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Titlebook: Real-Time Coaching and Pre-Service Teacher Education; Garth Stahl,Erica Sharplin,Benjamin Kehrwald Book 2018 Springer Nature Singapore Pte

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Garth Stahl,Erica Sharplin,Benjamin Kehrwaldprotection by bound L-glutamate, (b) protein aggregation, (c) trends in the content of total polar residues, total Asx + Glx residues, the average hydrophobicity, and (d) disulfide bond cross-linking. Such studies provide insights to molecular evolution occurring with changes in environmental stress
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the arachidonic acid metabolite (+)-leukotriene-B. Thus it has been demonstrated that microorganisms can be used to resolve bicyclo[3.2.0]heptenones, enhancing the usefulness of these compounds for the synthesis of a variety of chiral natural products.
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Garth Stahl,Erica Sharplin,Benjamin Kehrwald different conditions, the metabolic pathways of their biodegradation, genetic backgrounds and regulation of the bacterial aromatic hydrocarbon biodegradation, the potential applications of genetically-engineered bacterial degraders of phenolic hydrocarbons, and the possible obstacles of this applic
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Garth Stahl,Erica Sharplin,Benjamin Kehrwaldtation to climate change effects on nitrogen-footprint. Enzymes are affected by abiotic factors alterations driven by climate change but may alter their activity as a result of human actions, e.g. agricultural management practices affecting microbial populations. Enzymes may thus be a vehicle of bot
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Garth Stahl,Erica Sharplin,Benjamin Kehrwald clearly dominant, since electrons exchange during the biochemical reaction facilitates their interaction with electrodes. However, hydrolases can also be used, provided that an electroactive species participates in the reaction. In this review, we address the topic of enzyme-based biosensors, with
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