In tissue culture of Lilium, the standard initiation procedure brought about substantial contamination in two ways. (1) When scales were detached from the mother bulb, microorganisms could enter via the wound. This source of contamination was strongly enhanced by the negative hydrostatic pressure within the scales by which nonsterile fluid was sucked up at detachment. Contamination decreased strongly when the scales were detached from bulbs submerged in 0.03% NaClO. Evidence is presented that this type of contamination was endogenous, i.e., localized in the interior of the explant. (2) During the rinsing of scales after surface-sterilization, the rinsing water became contaminated with microorganisms associated with the scales that had not b...
The strains of bacteria Paenibacillus glucanolyticus, Curtobacterium pusillum and Methylobacterium e...
The micropropagation of Lilium longiflorum requires adequate equipment which may not be afforded by ...
Decontamination protocols in seaweeds are essential tools for ecophysiological studies in laboratory...
In tissue culture of Lilium, the standard initiation procedure brought about substantial contaminati...
Many geophytes have a high ornamental value. They are preferably propagated by micropropagation beca...
In vitro cultures of leafy liverworts are still facing significant challenges due to high-level of e...
The aerial parts of plants are covered by the cuticle, a skin containing among others waxes. The cut...
The plant tissue culture is the growing of plant cells, tissues or organs on artificial nutrient med...
In vitro culture gametophytes of leafy liverworts often have problems in their sterilization process...
Microbial contamination causes serious damage in plant tissue culture, and attention is always being...
Microalgae are versatile sources of bioproducts, a solution for many environmental problems. However...
Lilium candidum L. is a species which grows in the South West Anatolia region of Turkey. It is a bul...
Plants are characterized by a negative hydrostatic pressure, brought about by transpiration and by c...
Microbial contamination is the most important reason for losses in both scientific and commercial mi...
The potential high yields of Eucalyptus shoot multiplication achieved with a temporary immersion cul...
The strains of bacteria Paenibacillus glucanolyticus, Curtobacterium pusillum and Methylobacterium e...
The micropropagation of Lilium longiflorum requires adequate equipment which may not be afforded by ...
Decontamination protocols in seaweeds are essential tools for ecophysiological studies in laboratory...
In tissue culture of Lilium, the standard initiation procedure brought about substantial contaminati...
Many geophytes have a high ornamental value. They are preferably propagated by micropropagation beca...
In vitro cultures of leafy liverworts are still facing significant challenges due to high-level of e...
The aerial parts of plants are covered by the cuticle, a skin containing among others waxes. The cut...
The plant tissue culture is the growing of plant cells, tissues or organs on artificial nutrient med...
In vitro culture gametophytes of leafy liverworts often have problems in their sterilization process...
Microbial contamination causes serious damage in plant tissue culture, and attention is always being...
Microalgae are versatile sources of bioproducts, a solution for many environmental problems. However...
Lilium candidum L. is a species which grows in the South West Anatolia region of Turkey. It is a bul...
Plants are characterized by a negative hydrostatic pressure, brought about by transpiration and by c...
Microbial contamination is the most important reason for losses in both scientific and commercial mi...
The potential high yields of Eucalyptus shoot multiplication achieved with a temporary immersion cul...
The strains of bacteria Paenibacillus glucanolyticus, Curtobacterium pusillum and Methylobacterium e...
The micropropagation of Lilium longiflorum requires adequate equipment which may not be afforded by ...
Decontamination protocols in seaweeds are essential tools for ecophysiological studies in laboratory...