Jame Tannous retweeted
Road to Jeju: @GetGenome open call closes on 2 November, and applications have already arrived from 18 countries across five continents! getgenome.net/callforproject…
You select the isolates, we sequence the genomes — for free! 🧬
Inspired by @ISMPMI #MPMI2027, we’re pleased to announce that the latest @GetGenome Call for Projects is now open!
@GetGenome “Road to Jeju” 2026 getgenome.net/callforproject…
Jame Tannous retweeted
I just published: The Church of Impact Factor is selling indulgences
Bribery allegations at Cell Press. The open secret of scientific publishing is out. I'm shocked. I'm not surprised.
#CellOnions #Elsevil #ScienceCrisis
kamounlab.medium.com/the-chu…
Jame Tannous retweeted
Al-Afiyah (العافية) — holistic, all-encompassing well-being.
11-12c. Al-Ushbuna (الأشبونة) 🇵🇹
Jame Tannous retweeted
This is the oldest known writing found in the Iberian Peninsula
Dating to the 7th c BC, this Phoenician stele (stone slab) marked the grave of Wadbar, son of Ibadar.
The Phoenicians’ maritime networks stretched all the way from Tyre, present-day Lebanon 🇱🇧, across the Mediterranean and out into the Atlantic, reaching Lisbon 🇵🇹 all during the Iron Age.
lisboaromana.pt/en/epigraph/…
Jame Tannous retweeted
A warm welcome to Jame Tannous @jftbio, our very first Lebanese predoc 🇱🇧🎉
Jame joins us from the Lebanese American University (LAU) in Beirut بيروت
Yalla habibi, give him a follow here on X and across social media!
Jame Tannous retweeted
Have you seen this gorgeous poster of the latest APG community-based classification of flowering #plants?
Download it for *free* here!
tudelft.nl/en/hortus-botanic…
...and read all about APG-V in #JSE!
🆓doi.org/10.1111/jse.70096 @WileyEcology #evolution #systematics #APGV
Jame Tannous retweeted
From my first IS-MPMI congress in Interlaken in 1990 to the opening keynote in Jeju in 2027... Honored—and will set an extra alarm. Jet lag won in 1990!
Here is some of my conference adventures and inspirations: medium.com/@kamounlab/rhizob…
This quoted post is unavailable.
I think the journal held our paper for 9 months just to publish it at the start of flu season!
Check out our latest survey-based study on the determinants of flu vaccine uptake among healthcare workers in Lebanon.
Link: sciencedirect.com/science/ar…
Jame Tannous retweeted
Today’s @JohnInnesCentre @TheSainsburyLab Friday Seminar is Thorsten Schnurbusch @LeibnizIPK “Unleashing Wheat Flower Biology: Insights for improved Floral Fertility”
Jame Tannous retweeted
Excited to share our latest work! 🍅
Two evolutionarily distinct immune receptors recognize the same viral target, yet differ in their recognition spectra.
A fascinating example of convergent evolution in plant immunity!
🍅 Tomato brown rugose fruit virus spread worldwide.
For >60 years, one resistance gene protected tomatoes. This virus broke through.
A second gene confers resistance. Same viral target? Convergent evolution?
Preprint: biorxiv.org/content/10.64898…
#EvoMPMI #NLRbiology
(1/9) 🧵
Jame Tannous retweeted
We spent two weeks with Niko and shot this conversation on the final day.
I finished feeling more motivated than ever. The Paintunia, the art, and where it’s all going :)
New Episode: How to Design Flowers
@NickDesnoyer uses genetic engineering, breeding, and pathogens to design and then create flowers that don't exist anywhere else on Earth. We talked about how he does it, in a room surrounded by many of his creations.
At the start of the episode, Nick reveals his next project, called Paintunia, which is an engineered line of petunia that acts as a living canvas.
He has engineered these petunias to include an inducible gene; when he lightly touches their buds with a molecule called dexamethasone, the molecules seep into cells, switch on the gene, and cause them to make a pigment. The result is a paintable flower, where molecules literally control which colors show up in particular places. Nick’s plan is ultimately to engineer these petunias to express three separate colors, for cyan, magenta, and yellow.
Nick's ultimate dream is to build a botanical garden full of weird and wonderful flowers that exist nowhere else. We filmed this episode surrounded by flowers, and he patiently explained to me how each one gets its shape and pigmentation; how he combines breeding and genetic engineering to make new flowers; and how he searches scientific papers for mutations to figure out which plant crosses to make next.
I think he convinced me that designing new kinds of flowers makes us look more closely at nature, and appreciate it more deeply. After all, all the genes and variations he uses in the laboratory are based on designs that have evolved elsewhere. Hope you enjoy!
Jame Tannous retweeted
The lab meeting, explained medium.com/@kamounlab/the-la…
Jame Tannous retweeted
I just published: The night shift in the greenhouse
A night-blooming cactus, a time-lapse, and the case for hosting artists in the lab.
One night only
Hylocereus, or whatever we are calling it now
Why an immunity lab keeps a cactus
Scientists who draw
Two worlds, or one
Back to curiosity
kamounlab.medium.com/the-nig…
Jame Tannous retweeted
Now Live! @GetGenome AI in Genomics Training Wiki getgenome-wiki.net/training/
Jame Tannous retweeted
Most markets now treat gene editing ( GE) as equivalent to conventional plant breeding /via Tom Adams @PairwisePL
Jame Tannous retweeted
I just published: How do we recognize world-class science? Not by the journal it appeared in
What I told early-career researchers about prediction, rigour, failure, priors — and the tyranny of bar graphs.
Science predicts. Pseudoscience doesn’t.
Twenty-nine years
How to science, and how not to
What’s a failed experiment?
Death by statistics
Ditch the bar graphs
Get credit for all of it
kamounlab.medium.com/how-do-…



























