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Table 2 C albicans biomass correlates with biofilm-related gene expression

From: Biofilms formed by Candida albicans bloodstream isolates display phenotypic and transcriptional heterogeneity that are associated with resistance and pathogenicity

4 h Correlationsa ALS3 EAP1 CPH1 SAP5 PLB1 CDR1 ZAP1
CV Rho= .529 * .608 ** .534 * .539 * .483 * .647 ** .515 *
  p = .029 .010 .027 .026 .050 .005 .035
ALS1 Rho= .240 .529 * .542 * .336 .608 ** .382 .250
  p = .353 .029 .025 .188 .010 .130 .333
ALS3 Rho= 1.000 .385 .708 ** .544 * .593 * .779 ** .365
  p =   .127 .001 .024 .012 .000 .149
ALS5 Rho= .229 .538 * .644 ** .607 ** .681 ** .145 .214
  p = .378 .026 .005 .010 .003 .579 .410
EAP1 Rho= .385 1.000 .544 * .490 * .860 ** .537 * .279
  p = .127   .024 .046 .000 .026 .277
HWP1 Rho= .868 ** .338 .821 ** .571 * .532 * .615 ** .201
  p = .000 .184 .000 .017 .028 .009 .439
MNN4 Rho= .350 .554 * .645 ** .537 * .672 ** .493 * .309
  p = .168 .021 .005 .026 .003 .045 .228
PMR1 Rho= .333 .635 ** .527 * .534 * .784 ** .233 .377
  p = .191 .006 .030 .027 .000 .368 .135
BCR1 Rho= .262 .250 .539 * .566 * .485 * .306 .522 *
  p = .309 .333 .026 .018 .048 .232 .032
CPH1 Rho= .708 ** .544 * 1.000 .833 ** .748 ** .547 * .321
  p = .001 .024   .000 .001 .023 .209
EFG1 Rho= .257 .520 * .576 * .645 ** .605 * .409 .392
  p = .319 .033 .016 .005 .010 .103 .119
TUP1 Rho= .713 ** .397 .397 .463 .544 * .684 ** .444
  p = .001 .115 .115 .061 .024 .002 .074
SAP1 Rho= .356 .523 * .794 ** .744 ** .730 ** .251 .413
  p = .160 .031 .000 .001 .001 .332 .100
SAP2 Rho= .091 .554 * .478 .417 .654 ** .172 .292
  p = .729 .021 .052 .096 .004 .510 .256
SAP5 Rho= .544 * .490* .833** 1.000 .676 ** .395 .539 *
  p = .024 .046 .000   .003 .117 .026
SAP6 Rho= .371 .772 ** .637 ** .627 ** .869 ** .320 .284
  p = .143 .000 .006 .007 .000 .211 .269
PLB1 Rho= .593 * .860 ** .748 ** .676 ** 1.000 .532 * .434
  p = .012 .000 .001 .003   .028 .082
CDR1 Rho= .779 ** .537 * .547 * .395 .532 * 1.000 .262
  p = .000 .026 .023 .117 .028   .309
ZAP1 Rho= .365 .279 .321 .539 * .434 .262 1.000
  p = .149 .277 .209 .026 .082 .309  
  1. *Correlation is significant at the 0.05 level (2-tailed), ** Correlation is significant at the 0.01 level (2-tailed).
  2. a. List wise N = 17.
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BMC Microbiology

ISSN: 1471-2180

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