<p>The independent variables are: (1) species (<i>A. aetherea</i>, <i>C. moluccensis</i> and <i>L. blanda</i>) and (2) treatment (HP, LP or NP).</p
<p>Significance of the differences between the fertilization and control treatment were determined t...
<p>Frequencies of amino acid substitutions with the highest variability during sequential treatment ...
<p>Multivariate analysis of variance by three-way ANOVA of the sum of all PLFAs, Gram-negative bacte...
<p>The independent variables are (1) species (<i>A. aetherea</i>, <i>C. moluccensis</i> and <i>L. bl...
<p>* Amino acids in bold with a contribution% greater than 0.1 were chosen for the model in ANOVA.</...
<p>Result of Analysis of Molecular Variance (AMOVA) comparing the six sampling groups and the three ...
<p>Treatments = high protein (HP), low protein (LP) and no protein (NP) food for 10 days.</p
<p>Results of Analysis of Molecular Variance (AMOVA, cpDNA/nSSR) of <i>C</i>. <i>multipinnata</i>.</...
<p>AMOVAs were performed for: i) two groups within <i>L. montandoni</i>; ii) two species (excluding ...
Thirty species of flowering plants were analyzed for floral nectar amino acid composition. High-perf...
<p>Analysis of molecular variance (AMOVA) for different fungus populations according to the evaluate...
<p>Correlations between permissive and non-permissive hosts of <i>Candidatus</i> Liberibacter asiati...
Abstract—Thirty species of flowering plants were analyzed for floral nectar amino acid composition. ...
a<p>Values shown are the P values resulting from analysis of variance using distance matrices (adoni...
<p>Analyses of molecular variance (AMOVA) with the host species, chemotype of the host and geographi...
<p>Significance of the differences between the fertilization and control treatment were determined t...
<p>Frequencies of amino acid substitutions with the highest variability during sequential treatment ...
<p>Multivariate analysis of variance by three-way ANOVA of the sum of all PLFAs, Gram-negative bacte...
<p>The independent variables are (1) species (<i>A. aetherea</i>, <i>C. moluccensis</i> and <i>L. bl...
<p>* Amino acids in bold with a contribution% greater than 0.1 were chosen for the model in ANOVA.</...
<p>Result of Analysis of Molecular Variance (AMOVA) comparing the six sampling groups and the three ...
<p>Treatments = high protein (HP), low protein (LP) and no protein (NP) food for 10 days.</p
<p>Results of Analysis of Molecular Variance (AMOVA, cpDNA/nSSR) of <i>C</i>. <i>multipinnata</i>.</...
<p>AMOVAs were performed for: i) two groups within <i>L. montandoni</i>; ii) two species (excluding ...
Thirty species of flowering plants were analyzed for floral nectar amino acid composition. High-perf...
<p>Analysis of molecular variance (AMOVA) for different fungus populations according to the evaluate...
<p>Correlations between permissive and non-permissive hosts of <i>Candidatus</i> Liberibacter asiati...
Abstract—Thirty species of flowering plants were analyzed for floral nectar amino acid composition. ...
a<p>Values shown are the P values resulting from analysis of variance using distance matrices (adoni...
<p>Analyses of molecular variance (AMOVA) with the host species, chemotype of the host and geographi...
<p>Significance of the differences between the fertilization and control treatment were determined t...
<p>Frequencies of amino acid substitutions with the highest variability during sequential treatment ...
<p>Multivariate analysis of variance by three-way ANOVA of the sum of all PLFAs, Gram-negative bacte...
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