Happy to share some of my PhD work recently published in Virus Research!
In this study titled “Efficacy assessment of antiretroviral drugs against equine infectious anemia virus in vitro »
https://t.co/McUdE4CRxY…
@RegionNormandie#normandieequinevallee#EIAV#virology#PhD
Thank you @SFMicrobiologie to gave us the opportunity to present our works!
Merci à la @SFMicrobiologie de nous avoir permis de présenter nos travaux lors du congrès de Lille!
I am very pleased to share my first PhD paper, where we studied the diverse roles of O2-reductases of C. difficile in presence of various physiological O2 tensions and the associated regulation. Thanks @ALotoux@Cyril_Anjou @KintNicolas @MorvanClaire2 https://t.co/WhBxX0yUGD
I finally got around to testing HERRO (https://t.co/irsWGnjpT2), the new @nanopore read correction algorithm which takes simplex ONT reads to PacBio-HiFi-level accuracy.
I was impressed! Findings are on my blog in a two-part post:
https://t.co/unWf7fIMFS
https://t.co/yEllyimky8
Bacteremia is a public health concern and its management is limited. @PierreLeBury et al. summarizes the factors involved in bacterial survival and proliferation in the bloodstream that could be targeted by future therapies.
#FEMSMicrobiolRev
https://t.co/9umDTsRWtE
Sedentary chromosomal integrons (SCIs) are biobanks of anti-phage defence systems! In a huge collaboration with the @amazeld lab, we showed that these flexible genetic platforms encode known defences and further discovered 16 new systems. A thread (1/n)
https://t.co/OpWbGT45vp
Introducing Genome Explorer! 🧬A browser that provides nearly instantaneous scaling and traversing of a genome, enabling users to quickly and easily zoom into an area of interest. Learn more about the tool and its capabilities in @mSystemsJ: https://t.co/JLj9jPqIww
What if we could universally recombine, insert, delete, or invert any two pieces of DNA?
In back-to-back @Nature papers, we report the discovery of bridge RNAs and 3 atomic structures of the first natural RNA-guided recombinase - a new mechanism for programmable genome design
What are the various roles of Thioredoxin systems in bacterial physiology?
How did this ancestral system evolve among time?
Two of the questions that we tried to answer in our review that just came out!
https://t.co/Plmfv3xQ1V
The first participant to the @ANRS_Rhiviera 02 clinical trial has been recruited. The question explored: will a combination of broadly HIV neutralizing antibodies+ART, administered early after infection, faciliate HIV control without ART one year later?
https://t.co/NDdreqNMpM
🔥 Finally!
Just launched the R color palette finder 🚀
🎨 Explore 2500+ palettes, see them in action, get the ggplot2 code.
➡️ https://t.co/ry2FLy0KMT
🙏 @joseph_barbier and @Emil_Hvitfeldt for the paletteer package!
Useful? Bug? Feature request? Let me know!
Thrilled to have participated in the omics analysis of very peculiar Yersinia enterocolitica clinical isolates, evolving for 14 years in a chronically infected patient under antibiotic treatment!
Check our preprint here 👇
Very excited to share our review on bacterial survival in the blood, encompassing complement, immune cell, and nutritional immunity subversion, as well as regulation mechanisms and a unique meta-analysis of metabolic requirement for blood proliferation!
https://t.co/nXWcDPaf7m
🌈 Pour le #MoisDesFiertés, l’Institut Pasteur s’engage plus que jamais en faveur de la diversité et de l’inclusion.
Notre logo brille aux couleurs de l'arc-en-ciel 🌈
Nos engagements #DiversitéEtInclusion ↘️https://t.co/lgrCMMkYcF
1/2
We are excited to announce that our paper "Multiple Introductions of Yersinia pestis during Urban Pneumonic Plague Epidemic, Madagascar, 2017" is finally out 👇🏻
https://t.co/tneKQAmDlP
Congrats to Cyril and all the collaborators 🥳