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The growth of the microbial cells was monitored by measuring the optical density, OD, at 660 nm.
After 48 h growth incubation, >40 % of microbial cells was found to survive and form colonies after UV treatment.
A term related to the rate of growth of microbial cells was added to the kinetic model.
Bioflocculant production by entrapped and adsorbed immobilized microbial cells was performed using different techniques and revealed enhancement in the activity in particular with pumice adsorption.
It was clear that the biodegradation activity of microbial cell/Fe3O4 biocomposites increased gradually during the recycling processes, which may be due to that more microbial cells was immobilized by Fe3O4 nanoparticles with the microbial cell growth and reproduction.
In this step, the large metagenomic fraction consisting of microbial cells was caught on the filter (microbiomes) and the filtrate was the small metagenomic fraction (viromes).
Similar(51)
Microbial cells are attractive biorecognition elements for electrochemical biosensing applications.
The cell walls of microbial cells are made up of polysaccharides, lipids and proteins.
Enzymes and microbial cells are increasingly being used for a variety of biochemical transformations.
This is due to the fact that microbial cells are excellent systems for enzyme production.
(1)The microbial cells are capable of transferring the electron to diffusible mediators.
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