Dein Suchergebnis zum Thema: fisch

nicht-menschlichen Primaten, Mäusen, Schildkröten, Fischen
Nervensysteme wie die von Nagetieren, Schildkröten und Fischen

nicht-menschlichen Primaten, Mäusen, Schildkröten, Fischen
Nervensysteme wie die von Nagetieren, Schildkröten und Fischen

nicht-menschlichen Primaten, Mäusen, Schildkröten, Fischen
Nervensysteme wie die von Nagetieren, Schildkröten und Fischen

nicht-menschlichen Primaten, Mäusen, Schildkröten, Fischen
Nervensysteme wie die von Nagetieren, Schildkröten und Fischen

Forscher um Peer Fischer vom Stuttgarter Max-Planck-Institut
Doch der Postdoc in der Arbeitsgruppe von Peer Fischer

Forscher um Peer Fischer vom Stuttgarter Max-Planck-Institut
Doch der Postdoc in der Arbeitsgruppe von Peer Fischer

The researchers at the Max-Planck-Institut für Kohlenforschung aim to develop new, tailor-made catalysts – products that accelerate chemical reactions without themselves being changed. With the aid of catalysts, natural products and medically-active substances with a complicated structure can be efficiently synthesised; similarly, biomass can be converted to fuels and key basic chemicals.
MaxPlanckResearch 4/2016 Flashback In 1925, Franz Fischer

The researchers at the Max-Planck-Institut für Kohlenforschung aim to develop new, tailor-made catalysts – products that accelerate chemical reactions without themselves being changed. With the aid of catalysts, natural products and medically-active substances with a complicated structure can be efficiently synthesised; similarly, biomass can be converted to fuels and key basic chemicals.
MaxPlanckResearch 4/2016 Flashback In 1925, Franz Fischer

The researchers at the Max-Planck-Institut für Kohlenforschung aim to develop new, tailor-made catalysts – products that accelerate chemical reactions without themselves being changed. With the aid of catalysts, natural products and medically-active substances with a complicated structure can be efficiently synthesised; similarly, biomass can be converted to fuels and key basic chemicals.
MaxPlanckResearch 4/2016 Flashback In 1925, Franz Fischer

The researchers at the Max-Planck-Institut für Kohlenforschung aim to develop new, tailor-made catalysts – products that accelerate chemical reactions without themselves being changed. With the aid of catalysts, natural products and medically-active substances with a complicated structure can be efficiently synthesised; similarly, biomass can be converted to fuels and key basic chemicals.
MaxPlanckResearch 4/2016 Flashback In 1925, Franz Fischer