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@gsxej | |||||
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Excited to share our @biorxivpreprint: #connectomics reconstruction of olfactory circuits in the #Drosophila brain led by @as_bates @MRC_LMB, @uni_matrix @martamcosta2 @CamZoology. Collaboration with @ddavi, @ScottishWaddell, Gerry Rubin @HHMIJanelia 1/12 biorxiv.org/content/10.110… pic.twitter.com/HxzhfWT5Pt
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Philipp Schlegel
@uni_matrix
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20. sij |
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Building on previous work from @zhihaozheng, @dddavi et al we reconstructed, identified and analysed all 346 olfactory projection neurons (PNs) using @catmaid. ~2-3x more PNs than previously reported! 2/12 pic.twitter.com/Yc7bCMhaaw
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Albert Cardona
@albertcardona
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20. sij |
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So interesting to see that the adult #Drosophila also has numerous multiglomerular projection neurons (mPNs), just like the larva. mPNs are rather intriguing, with their specific patterns of OSN inputs suggestive of computational shortcuts for innate responses to odors.
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Greg Jefferis
@gsxej
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21. sij |
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Domenica Davi
@DDavi
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28. sij |
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I don’t think I am the @ddavi you intended to include in this tweet. Amazing work though 👏👏👏
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Greg Jefferis
@gsxej
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28. sij |
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Sorry, we spotted soonish that you weren’t @dddavi but unfortunately it was already too late!
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Stephen F Goodwin
@SFGLab
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21. sij |
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stunning
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Greg Jefferis
@gsxej
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21. sij |
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Thanks, Stephen. I do like working with science that is aesthetic as well as (I hope) impactful!
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Greg Jefferis
@gsxej
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21. sij |
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Not yet. But it’s bound to be about more complex yeast volatiles. @MarcusStensmyr is your man.
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Alexander Bates
@as_bates
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28. sij |
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Oop, our second author just joined Twitter: @neurooree. Where is your exciting fly-based profile picture?
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