… yield (by introducing pathways for the fermentation of pentoses by selected strains) is …
microbes do not meet the requirements for industrial production of second generation bioethanol. …

… bioethanol as the end product. This paper critically reviews the existing variance of second
generation bioethanol production … the importance of bioethanol production method selection, …

… The ever growing concerns about the impact of first generation bioethanol on food chain …
to second generation (2G) bioethanol technologies. The 2G-bioethanol's production relies on …

… and ethanol-producing microbes, both native and recombinant strains. Microorganisms such
… The choice of the pretreatment process varies with the type of feedstock due to difference in …

… for their glucose-fermenting power, stress tolerance, and the ability to metabolize pentose,
we can select a strain suitable for use as the chassis cell in lignocellulosic ethanol …

… second generation biofuel production using microbial fermentation; and suggest new areas
of investigation that should be pursued to make second generation biofuel production … strain …

… they are produced in situ by the selected microorganism(s). A small number of microbial …
made towards the genetic manipulation of the microbial strains used. Nevertheless, it is also …

… These strategies include the selection of a feedstock with a … Another possibility is the selection
of microorganisms with high … requires the development of engineered microbial strains that …

… The ethanol production by the selected thermotolerant yeast … their growth was lower than
that of the reference strain at 43 … were also analyzed for microbial identification confirmation at …

… selection, single nucleotide polymorphisms (SNPs) selection, … in identifying algae strains
suitable for biofuels applications [… produce a number of efflux pumps from sequenced bacterial …