Presentation is loading. Please wait.

Presentation is loading. Please wait.

Susceptibility to hydrogen peroxide.

Published byAleksi Kähkönen Modified over 5 years ago

Similar presentations

Presentation on theme: "Susceptibility to hydrogen peroxide."— Presentation transcript:

1 Susceptibility to hydrogen peroxide.
Susceptibility to hydrogen peroxide. Cells of the indicated strains from cultures grown 4 h at 37°C after dilution from stationary phase were serially diluted 10-fold and plated on SD media containing hydrogen peroxide (H2O2) at the indicated concentration or subjected to 100 mM H2O2 in liquid SD medium and spotted at different times (indicated in minutes) onto YPD plates. Images were taken after 24 h of growth at 37°C. Elvira Román et al. mSphere 2019; doi: /mSphere

Download ppt "Susceptibility to hydrogen peroxide."

Similar presentations

Measuring Microbial Growth Lab 6. Measuring Cell Growth Number of Cells per milliliter of liquid –cells/ml Bacterial cultures contain millions of cells.

Measuring Microbial Growth Lab 6. Measuring Cell Growth Number of Cells per milliliter of liquid –cells/ml Bacterial cultures contain millions of cells.
Reactive oxygen species and membrane permeability assay.

Reactive oxygen species and membrane permeability assay.
Sgs1Δ103−322 physically interacts with Top3–Rmi1.

Sgs1Δ103−322 physically interacts with Top3–Rmi1.
Cg-OxyR controls catalase transcription, recovery from lag phase, survival to H2O2 stress, and H2O2 scavenging rate. Cg-OxyR controls catalase transcription,

Cg-OxyR controls catalase transcription, recovery from lag phase, survival to H2O2 stress, and H2O2 scavenging rate. Cg-OxyR controls catalase transcription,
Yeast NAR1 is an essential gene and cannot be replaced by its human homologues. Yeast NAR1 is an essential gene and cannot be replaced by its human homologues.

Yeast NAR1 is an essential gene and cannot be replaced by its human homologues. Yeast NAR1 is an essential gene and cannot be replaced by its human homologues.
Confirmation of pool data with isogenic culture

Confirmation of pool data with isogenic culture
Testing the iGM insertion module.

Testing the iGM insertion module.
Rom2 protein levels in the ccr4Δ, khd1Δ ccr4Δ, ccr4Δ mpk1Δ, and khd1Δ ccr4Δ mpk1Δ mutant strains. Rom2 protein levels in the ccr4Δ, khd1Δ ccr4Δ, ccr4Δ.

Rom2 protein levels in the ccr4Δ, khd1Δ ccr4Δ, ccr4Δ mpk1Δ, and khd1Δ ccr4Δ mpk1Δ mutant strains. Rom2 protein levels in the ccr4Δ, khd1Δ ccr4Δ, ccr4Δ.
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.
Robustness of the cellular system in sake yeast strains.

Robustness of the cellular system in sake yeast strains.
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.
The dicBF chromosomal locus and roles of DicF and DicB in cell physiology. The dicBF chromosomal locus and roles of DicF and DicB in cell physiology. (A)

The dicBF chromosomal locus and roles of DicF and DicB in cell physiology. The dicBF chromosomal locus and roles of DicF and DicB in cell physiology. (A)
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.
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.
Ras1 is a specific target of Ram1.

Ras1 is a specific target of Ram1.
Inhibitory effect of T-705, ribavirin, T-1105, and T-1106 on SFTSV replication in Vero cells. Inhibitory effect of T-705, ribavirin, T-1105, and T-1106.

Inhibitory effect of T-705, ribavirin, T-1105, and T-1106 on SFTSV replication in Vero cells. Inhibitory effect of T-705, ribavirin, T-1105, and T-1106.
Quiescence of the E. coli CFT073 original clinical isolate on glucose plates. Quiescence of the E. coli CFT073 original clinical isolate on glucose plates.

Quiescence of the E. coli CFT073 original clinical isolate on glucose plates. Quiescence of the E. coli CFT073 original clinical isolate on glucose plates.
Comparison of capsular polysaccharide production by AB307-0294 (wt) and AB307.70 (ΔbfmR). Comparison of capsular polysaccharide production by AB307-0294.

Comparison of capsular polysaccharide production by AB (wt) and AB (ΔbfmR). Comparison of capsular polysaccharide production by AB

Similar presentations

Ads by Google