Presentation is loading. Please wait.

Presentation is loading. Please wait.

TEM on spore section of strain ATCC 9714.

Published byWidyawati Sudirman Modified over 5 years ago

Similar presentations

Presentation on theme: "TEM on spore section of strain ATCC 9714."— Presentation transcript:

1 TEM on spore section of strain ATCC 9714.
TEM on spore section of strain ATCC A transverse spore section is presented. Panel A is a magnified view of the left side of panel B. Panel C is a magnified view of the right side of panel B. Panel B shows the complete spore section. IEx, inner exosporial layer; OEx, outer exosporial layer; Ex, exosporium; IM, inner membrane; GCW, germ cell wall; Cx, cortex; OC, outer coat; IC, inner coat; UC, undercoat. A single layer each of IEx and OEx makes up the Ex. Bars, 0.1 µm. Rebecca Rabi et al. mSphere 2017; doi: /mSphere

Download ppt "TEM on spore section of strain ATCC 9714."

Similar presentations

Virulence of aggregate-forming and nonaggregate strains of Candida auris compared to C. albicans in Galleria mellonella larvae at 30°C (upper panel) and.

Virulence of aggregate-forming and nonaggregate strains of Candida auris compared to C. albicans in Galleria mellonella larvae at 30°C (upper panel) and.
Submitochondrial localization of mitofilin using quantitative immunoelectron microscopy. Submitochondrial localization of mitofilin using quantitative.

Submitochondrial localization of mitofilin using quantitative immunoelectron microscopy. Submitochondrial localization of mitofilin using quantitative.
ΔsimA yeast cells appear degraded in vivo.

ΔsimA yeast cells appear degraded in vivo.
(A to G) TEM on negatively stained whole spores of C

(A to G) TEM on negatively stained whole spores of C
Putative ammonia transporters are not required for ammonia release during N-acetylglucosamine pH neutralization. Putative ammonia transporters are not.

Putative ammonia transporters are not required for ammonia release during N-acetylglucosamine pH neutralization. Putative ammonia transporters are not.
Dibutyryl cAMP does not rescue staurosporine-induced filamentation of a cyr1Δ/cyr1Δ mutant. Dibutyryl cAMP does not rescue staurosporine-induced filamentation.

Dibutyryl cAMP does not rescue staurosporine-induced filamentation of a cyr1Δ/cyr1Δ mutant. Dibutyryl cAMP does not rescue staurosporine-induced filamentation.
Growth characteristics of strain 22A and its MDH mutant derivatives.

Growth characteristics of strain 22A and its MDH mutant derivatives.
Spores of C. difficile imaged by TEM and SEM

Spores of C. difficile imaged by TEM and SEM
Ions representative of bronchial tissue (m/z 88

Ions representative of bronchial tissue (m/z 88
Reticulated regions comprise cells with heavily suberized walls.

Reticulated regions comprise cells with heavily suberized walls.
Size profile of viral small RNAs obtained from control cells and RIG-I- and MDA5-deficient (KO) cells after infection for 24 h with SINV at an MOI of 0.1,

Size profile of viral small RNAs obtained from control cells and RIG-I- and MDA5-deficient (KO) cells after infection for 24 h with SINV at an MOI of 0.1,
Cross-section of a spore of B. subtilis.

Cross-section of a spore of B. subtilis.
SEM images of S. aureus ATCC 700699 cells left untreated (A) or treated with polymyxin B (PMB; 99.5 mg/liter) (B), FADDI-019 (1× MIC) (C), FADDI-019 (4×

SEM images of S. aureus ATCC cells left untreated (A) or treated with polymyxin B (PMB; 99.5 mg/liter) (B), FADDI-019 (1× MIC) (C), FADDI-019 (4×
Staurosporine-induced filamentation requires Cyr1 and PKA

Staurosporine-induced filamentation requires Cyr1 and PKA
Gap2 is required for growth on phenylalanine as the sole source of nitrogen. Gap2 is required for growth on phenylalanine as the sole source of nitrogen.

Gap2 is required for growth on phenylalanine as the sole source of nitrogen. Gap2 is required for growth on phenylalanine as the sole source of nitrogen.
The ΔsimA strain shows less cellular proliferation during macrophage infection and ruptured yeast cells. The ΔsimA strain shows less cellular proliferation.

The ΔsimA strain shows less cellular proliferation during macrophage infection and ruptured yeast cells. The ΔsimA strain shows less cellular proliferation.
The pho4Δ mutant is less virulent than the WT strain in intranasal (A to C) and intravenous (D to F) models of cryptococcosis. The pho4Δ mutant is less.

The pho4Δ mutant is less virulent than the WT strain in intranasal (A to C) and intravenous (D to F) models of cryptococcosis. The pho4Δ mutant is less.
Spores of strain ATCC 9714 imaged by SEM (A), cryo-EM (B), and 3D-SIM (C and D) with spores labeled with lipid dyes DiO and FM 4-64FX (C) or DiO and spore-specific.

Spores of strain ATCC 9714 imaged by SEM (A), cryo-EM (B), and 3D-SIM (C and D) with spores labeled with lipid dyes DiO and FM 4-64FX (C) or DiO and spore-specific.
Growth of L. monocytogenes strains AL4E, AT3E, and 10403S, derivative cured strain AT3Epc, and conjugation strains 10403SpclpL and 10403SpPL2 displayed.

Growth of L. monocytogenes strains AL4E, AT3E, and 10403S, derivative cured strain AT3Epc, and conjugation strains 10403SpclpL and 10403SpPL2 displayed.
Individual genes exhibit distinct female-enriched expression patterns.

Individual genes exhibit distinct female-enriched expression patterns.

Similar presentations

Ads by Google