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Crystal Sparks
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Host, Crystal Sparks's Podcast
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Reformed Theology Religion On again and off again food blogger. Current Events
Content
Function of Cytochrome P450 CYP72A1182 in Metabolic Herbicide Resistance Evolution in Amaranthus palmeri Populations
By Anita Küpper, Crystal Sparks, Jacob Montgomery, Falco Peter| bioRxiv@ AbstractEvolution of metabolic herbicide resistance is a major issue for weed management. Few genes and regulatory mechanisms have been identified, particularly in dicotyledonous weed species. We identified putative causal genes and regulatory mechanism for tembotrione-resistance in Amaranthus palmeri. Cytochrome P450 candidate genes were identified through RNA-seq analysis. We validated their functions using heterologous expression in S. cerevisae. Promoters of the candidate P450 genes were analyzed.
CYTOCHROME P450 CYP72A219 IS INVOLVED IN EVOLUTION OF METABOLIC RESISTANCE TO TEMBOTRIONE IN Amaranthus palmeri POPULATIONS
By Anita Küpper, Jacob Montgomery, Falco Peter, Crystal Sparks| bioRxiv@ AbstractEvolution of metabolic herbicide resistance is a major issue for weed management. Few genes and regulatory mechanisms have been identified, particularly in dicotyledonous weed species. We identified putative causal genes and regulatory mechanism for tembotrione-resistance in Amaranthus palmeri. Cytochrome P450 candidate genes were identified through RNA-seq analysis. We validated their functions using heterologous expression in S. cerevisae.
Function of Cytochrome P450 CYP72A1182 in Metabolic Herbicide Resistance Evolution in Amaranthus palmeri Populations
By Anita Küpper, Crystal Sparks, Jacob Montgomery, Falco Peter| bioRxiv@ AbstractEvolution of metabolic herbicide resistance is a major issue for weed management. Few genes and regulatory mechanisms have been identified, particularly in dicotyledonous weed species. We identified putative causal genes and regulatory mechanism for tembotrione-resistance in Amaranthus palmeri. Cytochrome P450 candidate genes were identified through RNA-seq analysis. We validated their functions using heterologous expression in S. cerevisae. Promoters of the candidate P450 genes were analyzed.
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