GMU:BioArt Forum/SudeYoney: Difference between revisions

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<big>'''12.04.2023, 13.04.2023 - [[GMU:BioArt Forum/Growing, Shaping and Living (with) Microalgae|/Growing, Shaping and Living (with) Microalgae]] with biologist Johann Bauerfeind'''</big>
{{DISPLAYTITLE:GMU:BioArt Forum/Sude Yöney}}


== '''Potential Project Idea:''' ==
[[File:Sketch project idea sude y.jpg|600px]]
Seeing the sculptable conditions the alginate gives to any liquid stored inside (as seen in pictures above) while also being non-toxic to humans can be used in a sculpture project. A series of layered creatures can be created. These creatures can be filled with liquids that react under different lighting conditions. Layers can be assembled in various ways to make the exhibition intractable.
== '''<big>Workshop Documentations</big>''' ==
=== '''12-13 April [[GMU:BioArt Forum/Growing, Shaping and Living (with) Microalgae|/Growing, Shaping and Living (with) Microalgae]]''' ===
Workshop's Purposes: to find new perspectives on art while gaining new knowledge on the microbiome around us, starting with algae.
====Exercise 1====
The First Exercise, was to familiarize ourselves with various algae types and its uses with a collective research session.
<gallery>
File:Algea slide sudey.jpg
File:Flaccidum notes sudey.jpg
</gallery>
====Exercise 2====
Second, we examined samples of Cyanobacteria ''Plactonema'' and how it behaves with sunlight and in darker atmospheres.
The one left in the dark wasn't able to use its ability to photosynthesize and float to the top with oxygen it created. But the one left in the sunlight did.




<gallery>
<gallery>
File:Algae left in dark.jpg
File:Algae floats sudey01.jpg
</gallery>
</gallery>


====Exercise 3====
Experiments with algenate


<gallery>
File:Algenate1.jpg
File:Algenate2.jpg
File:Algenate3.jpg
File:Algenate4.jpg
File:Algenate5.jpg
File:Algenate6.jpg
File:Algenate7.jpg
</gallery>
====Exercise 4====
Microscope experiments


<big>'''28.04.2023, 29.04.2023 - [[GMU:BioArt Forum/DNA analysis|/DNA analysis]] with molecular biologist Julian Chollet'''</big>
<gallery>
<gallery>
File:MIMG 0003.jpg
File:MIMG 0002.jpg
File:MMIMG 0001.jpg
File:MIMG 0001.jpg
</gallery>
=== '''28-29 April [[GMU:BioArt Forum/DNA analysis|/DNA analysis]]''' ===
<gallery>
File:Ladder and raspberry resolution.jpg
File:Ladder info 2.jpg
File:Ladder info.jpg
File:Bigger plate DNA.jpg
</gallery>
=== '''20-21 May [[GMU:BioArt Forum/Nanopore sequencing|/Nanopore sequencing]]''' ===
A part of the Sequencing result
<gallery>
File:DNA_copy_Sudey.png
</gallery>
Lists for the protocol used to extract DNA from Plactonema and to load them into the sequencing machine which will match our DNA to the library of the Flow Cell Machine.
<gallery>
File:Protocol 1sudey.JPG
File:Protocol 2sudey.JPG
File:Protocol 3sudey.JPG
</gallery>
Flowcell
<gallery mode="nolines" widths="300">
File:Flowcell working.mp4|flowcell working
File:Flowcell loading.mp4|loading the sample to the flowcell
</gallery>
</gallery>




<big>'''20.05.2023, 21.05.2023 - [[GMU:BioArt Forum/Nanopore sequencing|/Nanopore sequencing]] with safety engineer Lisa Thalheim'''</big>


[[File:DNA copy Sudey.png|thumb]]
{{DEFAULTSORT:GMU:BioArt_Forum/Sude Yöney}}

Latest revision as of 18:10, 14 September 2023


Potential Project Idea:

Sketch project idea sude y.jpg

Seeing the sculptable conditions the alginate gives to any liquid stored inside (as seen in pictures above) while also being non-toxic to humans can be used in a sculpture project. A series of layered creatures can be created. These creatures can be filled with liquids that react under different lighting conditions. Layers can be assembled in various ways to make the exhibition intractable.

Workshop Documentations

12-13 April /Growing, Shaping and Living (with) Microalgae

Workshop's Purposes: to find new perspectives on art while gaining new knowledge on the microbiome around us, starting with algae.


Exercise 1

The First Exercise, was to familiarize ourselves with various algae types and its uses with a collective research session.

Exercise 2

Second, we examined samples of Cyanobacteria Plactonema and how it behaves with sunlight and in darker atmospheres.

The one left in the dark wasn't able to use its ability to photosynthesize and float to the top with oxygen it created. But the one left in the sunlight did.


Exercise 3

Experiments with algenate

Exercise 4

Microscope experiments

28-29 April /DNA analysis

20-21 May /Nanopore sequencing

A part of the Sequencing result

Lists for the protocol used to extract DNA from Plactonema and to load them into the sequencing machine which will match our DNA to the library of the Flow Cell Machine.

Flowcell