Stepping beyond the bottle into the world of wine science

Blog

5 March 2025

By: Katherine Rabik, Eco2Wine doctoral candidate (Stellenbosch University, South Africa) and science communicator, studying methods for communicating the science of microbiomics to winemakers and growers

It started with an international phone call. Even before my PhD studies with the Eco2Wine project officially got underway, I found myself rushing to make a flight from a cold Calgary airport while straining to hear a German doctoral candidate over the crackling line. We were to meet in a few weeks in South Africa but already had a joint article due. Whether I was ready or not, my global journey into the world of wine had started. 

The chance to work with a global network of researchers was a key motivation for me to join the Eco2Wine project. I grew up travelling, and it’s still one of my largest passions. When I saw “must be willing to travel for extended periods of time” in the list of requirements, it sealed the deal for me.

The decision has paid off. I have five months of research travel planned for 2025 across four different European countries. My first research secondment in April will take me to the University of Perugia in Italy, followed by a visit to our project partner Parsec in Florence and a quick trip to Scotland to attend PCST 2025, the annual global conference of the Public Communication of Science and Technology network. Beyond my own travel, I have had plenty of opportunities to work with people from around the world. From helping a doctoral candidate from Malaysia harvest grapes at a biodynamic vineyard here in South Africa, to writing articles with colleagues from India and France, these collaborations have reinforced the value of diverse perspectives in research. 

Not only am I grateful for these opportunities, but only four months into my project, I am committed to using my work to support an ongoing and proactive dialogue between wine scientists and winemakers. 

However, though my project is faring well, my choice has also resulted in serious challenges. For one, I am only now beginning to learn how complex it is to conduct social science research in seven different countries. By the end of my degree, I think I will be an expert in filling out ethical clearance forms!

In addition to the logistical challenges of a PhD that spans the globe, I have learned the importance of effectively managing my time. Many different tasks, activities, training, and courses call for attention, but I now set boundaries to spend time on my research. 

This has been important because the world of wine science is relatively new to me.

Exploring new territories

I do not have a background in winemaking or microbiology, so it has been vital for me to develop my understanding of these topics before I begin speaking to industry members for my research. 

What has surprised me is just how complex the winemaking process is. I assumed that winemakers had a formula that they would follow every year for their different grape varieties, but this is far from the truth, especially for natural wines. Changes in weather and climate impact each harvest differently, and it’s up to the winemaker to manage the fermentation process to ensure high-quality wines every time. 

Winemakers using indigenous yeasts in their fermentation process face additional complexity. These yeasts introduce more uncertainty compared to standard commercial yeasts. Winemakers who choose this approach are dedicated to adopting eco-friendly and sustainable approaches. 

Back to work 

Defining my research question has been a balancing act of what I’d like to achieve within the feasible time. My original topic has become more focused, while there have also been some exciting additions. I have chosen to concentrate on fewer audiences in my interviews but to add an analysis of media on the wine microbiome in major global wine-producing regions. This will give me an idea of what is being communicated to the public about this science. It will also be interesting to compare this to the dialogue in the industry and academia.

I am currently reviewing literature about wine science communication, which will inform my interview questions. I look forward to being out in the field and talking to winemakers and farmers. I’m excited to learn more about their views on wine microbiomics and how they use wine science research in their practice.

In this way, I hope to broaden my horizons and, importantly, that the results of my work will help communicate the benefits of working with, instead of against, the natural wine microbiome and ultimately contribute to a more sustainable wine industry worldwide. 

Interested in knowing more about my research? Please email me a krabik@sun.ac.za


IMPORTANT - Open PhD position

Blog

Deadline: February 15, 2025

The PhD student will join the team at the University of Ljubljana (UL) and will be supervised by Uroš Petrovič and Neža Čadež. The research project is entitled: ‘Phenotypic and genomic characterization of grape microbial communities’.  The duration of this PhD study program is 36 months at a minimum, and 48 months on average and the position also offers the opportunity to travel to other institutions.  

Applications needs to be submitted via e-mail to uros.petrovic@bf.uni-lj.si by February 15, 2025.

For further information please visit: https://euraxess.ec.europa.eu/jobs/307907

 

Open PhD position

  • Research Field:  Biological sciences, Technology » Biotechnology
  • Education Level:  Master’s degree or equivalent
  • Skills/Qualifications:  experience in manipulating microorganisms and use of aseptic techniques, experience in molecular biology techniques, prior knowledge of bioinformatics tools and approaches, experience in conducting research work.
  • Language: English (level: Excellent)

 

Benefits:

  • Competitive salary and benefits package (29-month employment).
  • A wide range of stimulating internal training events and scientific workshops.
  • Access to state-of-the-art research facilities and resources.
  • Opportunity to work on a groundbreaking project with real-world impact.
  • Collaboration with a diverse and dynamic team of experts.
  • Professional development and growth opportunities.

 

Eligibility criteria: 

  • Candidates must not be in possession of a doctoral degree at the date of expected recruitment.
  • At the date of expected recruitment, candidates must not have resided in the country where the research training takes place (i.e., in Slovenia) for more than 12 months in the 3 years immediately prior to recruitment, and not have carried their main activity (work, studies, etc.) in that country. Compulsory national service, short stays such as holidays, and time spent as part of a procedure for obtaining refugee status under the Geneva Convention are not considered. 
  • Candidates must satisfy the eligibility requirements to enrol in a PhD degree study, including acceptable English language skills and a Master’s degree in biotechnology or related field.


Science communicators take Eco2Wine students in hand at South African training week

Blog

October 21, 2024, by Petro Kotze

How can you expand the reach of your research results beyond your scientific peer groups? The ten doctoral students participating in the Eco2Wine Project learned how in a recent workshop hosted at South Africa Wine in Paarl, a picturesque town in a South African wine-producing region. Science communication and community engagement are key components of the Eco2Wine Project, and this training aimed to teach the students advanced skills in these fields. 

The training was part of a five-day workshop on science communication, metagenomics and multivariate data analysis, presented by project beneficiary Stellenbosch University (SU) and project industry partner South Africa Wine. The sessions were presented by seasoned industry professionals, led by Professor Marina Joubert, science engagement researcher at the SU Centre for Research on Evaluation, Science and Technology (CREST).

Among the topics were factors influencing knowledge uptake in the wine industry, presented by South Africa Wine Knowledge Transfer Manager Dr Karien O’Kennedy. Jive Media Africa, an award-winning science communication training company, taught students how to develop their research brand and improve their presentation and speaking skills. Science journalist and photographer Petro Kotzé focused on writing skills and how students can use the tools of the trade (media) to become effective science communicators. One of the project doctoral candidates, Katherine Rabik, presented an overview of science communication principles and practice. The communication training was rounded off by a visit to Reyneke Wines, a prize-winning winery focusing on organic, biodynamic and holistic approaches to agriculture. 

Florian Bauer, South African Research Chair in Integrated Wine Science and Distinguished Professor in Wine Biotechnology at Stellenbosch University, CREST post-doctoral fellow Mpho Mafata and computational biologist Dr Kristien Nel Van Zyl of the SU African Microbiome Institute presented the sessions on metagenomics and multivariate data analysis. 

The students reported that the sessions helped them trust in their abilities to communicate in new and creative ways. “A personal highlight of the workshop for me was gaining confidence,” says Capucine Dentraygues. Elena Palencia Mulero adds that the skills from the workshop have improved her ability to make scientific information more relatable and accessible. Commenting on sessions that helped them simplify complex ideas and communicate these to broader audiences, María Vázquez Fernández says she found it difficult at first. Still, she improved with the help of the exercises the trainers provided her with.

The skills will be used throughout the Eco2Wine project and long after. Part of the project objective is to develop tools to communicate wine science to relevant public audiences, addressing topics such as the analysis and the safeguarding of biodiversity and consumer perceptions toward different winemaking approaches.

It is crucial to make wine science more approachable and share our knowledge with everyone regardless of their background, Dentraygues says. “By doing so, we can inspire people, creating a more inclusive community.” 

Eco2Wine GROUP PHOTO
The Eco2Wine Project PhD students spent time improving their science communication skills in South Africa. In the photo (back, from left to right): Shamin Bhandari, Aubrey Lee, Virgile Rose, María Vázquez Fernández, Elena Palencia Mulero, José Luis Padilla and Katherine Rabik; In front: Andrea Rukavina, Jeanne Laforge and Capucine Dentraygues. (Photo: Petro Kotze)

Eco2Wine VIDEO TRAINING
The communication training for Eco2Wine Project doctoral students included presentation skills and the opportunity to present their work on camera. (Photo: Petro Kotze)


Metagenomics and MVDA Training – Stellenbosch University

Blog

October 9 – 11, 2024

In today’s research landscape, it is essential for PhD students to go beyond mastering not only their specific research topics but also a broad array of interdisciplinary skills. Recognizing this need, a specialized training course was recently held at Stellenbosch University, offering an integrated approach to three critical areas: science communication, metagenomics, and statistical analysis. This comprehensive course aimed to equip young researchers with the tools to effectively communicate their findings, analyze complex biological data and apply rigorous statistical methods.

Following the science communication course, the Eco2Wine DCs took part in an intensive three-day training on bioinformatics and metagenomics. This was completed at the Biomedical Research Institute (BMRI) and the Department of Viticulture and Oenology at Stellenbosch University. Dr Kristien Nel Van Zyl, a computational biologist at the African Microbiome Institute, led the training on metagenomics and Dr Mpho Mafata, a post-doctoral fellow with the database team at the Centre for Research on Evaluation, Science and Technology (CREST), led the training on multivariate statistical analysis.

Fig 1. Dr Mpho Mafata introducing DCs to the application of multivariate statistical analysis in wine science.

The training offered a comprehensive dive into the world of bioinformatics, focusing on metagenomics, statistical analyses, and graphical data representation using the R software environment. The goal was to provide the team with practical knowledge and techniques for unravelling the microbial diversity present in vineyards and how it affects wine quality. Through lectures and hands-on sessions, participants learned how to process metagenomic data, analyze the composition of microbial communities, and interpret the results to gain insights into how these microorganisms influence grape quality and wine flavour. 

The DCs were also treated to a tour of the BMRI labs and fully automated biorepository (BiOS), the first in the Southern Hemisphere, led by the Unit Manager Rubeshan Nayager.

Fig 2. Learning more about the functionality of the state-of-the-art, fully automated biorepository which is used to store millions of samples for a wide variety research projects.

Metagenomics is an essential tool in the Eco2Wine project, as it supports the investigation of the complex interactions between various microorganisms found in vineyard soils, on grape surfaces, and during the fermentation process. By understanding which microbes are beneficial or detrimental to wine production, more informed decisions about vineyard management and fermentation strategies can be made. This deeper understanding will eventually lead to better control of the winemaking process, resulting in wines with enhanced aromas, flavours, and overall quality. Moreover, this training emphasized the importance of statistical analysis in bioinformatics, offering insights into handling large datasets while ensuring data integrity and visualizing findings effectively. The sessions on R programming were particularly valuable, giving participants the skills to produce high-quality graphs and visual outputs that will be used in their ongoing research.

The week concluded with the DCs visiting the experimental research vineyards of Stellenbosch University, led by Prof Florian Bauer. This experience allowed them to see viticulture research in action while enjoying the beautiful natural surroundings of Stellenbosch. It was a fitting and memorable way to wrap up their time in South Africa, before many of the DCs returned to their respective universities across Europe to continue their own research.

Fig 3. Enjoying a beautiful day exploring the Stellenbosch University experimental vineyards.

References

1. Stenberg JA, Sundh I, Becher PG, et al. When is it biological control? A framework of definitions, mechanisms, and classifications. J Pest Sci (2004). 2021;94(3):665-676. doi:10.1007/s10340-021-01354-7

2. Zhang H, Godana EA, Sui Y, Yang Q, Zhang X, Zhao L. Biological control as an alternative to synthetic fungicides for the management of grey and blue mould diseases of table grapes: a review. Crit Rev Microbiol. 2020;46(4):450-462. doi:10.1080/1040841X.2020.1794793

3. United Nations. The Sustainable Development Goals.; 2015.

4. Cordero-Bueso G, Mangieri N, Maghradze D, et al. Wild grape-associated yeasts as promising biocontrol agents against Vitis vinifera fungal pathogens. Front Microbiol. 2017;8(NOV). doi:10.3389/fmicb.2017.02025

5. Palmieri D, Ianiri G, Del Grosso C, et al. Advances and Perspectives in the Use of Biocontrol Agents against Fungal Plant Diseases. Horticulturae. 2022;8(7). doi:10.3390/horticulturae8070577

6. Lahlali R, Ezrari S, Radouane N, et al. Biological Control of Plant Pathogens: A Global Perspective. Microorganisms. 2022;10(3). doi:10.3390/microorganisms10030596

7. Ayaz M, Li CH, Ali Q, et al. Bacterial and Fungal Biocontrol Agents for Plant Disease Protection: Journey from Lab to Field, Current Status, Challenges, and Global Perspectives. Molecules. 2023;28(18). doi:10.3390/molecules28186735

About the authors:

José L. Padilla Agudelo, with a Master’s in Microbiology, and Elena Palencia Mulero, with a Master’s in Microbiology & Health, are both Doctoral Candidates in the prestigious Marie Skłodowska-Curie Action, part of the Horizon Europe Doctoral Network. Their work is funded by the European Union under Grant Agreement 101119480, within the project: “NATURAL MICROBIAL INTERACTIONS IN WINEMAKING-ASSOCIATED ECOSYSTEMS AS A TOOL TO FOSTER WINE INNOVATION (Eco2Wine).”

José is part of Prof. Gustavo A. Cordero Bueso’s team at the University of Cádiz in Spain, while Elena works with Prof. Ileana Vigentini at the University of Milan in Italy, who also coordinates the Eco2Wine Project. Together, they are diving into the “Grapevine and Grape Biocontrol” Work Package, aiming to uncover and explain the molecular mechanisms behind new biocontrol agents that combat the harmful fungus Botrytis cinerea, a major threat to vineyards.

Main Contacts:

elena.palencia@unimi.it
joseluis.padillaagudelo@alum.uca.es
gustavo.cordero@uca.es
ileana.vigentini@unimi.it 


Eco2Wine at the International Congress on Yeast 2024

Blog

October 15, 2024

From 29th September to 3rd October 2024, the 16th International Congress on Yeasts (ICY) took place in Cape Town at the International Convention Centre. A total of 274 participants from 41 countries attended the 5-day congress. The objective of the congress was to provide an opportunity for academics, researchers, industry scientists and students to come together and share their latest research developments and expand their networks. The Eco2Wine Doctoral Candidates (DCs) attended the congress, marking the first time all 10 DCs met in person. Six of the Eco2Wine DCs presented their projects in the form of posters, which was a great opportunity to increase the visibility of their work and spark discussion within the scientific community.

Fig 1. The six Eco2Wine doctoral candidates who presented posters at the ICY 2024 Congress were, from left to right: José Luis Padilla, Elena Palencia Mulero, María Vázquez Fernández, Andrea Rukavina, Jeanne Laforge, and Aubrey Lee.

On the first day, participants were welcomed with a performance by South African singer-songwriter Tracey Carter. Professor Florian Bauer, congress chair and Eco2Wine Principal Investigator at Stellenbosch University, officially opened the congress. Over the course of five days, multiple themes on yeast were explored and divided into breakout sessions to allow participants to attend and interact with individuals who aligned with their research interests. Professor Ileana Vigentini, Eco2Wine Project Leader, delivered a keynote presentation on “Distinctive genetic landscape of Georgian wine yeasts: insights from molecular characterization and comparative genomics”.

“The congress was a perfect blend of professional duty and delightful escapade; I believe all of us learnt something new while having fun”, said DC Aubrey Lee. “It was great to finally meet all the DCs face-to-face after all the online interactions we had for the past months.” On the fourth day, the ICY committee arranged a series of excursions for the participants to experience Cape Town, along with a formal dinner at Simon’s Restaurant. 

On the last day of the conferences, attendees were treated to a session on communicating the science of yeasts. This was the first year a session focused on science communication was included at the ICY conferences, and it reflects the increasing recognition of the field’s importance. 

The session began with Karien O’Kennedy (South Africa Wine, Eco2Wine Partner) discussing knowledge transfer within the South African wine industry. Drawing from her own professional and academic experience, Karien highlighted winemakers’ information-seeking behaviours and outlined some perceived benefits and constraints to engaging with academia and wine science research.

Marina Joubert (Stellenbosch University, Eco2Wine Principal Investigator) discussed the development of science communication as an academic field. She outlined several reasons why scientists engage with various public groups to communicate their research, including educational, economic, strategic and moral motives. Marina also emphasized the importance of trust to successful science communication and highlighted the imperative to engage diverse audiences to ensure science is just, equitable and inclusive. 

Next, the audience heard from Anna Dimitriu, a renowned artist who collaborates with scientists to create artworks using biological materials or processes. Often working hands-on in the lab, Anna detailed some of her current and previous exhibitions that involved yeasts, including “Wood Spirit – Amber Acid”, which was on display at the ICY. This sculptural necklace showcases Pichia pastoris, a yeast that has been modified to feed on methanol and assist in producing sustainable nylon fabrics. 

Finally, contemporary artist Alex May shared his development of “algorithmic photography”, a technique that allows for the representation of a series of discrete moments in time in a single image. He has used this technique to document scientists in the lab, capturing aspects of the scientific process that most publics don’t get to see firsthand. 

The session concluded with the speakers forming a panel and answering questions from the audience. These discussions spotlighted the importance of engaging public audiences in the communication process, accurately capturing scientific uncertainties in communication and using creative techniques to draw audiences into the beauty of science. 

The 16th ICY was a productive experience for the Eco2Wine DCs, as it allowed them to share their projects and interact with other researchers while having a wonderful experience in Cape Town. “This marks the first visit to South Africa for most of us. The congress definitely helped create an unforgettable memory of this rainbow nation. We are truly grateful to the European Horizon for funding our projects and the opportunity to attend this congress for the international experience and exposure”, added DC María Vázquez Fernández.

References

1. Stenberg JA, Sundh I, Becher PG, et al. When is it biological control? A framework of definitions, mechanisms, and classifications. J Pest Sci (2004). 2021;94(3):665-676. doi:10.1007/s10340-021-01354-7

2. Zhang H, Godana EA, Sui Y, Yang Q, Zhang X, Zhao L. Biological control as an alternative to synthetic fungicides for the management of grey and blue mould diseases of table grapes: a review. Crit Rev Microbiol. 2020;46(4):450-462. doi:10.1080/1040841X.2020.1794793

3. United Nations. The Sustainable Development Goals.; 2015.

4. Cordero-Bueso G, Mangieri N, Maghradze D, et al. Wild grape-associated yeasts as promising biocontrol agents against Vitis vinifera fungal pathogens. Front Microbiol. 2017;8(NOV). doi:10.3389/fmicb.2017.02025

5. Palmieri D, Ianiri G, Del Grosso C, et al. Advances and Perspectives in the Use of Biocontrol Agents against Fungal Plant Diseases. Horticulturae. 2022;8(7). doi:10.3390/horticulturae8070577

6. Lahlali R, Ezrari S, Radouane N, et al. Biological Control of Plant Pathogens: A Global Perspective. Microorganisms. 2022;10(3). doi:10.3390/microorganisms10030596

7. Ayaz M, Li CH, Ali Q, et al. Bacterial and Fungal Biocontrol Agents for Plant Disease Protection: Journey from Lab to Field, Current Status, Challenges, and Global Perspectives. Molecules. 2023;28(18). doi:10.3390/molecules28186735

About the authors:

José L. Padilla Agudelo, with a Master’s in Microbiology, and Elena Palencia Mulero, with a Master’s in Microbiology & Health, are both Doctoral Candidates in the prestigious Marie Skłodowska-Curie Action, part of the Horizon Europe Doctoral Network. Their work is funded by the European Union under Grant Agreement 101119480, within the project: “NATURAL MICROBIAL INTERACTIONS IN WINEMAKING-ASSOCIATED ECOSYSTEMS AS A TOOL TO FOSTER WINE INNOVATION (Eco2Wine).”

José is part of Prof. Gustavo A. Cordero Bueso’s team at the University of Cádiz in Spain, while Elena works with Prof. Ileana Vigentini at the University of Milan in Italy, who also coordinates the Eco2Wine Project. Together, they are diving into the “Grapevine and Grape Biocontrol” Work Package, aiming to uncover and explain the molecular mechanisms behind new biocontrol agents that combat the harmful fungus Botrytis cinerea, a major threat to vineyards.

Main Contacts:

elena.palencia@unimi.it
joseluis.padillaagudelo@alum.uca.es
gustavo.cordero@uca.es
ileana.vigentini@unimi.it 


Training Event “Omics Technologies Applied to Research in Vitiviniculture”: bridging the gap from soil to wine

Blog

25 July 2024

The first week-long training event for doctoral students participating in the Eco2Wine project was held in July 2024. Titled “Omics Technologies Applied to Research in Vitiviniculture,” the event focused on the application of high-throughput sequencing techniques in viticulture and winemaking.

The event was held in Logroño, the capital of La Rioja, one of Spain’s most important viticulture regions. This small city is home to the Institute of Vine and Wine Sciences (ICVV-CSIC), one of the Eco2Wine beneficiaries, and the Fundación Rioja Salud, a consortium partner. The La Rioja Biomedical Research Centre’s facilities hosted the students and instructors during the theoretical-practical classes.

The training programme introduced the students to high-throughput sequencing and its vast applications in agriculture and biotechnology. It emphasised topics like de novo genomic sequencing, resequencing, transcriptomic, and metataxonomic and metagenomic analysis. Theoretical classes, with examples applied to viticulture and winemaking, were interspersed with hands-on training and an introduction to using Linux systems for bioinformatic computation.

This course in Logroño was the first opportunity for the Eco2Wine doctoral candidates to meet in person and to interact with some members of the Eco2Wine consortium. Dr Ileana Vigentini, Eco2Wine project coordinator, travelled to Logroño to give the students an overview of the project. Dr Ramón González, CSIC Research Professor at ICVV, and Dr Gustavo Cordero, Research Professor at the University of Cádiz, presented the career development and training platforms to the students. The Eco2Wine communication support team joined an online session to discuss their plans and attend the students’ presentations about their PhD projects.

However, one cannot visit La Rioja without experiencing the blend of tradition and modernity that comes together in the production of some of the most renowned wines in Spain. A technical visit was organised at the Torres Family’s winery, “La Carbonera”, an associated partner of the Eco2Wine consortium. Students were acquainted with the origins and typicity of unique wines in the Rioja Alavesa region. They learned about the extent of the vineyards, their locations and uniqueness, and the innovative processes to achieve singular wines: Las Pisadas and Malpastor. Afterwards, the group travelled to Haro, the wine capital of Rioja, to visit Bodegas Manzanos, a winery carved into the earth. Here, the students received training on the most traditional production processes of the region. Finally, they visited the laboratories, research facilities and the experimental winery of the ICVV, guided by Dr González and his colleague, Pablo Carbonell, who explained the main lines of innovation in viticultural research in the region.

“We hope that this course was a moment of learning and meeting for these young scientists on their way to achieve their doctoral qualifications and that they enjoyed visiting this region steeped in the tradition of winemaking, but also in innovation and modernity,” said Dr María de Toro Hernando, Manager of the Genomics & Bioinformatics Core Facility at the Fundación Rioja Salud and a key organiser of the event. “Cutting-edge research will be key to next-generation sequencing techniques that will open the door to the genetic and genomic study of the viticultural ecosystem, from the soil to the wine.”

Visit of Eco2Wine doctoral candidates (DCs) to the Logroño wine-making region during July 2024. In the back (from left to right): Shamin Bhandari (Eco2Wine DC4); Miguel Mejías (instructor; ICVV-CSIC); Pilar Morales (ICVV-CSIC); Virgile Rose (Eco2Wine DC7); José Padilla (Eco2Wine DC8); María Vázquez (Eco2Wine DC2); Elena Palencia (Eco2Wine DC1); Jeanne Laforge (Eco2Wine DC9); Aubrey Lee (Eco2Wine DC5); Ana Martín (ICVV-CSIC); Ana Perea (ICVV-CSIC); Capucine Dentraygues (Eco2Wine DC3); Ramón González (ICVV-CSIC); and Pablo Carbonell (instructor; ICVV-CSIC). In the front (from left to right): María de Toro (course coordinator and instructor; Fundación Rioja Salud); Ileana Vigentini (Eco2Wine project coordinator; University of Milan); Andrea Rukavina (Eco2Wine DC6); and Julio Carreter (oenologist from La Carbonera winery).

About the authors:

José L. Padilla Agudelo, with a Master’s in Microbiology, and Elena Palencia Mulero, with a Master’s in Microbiology & Health, are both Doctoral Candidates in the prestigious Marie Skłodowska-Curie Action, part of the Horizon Europe Doctoral Network. Their work is funded by the European Union under Grant Agreement 101119480, within the project: “NATURAL MICROBIAL INTERACTIONS IN WINEMAKING-ASSOCIATED ECOSYSTEMS AS A TOOL TO FOSTER WINE INNOVATION (Eco2Wine).”

José is part of Prof. Gustavo A. Cordero Bueso’s team at the University of Cádiz in Spain, while Elena works with Prof. Ileana Vigentini at the University of Milan in Italy, who also coordinates the Eco2Wine Project. Together, they are diving into the “Grapevine and Grape Biocontrol” Work Package, aiming to uncover and explain the molecular mechanisms behind new biocontrol agents that combat the harmful fungus Botrytis cinerea, a major threat to vineyards.

Main Contacts:

elena.palencia@unimi.it
joseluis.padillaagudelo@alum.uca.es
gustavo.cordero@uca.es
ileana.vigentini@unimi.it