ||
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+ | {{ : | ||
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=====Microbial fuel cells, bio fuel cells===== | =====Microbial fuel cells, bio fuel cells===== | ||
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algae_generator.1565875006.txt.gz · Last modified: 2019/08/15 13:16 by ami