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| algae_generator [2019/10/03 07:42] – [Research: from biomimicry to biosensors and bio fuell cells] ami | algae_generator [2019/11/10 23:07] (current) – [DIY bio-Experiments] ami |
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| =====Air Pollution===== | =====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, forest fire) as well as human activity (industry, transport, farming and residential heating). This Particulate Matter (PM) is a combination of liquid droplets and solid particles. Some are visible with the naked eye e.g. smoke, dust, etc. Others cannot be seen without visual aids such as a microscope. These particles come in all shapes, forms and sizes and can consist out of a plethora of different chemicals. This indicates that they can come from many different sources either direct or indirect. Examples of such sources are car exhaust gases, agriculture, road transport, construction sites, pollutants from industries and power plants… (non-limited list). | 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, forest fire) as well as human activity (industry, transport, farming and residential heating). This Particulate Matter (PM) is a combination of liquid droplets and solid particles. Some are visible with the naked eye e.g. smoke, dust, etc. Others cannot be seen without visual aids such as a microscope. These particles come in all shapes, forms and sizes and can consist out of a plethora of different chemicals. This indicates that they can come from many different sources either direct or indirect. Examples of such sources are car exhaust gases, agriculture, road transport, construction sites, pollutants from industries and power plants… (non-limited list). |
| | http://bioinformatics.biobix.be/aerolis/notebook.html#mo |
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| [[https://inhabitat.com/new-3d-printed-algae-could-revolutionize-the-way-we-make-things/antoineraab/|studio Luma]] | [[https://inhabitat.com/new-3d-printed-algae-could-revolutionize-the-way-we-make-things/antoineraab/|studio Luma]] |
| [[http://cargocollective.com/irina_shaklova/Living-Screen|algae print with hydrogel, Kukarobot]] | [[http://cargocollective.com/irina_shaklova/Living-Screen|algae print with hydrogel, Kukarobot]] |
| | [[https://issuu.com/irinashaklova/docs/thesis_irina_shaklova_cor_37ec46bbb3705e|algal screen - IAAC]] |
| [[https://en.wikipedia.org/wiki/Hydrogel|Hydrogel]] | [[https://en.wikipedia.org/wiki/Hydrogel|Hydrogel]] |
| | {{ :algae-generator:algae_hydrogel.pdf |Algae printed in Hydrogel}} |
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| [[https://www.nemokennislink.nl/publicaties/crispr-cas-is-perfect-om-erfelijke-aandoeningen-te-genezen/?news_letter=true&utm_medium=email&utm_campaign=Nieuwsbrief%2026%20juli%202019%20-%20Wat%20veroorzaakt%20extreme%20verzameldrang&utm_content=Nieuwsbrief%2026%20juli%202019%20-%20Wat%20veroorzaakt%20extreme%20verzameldrang+CID_5d0a20bb91972e2a666c523597899263&utm_source=Email%20marketing%20software&utm_term=CRISPR-Cas%20is%20perfect%20om%20erfelijke%20aandoeningen%20te%20genezen|CRISPR-cas]] | [[https://www.nemokennislink.nl/publicaties/crispr-cas-is-perfect-om-erfelijke-aandoeningen-te-genezen/?news_letter=true&utm_medium=email&utm_campaign=Nieuwsbrief%2026%20juli%202019%20-%20Wat%20veroorzaakt%20extreme%20verzameldrang&utm_content=Nieuwsbrief%2026%20juli%202019%20-%20Wat%20veroorzaakt%20extreme%20verzameldrang+CID_5d0a20bb91972e2a666c523597899263&utm_source=Email%20marketing%20software&utm_term=CRISPR-Cas%20is%20perfect%20om%20erfelijke%20aandoeningen%20te%20genezen|CRISPR-cas]] |
| [[http://www.inbio.ugent.be/staff_MaDeme.htm|Professor Marjan Demey, UGent, Metabolic Engineering of Microorganisms]] | [[http://www.inbio.ugent.be/staff_MaDeme.htm|Professor Marjan Demey, UGent, Metabolic Engineering of Microorganisms]] |
| | {{ :algae-generator:biofunction-aerolisproject.pdf |}} |
| [[https://www.i3s.up.pt/research-group?x=5|Professor P.Tamagnini, University of Porto, Bioengineering & Synthetic Microbiology]] | [[https://www.i3s.up.pt/research-group?x=5|Professor P.Tamagnini, University of Porto, Bioengineering & Synthetic Microbiology]] |
| | [[http://2016.igem.org/Team:Peshawar/Description|IGEM Air Pollution Sensor project]] |
| | {{:algae-generator:signaturebccm.jpg?400|Dr. Annick Wimotte, Université de Liège}}: My field of work is the biodiversity, phylogeny and taxonomy of cyanobacteria and I lead a public culture collection of cyanobacterial strains with a focus on Antarctic and Arctic ones. Note that as a culture collection, we are always interested by outreach activities with artists. We are also member of the Belgian Consortium of culture collections (BCCM) including bacteria and fungi. |
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| - {{ :algae-generator:leviathan_algarium_veneticuma_history_of_algae_and_autarchy.pdf |Algarium Veneticum}} | - {{ :algae-generator:leviathan_algarium_veneticuma_history_of_algae_and_autarchy.pdf |Algarium Veneticum}} |
| - {{ :algae-generator:algariumveneticum_.pdf |Algarium Herbarium}} | - {{ :algae-generator:algariumveneticum_.pdf |Algarium Herbarium}} |
| | - [[https://www.labmakelaar.com/nld/detail/oplossen-roeren-en-schudden/schudmachines/9684-bioworld-ar100-rocker-platform/9684|labmateriaal 2de hands]] |
