Grapevine-Pathogen Systems Lab

Science Faculty, University of Lisbon, Portugal. @FC_UL @BioISI Research group focused on the molecular mechanisms of grapevine-pathogen interaction.

[BIOTOX Lab @BIOTOXLab]

NEW PROJECT 🥳

The uRESTART project (502 080.08 €, Mar2030 funding) was just approved. This project aims to develop nature-based solutions using marine🌊 bacteria🦠to improve salt marsh restoration. Stay tuned!

@cienciasulisboa @MAREscience @BioISI @CE3CResearch @GPS_Lab

[BIOTOX Lab @BIOTOXLab]

Yesterday, we were at Agrifood Open Day'24 (@bgiaccelerator, @Food4Sustainab1, @EITFood), talking about how marine🌊microbes🦠can help solve the major threats in agriculture🚜.

▶️Available at: https://t.co/XWWKaw3PRy

@cienciasulisboa @MAREscience @BioISI @GPS_Lab @unisevilla

[Grapevine-Pathogen Systems Lab @GPS_Lab]

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.

[Grapevine-Pathogen Systems Lab @GPS_Lab]

@kaitlinmgold @VitisGen @PhytopathologyJ @FerRomeroGalvan Well done!!!

[Phytopathology® @PhytopathologyJ]

The Editor’s Pick from our latest issue has been picked up by nearly 70 news outlets so far! @FerRomeroGalvan et al. used an airborne instrument, developed at @NASAJPL, to detect nonvisible viral infections in #grapevine from the sky! 🛰️

🔓 Learn more: https://t.co/B66t2Jtl2S

[BIOTOX Lab @BIOTOXLab]

This week we add the first harvest of our “sea” 🌊 grapes 🍇 from grapevines inoculated with our little friends, the marine bacteria 🦠 and the first batch of wine 🍷 with an oceanic imprint is under production already! Stay tuned!

@FC_UL @MARE_centre @BioISI @GPS_Lab

[Grapevine-Pathogen Systems Lab @GPS_Lab]

Our and @BIOTOXLab study recently highlighted at BBC!

The microbes that could protect grapevines from climate change https://t.co/3YsNRsYpxO via @BBC_Future

[Phytopathology® @PhytopathologyJ]

Dive deep into the apoplast! In our new focus issue, Plasmopara viticola proteome in planta are reported and analyzed during host-pathogen interaction for the first time, thanks to Joana Figueiredo et al.

Open for a limited time: https://t.co/vLhoTr8PgA

@RitaBSantos

[Grapevine-Pathogen Systems Lab @GPS_Lab]

What may happen when sea meets grapevine? Stay tuned for exciting research!
@Lemos_lab
@BioISI
@FC_UL

[Grapevine-Pathogen Systems Lab @GPS_Lab]

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 🍇👩‍🔬

https://t.co/pWFlOcBnOw

[Grapevine-Pathogen Systems Lab @GPS_Lab]

@ClaudioGomesLab @FC_UL @ULisboa_ Congratulations!!!

[Grapevine-Pathogen Systems Lab @GPS_Lab]

Thinking about tailoring vineyard microbiome.. what if marine bacteria could help? We have used a bacteria isolated from Seville southmarshs to improve grapevine resilience to heat wave stress! Results are surprising! To read more:

https://t.co/kbeuE4XbDl

[BIOTOX Lab @BIOTOXLab]

What if marine🌊bacteria🦠could help grapevines🍇to overcome heat waves🌡️? Well, they actually can🎉! Another great work together with @GPS_Lab and @unisevilla. Read it out in our most recent paper:

https://t.co/eLgKLBrJ66

@FC_UL @MARE_centre @BioISI @Micro_MDPI

[Grapevine-Pathogen Systems Lab @GPS_Lab]

Is there a link between the genetic background of the host and the activation of a lipid signalling pathway as a defence strategy against P. viticola. 🍇

To know more read the full paper 👇 https://t.co/b3LrYPxfDg

[Grapevine-Pathogen Systems Lab @GPS_Lab]

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! :)

https://t.co/xG2CCaMwFr

[Grapevine-Pathogen Systems Lab @GPS_Lab]

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 👇

https://t.co/03CVhrWlFS

[Grapevine-Pathogen Systems Lab @GPS_Lab]

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 👇

https://t.co/ALJs6dYbRA

[João Proença Pereira @jppper]

No dia 30, a partir das 17h, o @GPS_Lab vai estar na #NEI2022, no Museu de História Natural em Lisboa!
Vamos mostrar-vos que o solo (e toda a vida que nele abunda) pode ser uma ferramenta crucial para assegurar a sustentabilidade e resiliência da viticultura. Venham daí!

[Grapevine-Pathogen Systems Lab @GPS_Lab]

GPS Lab meeting and shared lunch! Back to a normal beginning of semester!

[Grapevine-Pathogen Systems Lab @GPS_Lab]

Warm welcome to our new Msc. Students Catarina Silva, Soraia Santos and João Pereira! Exciting research will be done! Stay tunned 😉

[Grapevine-Pathogen Systems Lab @GPS_Lab]

Proteases rule in grapevine apoplast! @joanafrazaof talk will elucidate our knowledge on secreted grapevine proteases and PV inhibitors!

[Plant Proteases 2022 @pp2022_lj]

Joana Fivueiredo from @GPS_Lab talking about apoplast proteases in 🍇!