Publications by authors named "Nathalie Mailhac"

In most vineyards worldwide, agents of grapevine trunk diseases represent a real threat for viticulture and are responsible for significant economic loss to the wine industry. The conventional microbiological isolation technique used to diagnose this disease is tedious and frequently leads to false negatives. Thus, a dire need exists for an alternative method to detect this disease.

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Article Synopsis
  • Grapevines are vulnerable to various fungal pathogens, particularly Phaeomoniella chlamydospora and Phaeoacremonium aleophilum, which cause tracheomycosis.
  • A new DNA extraction procedure for grapevine woody tissue has been developed and found effective for quantitative analysis.
  • The study highlights a high contamination rate of these fungi in nursery young vines, suggesting they are significant soil-borne pathogens that impact plant health.
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Plants, animals, and several branches of unicellular eukaryotes use programmed cell death (PCD) for defense or developmental mechanisms. This argues for a common ancestral apoptotic system in eukaryotes. However, at the molecular level, very few regulatory proteins or protein domains have been identified as conserved across all eukaryotic PCD forms.

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