Sentence examples for microbial cells has from inspiring English sources

The usefulness of a new 460 nm light source for fluorescence measurements of dry microbial cells has been demonstrated.

A method to measure soil-EPS (the biofilm exclusive of microbial cells) has not yet been described.

Its ability to efficiently discriminate and quantify multiple parameters of microbial cells has made it a powerful tool to catalog the mechanism of action of antimicrobial peptides (AMPs) on target cells.

Whole genome amplification and sequencing of single microbial cells has significantly influenced genomics and microbial ecology by facilitating direct recovery of reference genome data.

Enzyme production in microbial cells has been limited to secreted enzymes or intracellular enzymes followed by expensive down stream processing.

Recently, metabolic engineering studies on the rational design of amino acid-producing microbial cells have been successfully conducted.

Biotransformations using enzymes and whole microbial cells have been used for centuries to produce foods and beverages.

Progress in applying AFM imaging to microbial cells have been slower due essentially to difficulties associated with sample preparation and imaging conditions.

In particular, advances in experimental methods to map regulatory networks in microbial cells have allowed reliable data-driven reconstruction of these networks.

Although changes of electrical signatures associated with the introduction of microbial cells have been observed [52], no clear evidence of microbial effect was observed during phase II when the microbial activity was stimulated with molasses.

As a result of the microbiological investigations it was shown that the total number of microbial cells have been in the same range of quantities as at the upper, younger horizons and varied from 1.3 · 102 up to 9.6 · 102 cl/ml.