… through microbial fermentation or enzymatic hydrolysis by microorganisms or enzymes (…
biomass) are used for the production of oligosaccharides by fecal bacterial enzymes (Table 4). …

… These factors and environmental concerns have created a strong interest in the capitalization
of microorganisms and microbial biocatalysts in D -arabitol synthesis. Using microbial …

… be fermented by genetically engineered microorganisms to create products for different
industries. Examples of the product categories shown include bioethanol, … In this perspective, we …

… The future development challenges and prospects of … large quantities for bioethanol production
is agricultural residues … highly efficient engineered microbes for biofuel production and it …

… content can be fermented for bioethanol production, while the protein and mineral fractions
of the waste are also important to support the growth of fermenting microbes. Matsakas et al. (…

… of the sugarcane-based bioethanol industry is critically … technologies and opportunities for
sustainable technological … , feeding regime, and microbial community involved. These are the …

… biomass to produce biofuels (bioethanol, biobutanol, biodiesel) … on fermenting microorganisms
and eventually affect production … the future directions for improving CBP prospects in this …

… prominent opportunities involved in microbial conversion into … key challenges and trends
for future insights into developing … and red algal biomass for bioethanol production, and the …

… economic and renewable substrate for biohydrogen production. Although there are many …
pretreatment technology, microbial fermentation (mixed substrate and co-culture fermentation), …

… microorganisms used for LA production are listed in Table 1. The selection of microorganisms
… such as bioethanol, PLA, and biopolyethylene (bio-PE). Carbon sources used in the …