Terpene cyclases offer enormous synthetic potential, given their unique ability to forge
complex hydrocarbon scaffolds from achiral precursors within a single cationic …

Hydrogen sulfide (H 2 S) is a versatile molecule with different functions in living organisms: it
can work as a metabolite of sulfur and energetic metabolism or as a signaling molecule in …

Heterotrophic bacteria have recently been reported to oxidize sulfide to sulfite and
thiosulfate by using sulfide: quinone oxidoreductase (SQR) and persulfide dioxygenase …

Terpen‐Zyklasen bergen enormes synthetisches Potenzial, da sie in der Lage sind,
komplexe Kohlenwasserstoffgerüste aus achiralen Ausgangsstoffen in einer einzigen …

Asymmetric catalysis has witnessed paramount lessons from terpene cyclase enzymology
such as the ability to control dynamic carbocations or cationic cyclization cascades. In …

Artificial lipid bilayers have been extensively studied as models that mimic natural
membranes (biomimetic membranes). Several attempts of biomimetic membranes inserting …

ACCESSING NATURE’S TERPENOME BY SQUALENE-HOPENE CYCLASE MEDIATED
ASYMMETRIC CATIONIC CYCLIZATION CASCADES Page 1 ACCESSING NATURE’S …

Membrane proteins are key constituents of the proteome of cells but are poorly
characterized, mainly because they are difficult to solubilize. Proteome analysis involves …

We have studied the translational migration of a monotopic membrane protein, the bacterial
sulfide quinone reductase (SQR) in supported n-bilayers (1≤n\lesssim500 1≤ n≲ 500) …

Fluorescence techniques present a useful and novel method to study fixed and living cells
because of its adjustability, specificity, and high sensibility. Fluorescence techniques can …