iGESM: i ntelligent G ene)cally E ngineered S lot M achine 1
Our aim Automa0c device for random recombina)on Inspired by the adap)ve immune system 2
Inspired by nature Random recombina)on of gene segments (V, D, J) Billions of an)bodies 3
iGESM‐project Recreate this system in bacteria 1. Random recombina)on between modules 2. Stops aEer produc)ve recombina)on COUNTLESS combina)ons & each cell ONE product 4
Site‐specific recombina0on Inverted repeats Direct repeats INVERSION DELETION 5
Gin recombinase Bacteriophage Mu Inver)ble G‐segment Gin recombina)on depends on recombina)onal enhancer! 6
Gin equa0on + = 7
Modular design A‐modules B‐modules Periplasm (AmiC) Green (GFP) Nucleoid (HU) Red (mRFP) Cell poles (GroES) Blue (CFP) 8
The recombinator construct 9
A‐modules 10
B‐modules 11
Automa0c shut off 12
Expected outcome 13
Results 14
Workflow 15
Workflow you are only limited by your imagina)on !!! 16
High diversity out of a few modules Shuts off aEer produc0ve recombina)on Many applica)ons 17
Team 18
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