- Synthesis of the phorboxazoles—potent, architecturally novel marine natural
- Pattenden was the first to use a carbohydrate starting material (d-xylose) in his synthesis of 1, and his utilization of the Julia olefination for the introduction of the polyene side chain was adopted by several subsequent synthetic approaches (Figure 5).
- Non-natural biomedical polymers produced from microorganisms
- Thus, in this research, the team introduced a heterologous pathway to produce glycolate from xylose and succeeded in developing the recombinant E. coli producing PLGA and various novel copolymers much more efficiently. In order to produce PLGA by ...
- Studies on novel HIF activators, A-503451s. I. Producing organism
- The temperature range for growth was from 14 to 45 °C. Growth occurs in media with 0% up to 3% sodium chloride. Starch, casein and gelatin were degraded.
- Boosting efficacy of xylanases
- Arabinose residues might even be substituted by ferulic acid or even more complex side chains including (feruloylated) arabinofuranose, xylose, galactose and a-glucuronic acid. The arabinose:xylose ratio and the content of no-, mono and di-substituted ...
Xylose is described in multiple online sources, as addition to our editors' articles, see section below for printable documents, Xylose books and related discussion.
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