Weiqiang Cao
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View article: Experimental Study on Pullout Behavior of Coir Geotextiles Based on Transparent Soil
Experimental Study on Pullout Behavior of Coir Geotextiles Based on Transparent Soil Open
As green and low-carbon materials, coir geotextiles have a broad application prospect in soil strengthening. In order to clarify the interface characteristics of coir geotextiles, the pullout test is performed on coir geotextiles by using …
View article: Model tests on red clay foundation reinforced by coir geotextiles
Model tests on red clay foundation reinforced by coir geotextiles Open
Geosynthetics slowly degrade in soil, which may cause environmental problems in the future. Natural coir fibers are green, environmental-friendly, renewable, and have broad application prospects. Coir geotextiles were used to reinforce red…
View article: Improving cytosolic aspartate biosynthesis increases glucoamylase production in Aspergillus niger under oxygen limitation
Improving cytosolic aspartate biosynthesis increases glucoamylase production in Aspergillus niger under oxygen limitation Open
Background Glucoamylase is one of the most industrially applied enzymes, produced by Aspergillus species, like Aspergillus niger . Compared to the traditional ways of process optimization, the metabolic engineering strategies to improve gl…
View article: Global transcriptional response of Aspergillus niger in the process of glucoamylase fermentation
Global transcriptional response of Aspergillus niger in the process of glucoamylase fermentation Open
Background In the phase of oxygen limitation during Aspergillus niger fermentation, the cell growth decreased, while the yield of glucoamylase increased continuously and significantly. Explanation on the changes of transcriptome profile du…
View article: MOESM1 of Global transcriptional response of Aspergillus niger in the process of glucoamylase fermentation
MOESM1 of Global transcriptional response of Aspergillus niger in the process of glucoamylase fermentation Open
Additional file 1: Table S1. All differentially expressed genes in the process of glucoamylase fermentation.