Joseph Swift
@_joseph_swift
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Postdoc in the Ecker lab @salkinstitute. @LSRFdtn fellow. Research in drought + light signaling; using singlecell omics to get me there. PhD @coruzzilab
Joined October 2018
Just out in Nature, we reveal a key molecular signature that evolution drew upon to boost photosynthesis—the process responsible for fixing CO2 (and sustaining life as we know it). Together with the brilliant @l_luginbuehl, @JoeEcker, and @jmhibber
https://t.co/UGkUzEn4hf
nature.com
Nature - Single-nucleus RNA-sequencing and chromatin-accessibility analyses in rice (a C3 plant) and sorghum (a C4 plant) provide insight into how C4 photosynthesis evolved in bundle-sheath cells,...
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Excited to announce that research I performed with @_joseph_swift and @JoeEcker at the @salkinstitute has been published in @eLife (1/3). https://t.co/Y7EonhFrzi
elifesciences.org
The 'low water' agar assay provides a reliable and practical high-throughput method for studying plant molecular signaling responses to drought stress.
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2 model crops, 9 time points, almost 500,000 sequenced nuclei, and hours and hours of talking about science: it has been such a pleasure to collaborate with the amazing @_joseph_swift, @JoeEcker, and @TinaSchreier. Particularly grateful to @jmhibber for being a wonderful mentor.
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C4 photosynthesis is highly complex but found in >60 plant lineages. One hallmark is cell specific gene expression. We show that’s mediated by C4 genes acquiring cis elements that link to cell identity networks @l_luginbuehl @_joseph_swift @JoeEcker
https://t.co/CQ0mh1U2zW
biorxiv.org
In multicellular systems changes to the patterning of gene expression drive modifications in cell function and trait evolution. One striking example is found in more than sixty plant lineages where...
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Saying goodbye to a great friend and technician today. Good luck at Grad school Stephen, and remember- the *sci* is the limit! 😆
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Welcoming a new friend to the Ecker lab @James_Walker303 happy to have you join the team! @nobolly @_joseph_swift @TrALEE_Sci
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Plants respond dynamically to developmental, circadian and environmental cues & these responses vary over time and space. How can a new research field – Plant Cell System Dynamics – help to understand the underlaying mechanisms? A focussed review: https://t.co/oZ4RKOKJjQ
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The Coruzzi Lab and our collaborators in Chile @Rodrigo_G_I, @ArausViviana @iBioChile are happy to announce our most recent publication in PNAS! Proud to be a part of this hard working team! https://t.co/VrJTUtBAwi
pnas.org
The Atacama Desert in Chile—hyperarid and with high–ultraviolet irradiance levels—is one of the harshest environments on Earth. Yet, dozens of spec...
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The Life Sciences Research Foundation seeks research proposals from exceptional, early-career postdoctoral researchers engaged in high-quality, creative, basic biological research in all areas of life science. Our application portal opens for submissions… https://t.co/xGpygvpxqo
linkedin.com
The Life Sciences Research Foundation seeks research proposals from exceptional, early-career postdoctoral researchers engaged in high-quality, creative, basic biological research in all areas of...
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Exciting shipment for the Ecker lab today, the #ChromiumX @10xGenomics. Who's ready for some million nuclei experiments? @nobolly @_joseph_swift @NatanellaE
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Its happened again, another stomata game! Conserve water, take up CO2, be the best leaf. https://t.co/oysJN8RF9Z
#scicomm #phdchat #plantsci
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Our article "Time-Based Systems Biology Approaches to Capture and Model Dynamic Gene Regulatory Networks" has just been published - Annual Review of Plant Biology. Happy to share it! @coruzzilab @MDakotaBrooks @_joseph_swift @AnnualReviews
https://t.co/wOe4WqVmQc
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Joseph Swift @_joseph_swift from @JoeEcker lab @salkinstitute has sequenced 170K(!) nuclei from leaves to look at responses to drought and hormone treatments! 🤯 #iPSB2021
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Our review *Time-Based Systems Biology Approaches to Capture and Model Dynamic Gene Regulatory Networks* is online at @AnnualReviews of plant biology! With @plants_alvarez @MDakotaBrooks and @_joseph_swift link to the paper: https://t.co/rwTveBONP0
#plantbio #systembiology
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Salk Institute along with @scrippsresearch, @SBPdiscovery and @ljiresearch issued a joint statement on how the new proposals from ICE threaten scientific progress. Join us in voicing your comments against the ICE proposal until Oct 26. https://t.co/zVeXv7BzDi
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Super excited!! Check our letter now online on @NewPhyt ! Underground gibberellin activity: differential gibberellin response in tomato shoots and roots
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