Sentence examples for fungus cells from inspiring English sources

We incubated the fungus cells with GNR-SiO2 in order to explore whether GNR-SiO2 wattachedhed to C. neoformans.

Animal, plant, and fungus cells actually have tons in common when you compare them to Archaea! ○ Classifying human-made objects.

Back in the lab, they stuck fungus cells on top of lizardite samples and watched with special microscopic tools.

The DNA representing the relative number of fungus cells was quantified per plant cell from the infected rice tissues by calculating an infection ratio with the formula (N: Mgpot2/ N: Osubiquitin x 100) as described previously (Kawano et al 2010).

The disruption of ergosterol synthesis causes structural and functional changes in the fungal cell membrane, which predispose the fungus cells to damage.

Remarkably, five gene clusters represent an outstanding organization of box C/D snoRNA genes, which are well conserved among yeasts and multicellular fungi, implying their functional importance for the fungus cells.

Our study provides an important elucidation of cell wall composition of fractions in Paracoccidioides, opening a way to understand the fungus cell wall architecture.

The mycoparasitism of Trichoderma species enabled by appressoria-like structures to penetrate the target fungus cell wall (Chet, 1987) to contributes towards the development of biological control strategies (Harman et al., 2004).

Hence, the antifungal activity of the synthesized silver nanoparticles mainly depends on the reducing agent, synthesis method, capping agent, nature of fungus, cell membrane and also size of nanosilver [29, 30, 31, 32, 33].

For example, the expression of CHS (IGS057) (Figure 5V) and CYP99A1 (IGS030) (data not shown) that are associated phytoalexin biosynthesis in plants, and of chitinase 1 (spot 09) (Figure 5X) with the function of degrading fungus cell wall, was induced in both Wangshuibai and the mutant after infection, suggesting that they are involved in basal defense but not resistance.

Amphotericin B deoxycholate possesses fungicidal properties by interacting with the membrane sterol, increasing the permeability of the cell membrane and allowing leakage of the fungus cell components resulting to its death.