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A strain and a method for high throughput of sugar for microbial conversion into organic synthesis products

By decoupling cell growth and productivity of biosynthesis the new method and associated Escherichia coli strain allow for an increase in productivity by a factor two to three.
This could not only be interesting for pharma industry, e.g. by increasing the capacity of insulation production, but for biotechnological synthesis of succinic acid as well. The demand for succinic acid as a component of plastics such as polyamides or polyesters is estimated to amount to 250,000 tons per year.

Targeting dormant HIV

Why wake up the virus? To better kill it, of course. A team from the University of Montreal Hospital Research Centre (CRCHUM) has taken an important step…

Method for joining hybrid material combinations

A new and cost saving method makes it possible to combine different components of any form. Manyfold material combinations such as carbon fiber composites and metals can be combined easily. With the material friendly technique high quality welding seams can be manufacured in a flexible manner without affecting the components global-thermally.

Monoclonal antibodies against biotinylated AP-tag / Avi Tag

Scientists at the University Göttingen developed a monoclonal antibody against a biotinylable peptid (Epitope-Tag) called AP-tag or Avi Tag. This small peptide served as a substrate mimic for biotin ligase (BirA). Anti-AP antibodies are useful tools in the analysis of AP-tag fusion proteins.

Rapid differentiation of fresh and thawed meat or fish by FTIR spectroscopy

A novel Fourier Transform Infrared (FTIR) spectroscopy based approach for rapid and reliable differentiation of fresh from frozen/thawed meat or fish. This fast and inexpensive high throughput technique represents a powerful tool to ascertain correct labeling of meat and fish.

Vorrichtung und Verfahren zur Bestimmung von elastischen Materialeigenschaften von Oberflächen und Böden

Gerät zur Messung von mechanischen Eigenschaften von Böden und Oberflächen, dass ohne Führungselemente auskommt, keine Sensoren für Weg oder Geschwindigkeit benötigt und Energierückgewinnung, Federkonstante, Kraftreduktion und Resonanzfrequenz misst.

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