Таким образом, на примере конверсии

Таким образом, на примере конверсии глюкозы в 5-HMF нами был успешно реализован новый тип углерод-нейтрального цикла (Схема 2, B): в отличие от общепринятого подхода (Схема 2, А), на стадии, предшествующей химической конверсии, была проведена функционализация исходного сахарсодержащего субстрата. Этот подход позволил повысить эффективность углерод-нейтрального цикла: увеличить селективность процесса конверсии углевода и облегчить процесс выделения продукта. Ожидается, что предложенная нами концепция докажет свою состоятельность при использовании в качестве сырья других наиболее доступных углеводных субстратов (моно-, олиго- и полисахаридных) и позволит с высокой степенью эффективности синтезировать из углеводной биомассы как известные низкомолекулярные продукты, так и биосоединения нового поколения.

Результаты (английский) 1:

Thus, for example, the conversion of glucose into 5-HMF us was successfully implemented a new type of carbon-neutral cycle (fig. 2, B): Unlike the generally accepted approach (Figure 2, a), before the chemical conversion was conducted source saharsoderzhashhego Functionalization of substrates. This approach has enhanced the efficiency of carbon-neutral cycle: to increase the selectivity of the process of conversion of carbohydrates and facilitate the process of product selection. It is expected that the proposed concept proves its validity when used as a raw material the other most available carbohydrate substrates (Mono-, oligo-and polisaharidnyh) and with a high degree of efficiency of the synthesized from carbohydrate biomass as a known low molecular weight products and biosoedinenija of the new generation.

Результаты (английский) 2:

Thus, for example glucose conversion to 5-HMF us a new type of carbon-neutral loop (Figure 2, B) has been successfully completed: in contrast to the conventional approach (Scheme 2, A) at the stage preceding the chemical conversion was conducted functionalization sugar-containing raw substrate. This approach has allowed to increase the effectiveness of carbon-neutral cycle: increase the selectivity of the process of conversion of carbohydrate and facilitate the recovery of the product. It is expected that we proposed concept proves its worth using as a raw material most other available carbohydrate substrates (mono-, oligo- and polysaccharide) and allow a high degree of efficiency of carbohydrate synthesized from biomass as the known low molecular weight products and biosoedineniya new generation.

Результаты (английский) 3:

thus, for example, the conversion of glucose to the 5 - HMF has successfully implemented a new type of carbon neutral cycle (figure 2 b), in contrast to the conventional approach (scheme 2) at the stage prior to chemical conversion was carried out сахарсодержащего operationalizing the source substrate. this approach made it possible to improve the efficiency of carbon neutral cycle, increase the selectivity of conversion of углевода and facilitate the process of the product. it is expected that our proposed concept will prove their worth when using as a raw material of the most accessible углеводных substrates (mono -, di - and олиго полисахаридных) and will with a high degree of effectiveness of synthesize of carbohydrates in the form of biomass known low molecular weight products and биосоединения new generation.