A scientific review of 202 published studies evaluates how advanced fractionation pretreatments, genetic engineering tools, and integrated biorefinery models can ...
A systematic review indicates that invasive and fast-growing plant species provide viable lignocellulosic feedstocks for sustainable nanocellulose production across packaging, ...
A comprehensive scientific review outlines how xylooligosaccharides derived from agricultural residues modulate host gut microbiomes and details biochemical criteria for ...
A new review details how engineered biosensors, bioremediation microbes, and biomanufacturing platforms are being deployed to detect pollutants, restore contaminated ...
Transcriptomics integrated with a genome-scale metabolic model identified AGC1 and PAS_chr3_0834 as effective ferulic acid tolerance targets in engineered Komagataella ...
A new review finds that a single alkaline pretreatment can convert agricultural waste into both water-purifying bioadsorbents and cellulose precursors ...
A new review details how agricultural and forestry waste can be converted into high-value nanocellulose, while warning that energy demand, ...
An optimized alkali pretreatment, enzymatic saccharification, and three-yeast co-culture process converted sugarcane tops into bioethanol with 97 percent fermentation efficiency ...
A laboratory study found that pretreating fresh potato peel waste without drying conserved about 80 percent of freshwater and yielded ...
Engineered E. coli converted shrub willow hydrolysate into the bioplastic PHB, with pretreatment at 180 degrees Celsius, yeast extract supplementation, ...
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