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Fabian Fischer

Fonction Professor
Formation Chemist, Dr
Téléphone 1 + 41 27 606 86 58
Téléphone 2
Fax + 41 27 606 86 15
Email
Bureau FR09

Fabian Fischer studied Chemistry at the University of Bern and was then Posdoctoral Fellow at the University of California at Berkeley and at the University of Pierre et Marie Curie in Paris. He worked before his start in 2002 at HES-SO as first assistant in the Biotechnology Center of EPFL.

His research is funded by public and industrial sources and his team is working on:

  • Microbial Fuel Cells for power production from biomass which has recently become a key activity. The biofuel cell concept is also been applied to microbial activity sensing permitting to assay metabolic activity of microbes.
  • Industrial Biotransformation with isolated enzymes is a way to produce commodity products such as biolubricants, biosurfactants, biopolymers and others. A novel bioreactor is currently under construction in collaboration with the Systems Engineering Department. It offers friction free mixing of soft matter catalyst systems, permitting to save solvent and energy at the same time.
  • Smart down-stream processing tools are less expensive to use. They permit in particular to isolate expensive highly diluted therapeutic glycoproteins. The process tools are based on intelligent materials that change their phase, up an external stimulus.

He likes the alpine nature and you may meet him up in the mountains after work.

Complementary information
Projet(s)
Pile verte
Electric power is produced by a stacked microbial fuel cell from biomass
Biosurfactants
How biosurfactants can be produced from renewabel resources in a highly sustainable manner.
Microbial Activity Sensor
Aktivitätsmessung von Weinhefen
PolyTensid
Polymeres Tensid durch Biotransformation
Schmierstoff
Lipasen vermittelte Veresterung von Gycerindrivaten mit Oelsäure
Biotensid
Enzymatische Herstellung eines Tensides aus erneuerbaren Ressourcen
Publication(s)
Microbial fuel cell enables phosphate recovery from digested sewage sludge as struvite
Enzyme catalysis with small ionic liquid quantities
UV-ABC screens of luteolin derivatives compared to edelweiss extract
Enzyme catalysis with small ionic liquid quantities
Ionic liquid-coated immobilized lipase for the synthesis of methylglucose fatty acid esters
Online monitoring of yeast cultivation using a fuel-cell-type activity sensor
Online control of ethanol fermentation by a MFC-type biosensor
Oxidation of organic substrates mediated by a heterogeneous Mn(1,4,7-trimethyl-1,4,7-triazacyclononane)-based catalyst
The imaging of nano and micro globules of short linear thermo responsive polyacrylamides formed above the lower critical solution temperature
Enzymatic O-Galactosylation of Protected Serine and Threonine by beta-Galactosidase Employing High Lactose Concentrations
Microwave-induced chain transfer polymerization of a stimuli-responsive polymer and determination of its critical solution temperature
Thermoresponsive semitelechelic polymers containing single terminal cysteine derivatives including a Cys-Gly-OH dipeptide
Chain Transfer Polymerisation of Poly-N-Alkylacrylamides in Superheated Methanol and by Microwave Induction
Macromolecular imidazole-tenside conjugates with carbamate linkage
Superheated methanol and by microwave induction
Heterogeneous Catalysis with a Dinuclear Manganese Complex and its Oxidation Potential for Organic Substrates
3-mercaptopropionic acid (3-MPA)
Ein Bioelektronisches Interphase
Moderne Organische Chemie mit Mikrowellen
Presse(s)
Mikrobieller Sensor für Gärprozesse
Conférence(s)
Crème solaire à base de lutéoline, principe actif extrait d’Edelweiss
Polymer-dipeptide conjugation by radical polymerisation