@vardilab

The official Twitter account of the Vardi Lab | Microbial Interactions in the Ocean | #phytoplankton #hostvirus #infochemical #stressresponse | @WeizmannScience

[@vardilab @vardilab]

We are #hiring!! 👩‍🔬 The Vardi lab and Thorsten Dittmar lab are looking for candidates for an exciting new collaborative project on #marine microbiology and geochemistry.
Deadline for submission – 5 December 2024

[Chuan Ku @chuanku_]

Cathepsin X is a conserved cell death protein involved in algal response to environmental stress @CurrentBiology @vardilab https://t.co/aryFmxnV8A

[@vardilab @vardilab]

**The conference is limited to 120 participants. Registration will close once we reach capacity, so we encourage early registration to secure your spot.

[@vardilab @vardilab]

Don't miss registration for the M2C2-2025: Marine Microbial Chemical Communication conference! 🌊📢
Early-bird registration, including abstract submission, is extended until Sunday, December 8th
https://t.co/AKrkv7km24

[@vardilab @vardilab]

📢 Two weeks left for early-bird registration and abstract submission for M₂C₂ 2025! 🌊

[@vardilab @vardilab]

Can we trace the #metabolic footprint of viral infection in the ocean? In our new preprint by Constanze Kuhlisch, in collaboration with @guy_schleyer and @TaraOcean_ , we mapped metabolic biomarkers for the #viral shunt across the Atlantic Ocean 🌊 https://t.co/oaC9KFhUlf

[@vardilab @vardilab]

📢 Registration is now open for M₂C₂ 2025:
Marine Microbial Chemical Communication​​​​​​​​​​​​​​​​​​ Conference!
🦠🌊🦠🌊
17-20 March 2025
NIOZ – Royal Netherlands Institute for Sea Research in Texel, The Netherlands 🇳🇱
Register now:
https://t.co/AKrkv7km24

[Weizmann Institute @WeizmannScience]

Giant viruses invade single-celled algae - vital to Earth's oxygen supply. Prof. Assaf Vardi’s team developed a new method to track algae infected by these microbial giants, with hope to better understand their impact on the ecosystem >> https://t.co/lAIOIk4HBH @VardiLab @amir_fromm

[@vardilab @vardilab]

Royal Netherlands Institute for Sea Research, located on the beautiful island of Texel, Netherlands.
See you there!
🇳🇱🌊

[@vardilab @vardilab]

Save the date! 📢
We are excited to announce M2C2-2025: Marine Microbial Chemical Communication, a conference exploring cutting-edge research on chemically mediated microbial interactions in the marine environment. The conference will take place from March 17-20, 2025, at NIOZ >>

[Akos T. Kovacs @EvolvedBiofilm]

@Stebe69 Javier on single cell transcriptome examples on microeukaryotes with known genomes
Many reference from @vardilab
#ISME19

[Communications Biology @CommsBio]

Being on a ship and collecting samples is not everything Constanze Kuhlisch from the @WeizmannScience (former @PohnertL, now @vardilab) likes about being a marine microbiologist. Read the interview with our editor @TobiasGoris below
https://t.co/muAJbhOGVC

[Roi Avraham @roi1avraham]

Boycotting academics in Israel is counterproductive https://t.co/pQNd7ObkmB

[@vardilab @vardilab]

מה עושים כל הפחמן הדו חמצני העודף באטמוספירה? חברת סטארטפ ישראלית מציעה פשוט לקבור אותו בים.
קראו עוד בכתבתה של מאי שדה @mai_sadeh
https://t.co/LIqbPyzGeQ

[Guillermo Domínguez Huerta @g_dom_huerta]

"Hunting for the authentic host of giant viruses in the marine environment".
By @amir_fromm and @vardilab.

https://t.co/1PK7KV1dST

[Nature Microbiology @NatureMicrobiol]

OUT NOW in @ScienceMagazine 👉 Nitrogen-fixing organelle in a marine alga

https://t.co/gVUyaf1ddC

[@vardilab @vardilab]

We thank Daniella Schatz, Flora Vincent (@vincentflora), our collaborators from the Aylward Lab, and all involved in this project (10/10) 🌊🌊

[@vardilab @vardilab]

We are thrilled to share our latest paper, led by @amir_fromm and Gur Hevroni (@hevronig), in collaboration with the Aylward Lab, published today in @NatureMicrobiol! A thread below (1/10) 🔽
https://t.co/9n1Ech3Pvv

[@vardilab @vardilab]

So, we started from a natural sample, went down to the individual cells, and back to the population level. We believe that this method can help pair viruses with their native host and identify co-occurring viral infections in the natural environment (9/10)