Freeze drying process has different applications including pharmaceutical products, foodstuffs (whose organoleptic properties are important and have to be maintained) and other industrial bioproducts (conservation of living microorganism, dehydration or concentration of heat labile).
Replacing maltose hydrolysis with phosphorolysis increased the anaerobic biomass yield on maltose in anaerobic maltose-limited chemostat cultures by 26%, thus demonstrating the potential of phosphorolysis to improve the free-energy conservation of disaccharide metabolism in industrial microorganisms.
Their conservation in all cyanobacterial species, arguably the most diverse group of microorganisms, suggests that over evolutionary time periods losing them is detrimental.
Under anaerobic conditions, lactic acid fermentation takes place; due to a production of acids, the pH value decreases and leads to inhabitation of spoilage microorganisms, and a conservation of the material is achieved.
Amino acid sequence analyses suggested the YS0810CAT was a new protein, in spite of the conservation of the catalase structures in the microorganisms.
In this procedure, the governing equations of radiation distribution, mass conservation, momentum conservation, and species mass conservation are solved together in order to determine the radiant energy field, velocity field, and the concentration profile of microorganisms at steady state conditions.
Two significant parameters, for conservation, are not studied in this research; the humidity distribution inside the walls [3] and the presence of microorganisms like fungi, bacteria, yeast, moss and also anaerobic organisms [4], both related to microclimatic conditions and necessary in a conservation project.
The model includes equations expressing conservation of total mass, momentum, thermal energy, nanoparticles, microorganisms, and oxygen.
All these studies clearly demonstrate that specialized microorganisms are threatening the conservation of human remains and related materials, and that high concentrations of air-borne fungal spores may even pose a potential health risk for visitors (Piñar et al. 2013b).
His lab has invented techniques that rewrite the metabolisms of microorganisms.
