The GPS Lab and the LCP-A2MC were granted with the 2023 Franco-Portuguese Hubert Curien Partnership (‘Pessoa Program’).
This grant will promote personal exchanges between the labs of the two countries to address complex biological questions through grapevine metabolomics.
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What may happen when sea meets grapevine? Stay tuned for exciting research!
@Lemos_lab
@BioISI
@FC_UL
We have established a method for the analysis of fatty acids in grapevine leaves’ apoplastic fluid. We also point out a novel intracellular marker that may be used to assess apoplastic fluid purity.
See our most recent publication 🍇👩🔬
lnkd.in/dfU3MPmE
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First of 2023! Our study reveals the potential to use grapevine leaf fatty acids and lipid content as a phenotyping tool to distinguish downy mildew susceptibility or tolerance in grapevine breeding! :)
lnkd.in/dqaTfiJV
New paper out! 🍇 Focusing on grapevine apoplast we present the first in-planta proteome characterization P. viticola during interaction with susceptible and Rpv3-mediated resistance grapevine genotypes.
To know more 👇
rdcu.be/c0OK6 – at Odivelas, Portugal
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Did you knew that through MALDI-MS imaging we are able to locate metabolites that are specifically accumulated near to the pathogen infection areas? To know more 👇
doi.org/10.3389/fpls.2022.10…
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Warm welcome to our new Msc. Students Catarina Silva, Soraia Santos and João Pereira! Exciting research will be done! Stay tunned 😉
Grapevine serine and aspartic proteases well represented at @pp2022_lj 🍇🍷
New paper out!
We exploit the epigenetic regulation, particularly at the DNA methylation level in two Italian table grape cultivars with contrasting level of susceptibility to Plasmopara viticola.
doi.org/10.1111/ppl.13771
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Imaging Plasmopara viticola infection with our colleagues from the @BIOTOXLab 😋
@FC_UL
At a daily basis we use ARALAB chambers for our experiments. We have grapevine plants for the REVINE project experiments and Nicotiana plants for recombinant protein production ;)
@FC_UL
