Please use this identifier to cite or link to this item: http://hdl.handle.net/1783.1/76211

Microfluidics and microbial engineering

Authors Kou, Songzi HKUST affiliated (currently or previously)
Cheng, Danhui HKUST affiliated (currently or previously)
Sun, Fei View this author's profile
Hsing,I-Ming View this author's profile
Issue Date 2016
Source Lab on a Chip - Miniaturisation for Chemistry and Biology , v. 16, (3), February 2016, p. 432-446
Summary The combination of microbial engineering and microfluidics is synergistic in nature. For example, microfluidics is benefiting from the outcome of microbial engineering and many reported point-of-care microfluidic devices employ engineered microbes as functional parts for the microsystems. In addition, microbial engineering is facilitated by various microfluidic techniques, due to their inherent strength in high-throughput screening and miniaturization. In this review article, we firstly examine the applications of engineered microbes for toxicity detection, biosensing, and motion generation in microfluidic platforms. Secondly, we look into how microfluidic technologies facilitate the upstream and downstream processes of microbial engineering, including DNA recombination, transformation, target microbe selection, mutant characterization, and microbial function analysis. Thirdly, we highlight an emerging concept in microbial engineering, namely, microbial consortium engineering, where the behavior of a multicultural microbial community rather than that of a single cell/species is delineated. Integrating the disciplines of microfluidics and microbial engineering opens up many new opportunities, for example in diagnostics, engineering of microbial motors, development of portable devices for genetics, high throughput characterization of genetic mutants, isolation and identification of rare/unculturable microbial species, single-cell analysis with high spatio-temporal resolution, and exploration of natural microbial communities. © The Royal Society of Chemistry 2016.
ISSN 1473-0197
Language English
Format Article
Access View full-text via DOI
View full-text via Web of Science
View full-text via Scopus
Find@HKUST