PubMed · 11634047
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J Róziewicz. 1984. [Not Available].. https://pubmed.ncbi.nlm.nih.gov/11634047/
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The Mediterranean population of tomato leaf curl New Delhi virus (ToLCNDV-ES) is characterized by a high genetic uniformity, distinguishing it from its Asian counterparts. ToLCNDV-ES is thought to have a monophyletic origin, likely resulting from a single recombination event, prior to its spread throughout the Mediterranean region. Following its first detection in southeastern France in 2020, ToLCNDV-ES re-emerged in France in 2022. Our analysis based on advanced long-read sequencing, circular DNA profiling, and phylogeny indicates both local persistence of French ToLCNDV-ES and multiple independent introduction events. Signatures of positive selection were identified in French ToLCNDV-ES populations, whereas no clear evidence of recombination was found. Bayesian time-structured phylogenetic analyses suggest that introductions in France occurred between 2018 and 2021 from the major ToLCNDV-ES clade, while several Italian ToLCNDV-ES isolates diverged prior to the virus introduction in the Mediterranean basin. Overall, this study demonstrates the value of an optimized long-read sequencing approach for resolving circular DNA virus diversity, and sheds light on the complex evolutionary history of ToLCNDV-ES in the Mediterranean Basin, particularly in southeastern France.
A grade zero transfusion incident is defined as an inappropriate transfusion of blood component due to one or several failures without immediate clinical or biological consequences for the recipient. Two years after the setting up of the mandatory notification of these incidents, Afssaps haemovigilance unit performed a first descriptive national analysis of the data collected in years 2003 and 2004 at the national level. This analysis was based on one part on computarised e-Fit national database and on the other part on investigation results documents and additional surveys set up by the network professionals. From a quantitative point of view, this study reveals differences in notification as well as in the type of analysis from one region to another. Quantitatively, 45% of grade zero transfusion incidents correspond to attribution errors. The site of origin of grade zero incidents is for almost 73% linked to health establishment, clinical unit or hospital blood bank, and for almost 23% linked to blood establishment. Complete analysis has notably shown that 9% of the incidents are due to errors in blood component prescription. This descriptive analysis, which identifies recurrent failure and critical points originating from non-appropriated transfusions, should constitute the starting point of a reflection aiming at optimising and standardising methods of analysis of grade zero transfusion incidents and at elaborating suggestions to better control critical points.
Much data has been gathered by the EWGLINET scheme on the distribution of cases of travel-associated Legionnaires' disease (TALD) by country of infection, but less analysis has been carried out on the distribution of these cases within countries. Travel-associated cases with onset in 2002 linked to France, Italy, Spain and Turkey were mapped. Rates of Legionnaires' disease per 100,000 tourists were calculated for internal and foreign visitors for the regions of each country, and mapped. Rates of 1.5 cases/100,000 and 2 cases/100,000 tourists were classified as 'high' and 'very high' respectively. Cases of TALD were concentrated in certain regions, but when rates were calculated using tourist data, the results were relatively constant throughout each country. Rates were higher among foreign visitors than internal visitors; three of the countries had at least one region with 'high' rates, whilst Turkey additionally had three regions with 'very high' rates.