Jinghua Bai scite author profile

The bacteriocin nisin was extracted in PEG/salt aqueous two-phase systems (ATPS) using the property that the systems can extract hydrophobic proteins. The concentrations of the phase-forming components, PEG 4000 and Na(2)SO(4), were optimized for nisin recovery by means of statistical experimental designs, and it was found that they strongly influenced nisin recovery. The optimal composition of ATPS was found to be 15.99% (w/w) PEG 4000 and 15.85% (w/w) Na(2)SO(4) (pH 2), and the optimal ATPS allowed an 11.60% increase of nisin recovery compared to the standard method of nisin assay.

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Ouyang

Bai

2000

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A fault-tolerant safety communication model based on dual ring bus

Yue

Gao

et al. 2010

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TaMPK2B, a member of the MAPK family in T. aestivum, enhances plant low-Pi stress tolerance through modulating physiological processes associated with phosphorus starvation defensiveness

et al. 2022

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Jinghua Bai

Optimization of a cultural medium for bacteriocin production by Lactococcus lactis using response surface methodology

Optimization of Conditions for Bacteriocin Extraction in PEG/Salt Aqueous Two‐Phase Systems Using Statistical Experimental Designs

Untitled

A fault-tolerant safety communication model based on dual ring bus

TaMPK2B, a member of the MAPK family in T. aestivum, enhances plant low-Pi stress tolerance through modulating physiological processes associated with phosphorus starvation defensiveness

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