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DrosoFeed

DrosoFeed

byArtem IlinArtem Ilin

Feed for posts about our beloved fruit flies. Tag #drosophila or #fruitfly to be included.

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  • 💙 Liked by 19users
  • 📅 Updated 12 months ago
  • ⚙️ Provider graze.social

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Genetics Society of America
@genetics-gsa.bsky.social
1 day ago
A mutant screening report identifies several female #Drosophila recessive sterile alleles that resulted from the insertion of the mdg4 retrotransposon into the OVO transcription factor gene locus. 🪰 Learn more about these sterile lines in #G3journal 🔗 buff.ly/Vn9cdYt
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PLOS Biology
@plosbiology.org
1 day ago
The elongated shape of the #Drosophila #wing is regulated by the Dachsous-Fat signalling pathway, but how? This study shows that mechanical forces regulated by this pathway modulate tissue-wide #cytoskeletal tension to orient growth during larval development @plosbiology.org 🧪 plos.io/4vp9EOh
The image illustrates the shape of the wing outlining the oriented growth of cells within the developing wing, which depends on cytoskeletal forces and Dachsous-Fat signaling. Image Credit: Bipin Kumar Tripathi
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Shivansh Singh
@shivansh-singh.bsky.social
1 day ago
Sharing an image capture of Polytene Chromosomes from salivary glands of third instar Drosophila melanogaster larvae. Coolest Part? They are so massive that they are readily visible under a basic light microscope. #SciSky #Biology #Drosophila #Research #Microscopy #PolyteneChromosomes
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Hadi Boukhatmi
@muscleflylab.bsky.social
1 day ago
We have a new preprint! We identify SPARC as a key mediator of intercellular communication between the #stroma and #tumours #CancerBiology #TumourMicroenvironment #Drosophila #CellBiology #Notch #ECM #Preprint @igdrennes.bsky.social www.biorxiv.org/content/1….
SPARC mediates tumour–stroma intercellular communication through endosomal regulation of Delta and Notch signalling

www.biorxiv.org

SPARC mediates tumour–stroma intercellular communication through endosomal regulation of Delta and Notch signalling

Tumour progression relies on reciprocal communication between genetically altered cancer cells and surrounding stromal cells. While the genetic alterations that initiate tumorigenesis have been extens...

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PLOS Biology
@plosbiology.org
1 day ago
The elongated shape of the #Drosophila #wing is regulated by the Dachsous-Fat signalling pathway, but how? This study shows that mechanical forces regulated by this pathway modulate tissue-wide #cytoskeletal tension to orient growth during larval development @plosbiology.org 🧪 plos.io/4vp9EOh
The image illustrates the shape of the wing outlining the oriented growth of cells within the developing wing, which depends on cytoskeletal forces and Dachsous-Fat signaling. Image Credit: Bipin Kumar Tripathi
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Neha Agrawal
@nehaagrawal.bsky.social
2 days ago
(1/4) How is the timing of cell death regulated? We have developed a #liveimaging system to follow the dynamic cell death of #Drosophila hepatocyte-like cells (oenocytes) in intact pupae throughout metamorphosis. Watch some beautiful videos from our #preprint in this thread! #DevBio #CellDeath
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Neha Agrawal
@nehaagrawal.bsky.social
2 days ago
(4/4) Huge congratulations to Devika and Noah, and to everyone involved. Many thanks to all who supported this work. Do check out our #preprint for more details and cool videos! www.biorxiv.org/content/1…. #Drosophila #CellBio #Genetics #Endocrinology #Development #Hepatocytes
Hepatocyte-like cells die via steroid hormone and nuclear receptor E75-mediated apoptosis

www.biorxiv.org

Hepatocyte-like cells die via steroid hormone and nuclear receptor E75-mediated apoptosis

Metabolic organs must sustain physiological function while retaining the capacity for timely cell death. Systemic hormones play a key role in coordinating this balance, yet how they regulate cell deat...

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PLOS Biology
@plosbiology.org
2 days ago
The elongated shape of the #Drosophila #wing is regulated by the Dachsous-Fat signalling pathway, but how? This study shows that mechanical forces regulated by this pathway modulate tissue-wide #cytoskeletal tension to orient growth during larval development @plosbiology.org 🧪 plos.io/4vp9EOh
The image illustrates the shape of the wing outlining the oriented growth of cells within the developing wing, which depends on cytoskeletal forces and Dachsous-Fat signaling. Image Credit: Bipin Kumar Tripathi
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Genetics Society of America
@genetics-gsa.bsky.social
3 days ago
🪰 A new #machinelearning method helps discover and genotype transposable element insertions and deletions from #Drosophila long-read genome assemblies. Learn more about this user-friendly tool developed by @adaigle.bsky.social in #GENETICS 🔗 buff.ly/7f3RUlM
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Journal of Cell Biology
@jcb.org
3 days ago
aPKC exclusion from the apical cortex in enteroblasts maintains stem cell homeostasis in #Drosophila. New study from Yasushi Izumi and Mikio Furuse (National Institute for Physiological Sciences, Tokyo): rupress.org/jcb/article/... #Adhesion #StemCells #Development #Polarity
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Journal of Cell Biology
@jcb.org
4 days ago
Weikang Fan, Youheng Wei et al. reveal how nutrient sensing in #Drosophila intestinal epithelial cells controls stem cell activity. Inhibition of Rag GTPases or mTORC1 in enterocytes non-cell autonomously promotes ISC proliferation via Upd3–JAK–STAT signaling. rupress.org/jcb/article/...
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Rockefeller University Press
@rupress.org
4 days ago
In @jcb.org, Weikang Fan, Youheng Wei et al reveal how nutrient sensing in #Drosophila intestinal epithelial cells controls stem cell activity. Inhibition of Rag GTPases or mTORC1 in enterocytes non-cell autonomously promotes ISC proliferation via Upd3–JAK–STAT signaling. rupress.org/jcb/article/...
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Shivansh Singh
@shivansh-singh.bsky.social
7 days ago
#FluorescenceFriday Sharing my fluorescent imaging from a G-TRACE (Gal4 Technique for Real-Time and Clonal Expression) experiment on Drosophila melanogaster. First set (1.)-3rd instar larval brain. Second set (2.)-3rd instar larval wing-imaginal disc. #drosophila #developmentalbiology #genetics
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Björn Brembs
@brembs.mastodon.social.ap.brid.gy
8 days ago
If you're attending #fens2026 come buy Ipek and Friðrik at their poster at board 444 to learn about the #neuroscience behind the regulation of habits in #Drosophila. If you're not attending, you can download all our posters at […] [Original post on mastodon.social]
Our graduate students hard at work at their poster
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Cole
@ultraspiracle.bsky.social
8 days ago
My first paper is up on bioRxiv! We asked a simple question: why are fruit flies smaller when they grow up in a crowded vial? #Development #Plasticity #Drosophila
Micrographs of two Drosophila melanogaster pupal cases. The left pupal case is slightly larger than the right. The left pupal case is marked uncrowded, and the right is marked crowded. A 1mm line is above the pupal cases for scale. Both are males reared on low nutrition; the left is from a vial with 50 larvae, the right is from a vial with 200 larvae.

Room to breathe: Nutrition and developmental oxygen modulate the crowding effect on size in Drosophila melanogaster https://www.biorxiv.org/content/10.64898/2026.07.02.736161v1

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Iain Wilson
@iainwilsonwien.bsky.social
8 days ago
Two contributions from our lab at #ICS2026 - Kristína and her poster on #Drosophila glycans and Alba and her talk on #Dictyostelium glycans - in both cases some weird & wonderful structures - solved without databases, with much of the brain work done by Katharina Paschinger.
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Margherita Battistara
@mbattistara.bsky.social
9 days ago
Final thought: development is not one fixed script. Evolution finds different mechanical solutions to the same morphogenetic problem. Or, more simply: when things get crowded, the beetle finds another dimension. 🪲 #EvoDevo #gastrulation #morphogenesis #development #Drosophila #Tribolium
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Oikos
@oikosjournal.bsky.social
9 days ago
🔲👥Simplifying species-interaction models by grouping parameters: optimal groupings differ between effects and responses ttps://doi.org/10.1002/oik.11410 #Classification #Competition #Drosophila #EcologicalEquivalence #Grouping #ModelFitting #ModelPerformance
Histogram showing frequency of AICc values with markers for separated and grouped models.
Matrix of interactions between Drosophila species with co-classification tables.
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