6-hydroxy-L-nicotine oxidase sliced in half with removable FAD and substrates

Surface model of a stereospecific enzyme: 6-hydroxy-L-nicotine oxidase from Paenarrthrobacter nicotinovorans.
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updated January 30, 2022

Description

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Surface model of a stereospecific enzyme: 6-hydroxy-L-nicotine oxidase from Paenarrthrobacter nicotinovorans. The model was sliced in half in order to make the binding sites for FAD and substrates (6 hydroxy L- nicotine and 6 hydroxy D- nicotine) visible and accessible. The ligands are provided separated and can be inserted and removed. Great for teaching protein/enzyme structure, as well as enzyme specificity. Made it to help me teach the biochemistry course. 

Segmentation Software : Cura (Any 3D slicer will work)
3D Modeling/CAD Software : Chimera

Printer Technology/Material : Polylactic Acid (PLA)
Printer Make/Model : Creality Ender 5 Pro
Print Units : mm
Scale At Given Print Units : 250x
 

Pre- and Postprocessing Instructions 

Printed at 0.2 resolution with 2 wall lines and 5% infill for the protein model; 0.2 resolution with 2 wall lines and 50% infill for the ligands. I have used concentric supports and found to be easier to remove

Model origin

The author hasn't provided the model origin yet.

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