MicroPublications make focused results citable, open, and reusable.
If you work on dosage compensation, chromatin, genomics, or Drosophila, take a look 👇
🔗 doi.org/10.17912/mic...
#Drosophila #DosageCompensation #OpenScience
MicroPublications make focused results citable, open, and reusable.
If you work on dosage compensation, chromatin, genomics, or Drosophila, take a look 👇
🔗 doi.org/10.17912/mic...
#Drosophila #DosageCompensation #OpenScience
• Male reproductive cells → lower compensation
• Neural cells → higher compensation
• Other cells → normal compensation
Known regulators (RoX1 & RoX2) were involved—but couldn’t explain everything.
More biology to uncover 🔍
• Male reproductive cells → lower compensation
• Neural cells → higher compensation
• Other cells → normal compensation
Known regulators (RoX1 & RoX2) were involved—but couldn’t explain everything.
More biology to uncover 🔍
X-chromosome regulation spans a spectrum across cell types.
Some cells show lower activity, some are well balanced, and others show higher-than-expected activity.
Not a simple on/off switch.
X-chromosome regulation spans a spectrum across cell types.
Some cells show lower activity, some are well balanced, and others show higher-than-expected activity.
Not a simple on/off switch.
“Cell-Type Specific Variation in X-Chromosome Dosage Compensation in Drosophila.”
A short, peer-reviewed study showing X-chromosome regulation isn’t one-size-fits-all. doi.org/10.17912/mic...
“Cell-Type Specific Variation in X-Chromosome Dosage Compensation in Drosophila.”
A short, peer-reviewed study showing X-chromosome regulation isn’t one-size-fits-all. doi.org/10.17912/mic...
* In humans, females turn one X down
* In Drosophila, males turn their single X up.
Same goal: balanced gene expression.
But here’s the interesting question: does this balancing act work the same way in every cell type? 🤔
* In humans, females turn one X down
* In Drosophila, males turn their single X up.
Same goal: balanced gene expression.
But here’s the interesting question: does this balancing act work the same way in every cell type? 🤔
shinyelectron::export() → #rshinylive conversion → .dmg → Native Mac app
Zero #rstats dependencies for end users! Early days but promising 👀
shinyelectron::export() → #rshinylive conversion → .dmg → Native Mac app
Zero #rstats dependencies for end users! Early days but promising 👀
#Drosophila #SSD #Allometry #Preprint
#Drosophila #SSD #Allometry #Preprint
www.biorxiv.org/content/10.1...
www.biorxiv.org/content/10.1...