Helena Volk

Postdoc at Department of Agronomy, BF, University of Ljubljana.

[Helena Volk @Hel1Volk]

Genome-wide DNA methylation analysis of CBCVd-infected hop plants https://t.co/SS1XQq2SFJ

[IBMCP - Instituto de Biología Molecular y Celular @IBMCP]

🔬 Convocatoria: 10 PhD positions – ViroiDoc MSCA!

🦠 Investigación en viroides y ARN viroide-like
🌍 Movilidad internacional en lab y empresas
🏛️ Formación en centros de alto nivel
💼 Salarios competitivos y ambiente de apoyo

📅 Plazo: abril 2025
ℹ️ https://t.co/skE6cUsLNG

[Helena Volk @Hel1Volk]

ViroiDoc Open Call for 10 Doctoral positions in the MSCA Doctoral Network https://t.co/POqRGANXgi via @YouTube

[Beatriz Navarro @beatriznavarami]

The registration to the International Conference VIROID 2025 is open! https://t.co/nQDzWLkQTt

[Researchhires @researchhires]

PhD Positions in Viroid Research

📍 Europe (France, Germany, Greece, Italy, Slovenia, Spain)

Apply now: https://t.co/Ys8LuN1z5c

#PhD #ViroidResearch #PlantBiology #MolecularBiology #Bioinformatics #ResearchHires

[Helena Volk @Hel1Volk]

Future-PhD students are welcome to join us in viroid research! 🌱🧪

https://t.co/1lxIAYH3nK

Apply until 25 April

[IBMCP - Instituto de Biología Molecular y Celular @IBMCP]

🔬 Open Call: 10 PhD positions – ViroiDoc MSCA!
🦠 Research on viroids & viroid-like RNA
🌍 International mobility in labs & companies
🏛️ Training in top research centers
💼 Competitive salaries & supportive environment

📅 Deadline: April 2025
ℹ️ Info: https://t.co/dFdKFIYHBz

[Helena Volk @Hel1Volk]

Happy to share our newest publication on viroids HLVd, HSVd, and CBCVd infecting hops in tissue culture! 🎉

https://t.co/vVKwoI3cTr

[Nick Desnoyer @NickDesnoyer]

I just submitted a proposal, Open Flower, for making a flower design kit for students! 🧬🌹

This kit would allow inducible design and experimentation on "Arabidopsis roses" as a tool for teaching. For details watch the video here:

https://t.co/tB39VdMQzZ

[Nick Desnoyer @NickDesnoyer]

Leaf infiltration is a widely used technique in plant science for delivering Agrobacterium or chemicals directly to plant cells 🍃🧬

For those who do it regularly, there’s a satisfaction in watching the liquid flow seamlessly through the leaf's airspaces—when done well..

[Helena Volk @Hel1Volk]

@daniel_luedke @TheSainsburyLab 20 🥇🎃

[Aleksandra Stęplowska @stepelka]

Viroid and viroid-like elements in plants and plant-associated microbiota: a new layer of biodiversity for plant holobionts

https://t.co/bvmWvlPuqU

[Helena Volk @Hel1Volk]

@NectarBeans @WickedDust420 @epicbrainstorm HLVd is still PCR-detectable after autoclaving. Not sure about its infectivity, haven’t tested this (yet).

[Biology+AI Daily @BiologyAIDaily]

R2DT: A Comprehensive Platform for Visualising RNA Secondary Structure

- R2DT 2.0 is a powerful tool that enhances the visualization of RNA secondary structures, making it easier to understand RNA functions through consistent, reproducible diagrams.

- The platform now supports the annotation of position-specific data, such as SNPs or SHAPE reactivities, which adds a new layer of functionality for experimental analysis.

- A key innovation is the template-free mode, allowing users to visualize any RNA structure without pre-existing templates, expanding the tool's flexibility.

- R2DT 2.0 supports interactive editing of RNA diagrams using natural language or manual inputs, creating publication-ready images or new templates.

- Significant improvements in performance include faster template selection using BLAST, cutting processing times dramatically compared to previous HMM-based searches.

- Pseudoknot visualizations are now integrated, enabling a clearer depiction of complex RNA structures, such as in riboswitches and IRES elements.

- The expanded template library includes nearly 1,000 new templates, covering a wider range of RNA types and improving the quality and variety of visualizations.

- R2DT has been integrated into major biological databases, including RNAcentral and PDBe, offering seamless access to RNA 2D visualizations for millions of sequences.

@AntonIPetrov
💻Code: https://t.co/0p1RlKb1wo
📜Paper: https://t.co/XDxz6R3PtO

[Be the change you want to be @AgBioWorld]

You are looking at the first planting of a gene-edited crop in Italy! CRISPR grapes resisting Downey mildew disease. @annameldolesi

https://t.co/vXZVGIEk5C

[EFSA @EFSA_EU]

🌿📚Join Janet & Theo on a thrilling gardening adventure in our #PlantHealth4Life colouring book!

Discover how they protect Grandpa Henrik’s garden from the mischievous Pesty. Perfect for teaching kids the importance of plant health.

Download now 👇https://t.co/8RNyRxsRhq

[Helena Volk @Hel1Volk]

@icpp2028 Thank you so much!! Looking forward to present our team 🐨 work at #ICPP2028 🎉

[Helena Volk @Hel1Volk]

New 🐨postdocs from #ICPP2023 are already at Uni Ljubljana 🇸🇮🇪🇺 & working hard to generate quality data to present at #ICPP2028.

A bit eager to return to homeland 🇦🇺 to nibble on some quality 🌱eucalyptus🌱for lunch, though! #PlayGoldCoast

[Adrien Gauthier @speederpoussin]

⚠️ Remember when u travel🧳✈️ like for #Covid_19 you can bring plant diseases 🦠!! So be responsible and buy #certified #pathogen free #plants 🌱 or seeds @icpp2023 #ICPP2023 #phytopathology

[Helena Volk @Hel1Volk]

@ochoa_corona Looking forward to see this at the next coffee break 😁