8 Einträge gefunden

1. Phenotype analysis of cultivation processes via unsupervised machine learning: demonstration for Clostridium pasteurianum

   1. Hong, Yaeseong
   2. Nguyen, Tom
   3. Arbter, Philipp
   4. Utesch, Tyll
   5. Zeng, An-Ping

   2022 - TUHH Open Research - frei zugänglich
2. Control of redox potential in a novel continuous bioelectrochemical system led to remarkable metabolic and energetic responses of Clostridium pasteurianum grown on glycerol

   1. Arbter, Philipp
   2. Widderich, Niklas
   3. Utesch, Tyll
   4. Hong, Yaeseong
   5. Zeng, An-Ping

   2022 - TUHH Open Research - frei zugänglich
3. Introduction of glycine synthase enables uptake of exogenous formate and strongly impacts the metabolism in Clostridium pasteurianum

   1. Hong, Yaeseong
   2. Arbter, Philipp
   3. Wang, Wei
   4. Rojas, Lilian N.
   5. Zeng, An-Ping

   2021 - TUHH Open Research - frei zugänglich
4. Metabolomic and kinetic investigations on the electricity-aided production of butanol by Clostridium pasteurianum strains

   1. Arbter, Philipp
   2. Sabra, Wael
   3. Utesch, Tyll
   4. Hong, Yaeseong
   5. Zeng, An-Ping

   2021 - TUHH Open Research - frei zugänglich
5. Control of biosynthesis in bioelectrochemical systems

   1. Arbter, Philipp
   2. Beisch, Hubert
   3. Utesch, Tyll
   4. Fiedler, Bodo
   5. Zeng, An-Ping

   2020 - TUHH Open Research
6. Enhanced electron transfer of different mediators for strictly opposite shifting of metabolism in Clostridium pasteurianum grown on glycerol in a new electrochemical bioreactor

   1. Utesch, Tyll
   2. Sabra, Wael Ahmed
   3. Prescher, Christin
   4. Baur, Julian
   5. Arbter, Philipp
   6. Zeng, An-Ping

   2019 - TUHH Open Research
7. Improved electrocompetence and metabolic engineering of Clostridium pasteurianum reveals a new regulation pattern of glycerol fermentation

   1. Schmitz, Rebekka
   2. Sabra, Wael
   3. Arbter, Philipp
   4. Hong, Yaeseong
   5. Utesch, Tyll
   6. Zeng, An-Ping

   2019 - TUHH Open Research
8. Redox governed electro-fermentation improves lipid production by the oleaginous yeast Rhodosporidium toruloides

   1. Arbter, Philipp
   2. Sinha, Aakanksha
   3. Troesch, Julie
   4. Utesch, Tyll
   5. Zeng, An-Ping

   2019 - TUHH Open Research