Gene disruption frequently produces no phenotype in the model plant Arabidopsis thaliana, complic... more Gene disruption frequently produces no phenotype in the model plant Arabidopsis thaliana, complicating studies of gene function. Functional redundancy between gene family members is one common explanation but inadequate detection methods could also be responsible. Here, newly developed methods for automated capture and processing of times series of images, followed by computational analysis employing modified linear discriminant analysis (LDA) and wavelet-based differentiation were employed in a study of mutants lacking the Glutamate Receptor-Like 3.3 gene. Root
Gene disruption frequently produces no phenotype in the model plant Arabidopsis thaliana, complic... more Gene disruption frequently produces no phenotype in the model plant Arabidopsis thaliana, complicating studies of gene function. Functional redundancy between gene family members is one common explanation but inadequate detection methods could also be responsible. Here, newly developed methods for automated capture and processing of times series of images, followed by computational analysis employing modified linear discriminant analysis (LDA) and wavelet-based differentiation were employed in a study of mutants lacking the Glutamate Receptor-Like 3.3 gene. Root
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Papers by Tessa Brooks