Sentences with phrase «of hyphae»

They discovered that yeast cells were ruptured and even died due to the damage inflicted by cloves, but even better news was that they discovered that cloves almost entirely prevented the production of hyphae by candida albicans.

An Armillaria individual consists of a network of hyphae, he explains.

Not exact matches

Organic matter does this either by «gluing» soil particles together or creating favorable living conditions for soil microorganisms, which in turn can «glue» soil particles together through production of various organic compounds such as glomalin or by the action of fungal hyphae (Sylvia et al., 2005).

The fungi live in plant roots where they elongate their tendrils (called hypha) into the surrounding soil, like an extension of the root system, to better access and transfer nutrients to the plant.

Not only were the walls of the tunnels littered with hyphae, the equivalent of fungal roots, but they also were covered with a cementing mineral.

Specialized threads (hyphae, pink), called conidiophores, end in bunches of spores (conidia, yellow), the fungal reproductive units.

By extension, it designates the entire fungus producing the fruiting body of such appearance, the former consisting of a network (called the mycelium) of filaments or hyphae.

«In the fine liquid film surrounding the hyphae, bacteria can move with much greater speed and direction and cover more distance than in soil water without hyphae,» says Tom Berthold, first author of the study and a doctoral researcher at the UFZ Department of Environmental Microbiology.

The fungal network (mycelium) also provides bacteria with an excellent infrastructure: there may be hundreds of metres of fungal hyphae winding through just one gram of soil.

When colonising a plant, the beneficial fungus blooms within individual plant cells, growing thin tendrils called hyphae that extend into surrounding soil and pump minerals and nutrients straight into the heart of plant cells.

Microscopic image showing the spores and hyphae of «friendly» arbuscular mycorrhizal fungus interacting with a plant root.

Figure 1: Hyphae of a wood - decaying fungus found growing on the underside of a fallen log.

Seed fill in seeds stored in the sediment seed bank at CLG declined from 100 % (prior to burial) rapidly to c. 20 % after 6 months (Fig. 4), with high levels of fungal attack (abundant hyphae were observed) resulting in many seeds rotting during burial.

It is these hyphae that are know to penetrate the walls of the small intestine and are known to contribute to an increase in intestinal permeability (leaky gut syndrome).

(Hyphae are branching filaments that extend out from the cells of candida albicans and other fungi and can penetrate tissues in the body).

Pseudohyphae and hyphae can be seen in the blood of individuals with cancer and autoimmune diseases.

Organic matter does this either by «gluing» soil particles together or creating favorable living conditions for soil microorganisms, which in turn can «glue» soil particles together through production of various organic compounds such as glomalin or by the action of fungal hyphae (Sylvia et al., 2005).