7 research outputs found

    Effect of BER on CW integrity mutants (a) serial dilution assay of calcineurin and MAP kinase pathway and <i>HSP90</i> gene deleted to evaluate BER MIC<sub>50</sub>, (b) end point comparative RTPCR of genes involved in CW integrity in WT <i>C. albicans</i> cells in presence and absence of BER, (c) and in <i>HSF1</i> conditional mutant lane indicates 1: WT, 2: HSF1 TET/hsf1, 3: HSF1/hsf1, 4,5,6,: +Doxy, 7,8,9 :+BER, 10, 11, 12: +Doxy+Ber.

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    <p>Effect of BER on CW integrity mutants (a) serial dilution assay of calcineurin and MAP kinase pathway and <i>HSP90</i> gene deleted to evaluate BER MIC<sub>50</sub>, (b) end point comparative RTPCR of genes involved in CW integrity in WT <i>C. albicans</i> cells in presence and absence of BER, (c) and in <i>HSF1</i> conditional mutant lane indicates 1: WT, 2: HSF1 TET/hsf1, 3: HSF1/hsf1, 4,5,6,: +Doxy, 7,8,9 :+BER, 10, 11, 12: +Doxy+Ber.</p

    BER treatment results in dysfunctional mitochondria (a) growth of <i>C. albicans</i> cells in non-fermentable carbon source (glycerol) in presence of BER (b) MTR labeling of the active mitochondria by FACS in <i>C. albicans</i> WT cells in presence and absence of BER, bar graph representing number of events gated (c) MTR labeling were also done in WT, <i>HSF1</i> conditional mutant and <i>HSF1</i> heterozygous strains in presence and absence of BER.

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    <p>BER treatment results in dysfunctional mitochondria (a) growth of <i>C. albicans</i> cells in non-fermentable carbon source (glycerol) in presence of BER (b) MTR labeling of the active mitochondria by FACS in <i>C. albicans</i> WT cells in presence and absence of BER, bar graph representing number of events gated (c) MTR labeling were also done in WT, <i>HSF1</i> conditional mutant and <i>HSF1</i> heterozygous strains in presence and absence of BER.</p

    Determination of endogenous ROS generation by BER and induction of apoptosis (a) (upper panel) bar graph representing relative fluorescent units when cells were treated with DCFDA in presence and absence of BER, AA is added to revert the ROS production, (lower panel) fluorescent microscopy images of WT <i>C. albicans</i> cells labeled with DCFDA, (b) Cytometric determination FITC Annexin V labeling in WT cells treated with BER.

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    <p>Determination of endogenous ROS generation by BER and induction of apoptosis (a) (upper panel) bar graph representing relative fluorescent units when cells were treated with DCFDA in presence and absence of BER, AA is added to revert the ROS production, (lower panel) fluorescent microscopy images of WT <i>C. albicans</i> cells labeled with DCFDA, (b) Cytometric determination FITC Annexin V labeling in WT cells treated with BER.</p

    <i>HSF1</i> conditional mutant is susceptible to various antifungal drugs (a) susceptibility WT, <i>HSF1</i> conditional mutant and <i>HSF1</i> heterozygous for BER (b) different classes of antifungal drugs; FLC, CAS, TRB, AMB, and their combination with BER, (c) CW perturbing agents; CFW, CR, SDS (d) TEM images of WT, <i>HSF1</i> conditional mutant and <i>HSF1</i> heterozygous in presence of BER.

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    <p><i>HSF1</i> conditional mutant is susceptible to various antifungal drugs (a) susceptibility WT, <i>HSF1</i> conditional mutant and <i>HSF1</i> heterozygous for BER (b) different classes of antifungal drugs; FLC, CAS, TRB, AMB, and their combination with BER, (c) CW perturbing agents; CFW, CR, SDS (d) TEM images of WT, <i>HSF1</i> conditional mutant and <i>HSF1</i> heterozygous in presence of BER.</p
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