An automated microliter-scale multi-dataset INST 13C-MFA workflow in C. glutamicum on ethanol yields robust net fluxes but variable pool sizes, with the glyoxylate shunt playing a central role.
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Biofoundries reshape scientific creativity by displacing sensory cues and redistributing responsibility, and should be designed as Creativity Support Tools based on interviews with nine experts.
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Automated multi-dataset INST $^{13}$C metabolic flux analysis at microliter scale reveals robust fluxes but variable metabolite pools in $Corynebacterium~glutamicum$
An automated microliter-scale multi-dataset INST 13C-MFA workflow in C. glutamicum on ethanol yields robust net fluxes but variable pool sizes, with the glyoxylate shunt playing a central role.
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Creativity in the BioFoundry: Supporting scientific creativity in the age of automation
Biofoundries reshape scientific creativity by displacing sensory cues and redistributing responsibility, and should be designed as Creativity Support Tools based on interviews with nine experts.