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Bryce Schuler
88 posts
Bryce Schuler retweetou
.@AJHGNews latest article conducts a systematic review, synthesizing the current literature on the utilization of genomic sequencing in the neonatal intensive care unit, revealing significant benefits & critical barriers to widespread implementation: cell.com/ajhg/abstract/… #ASHG
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Bryce Schuler retweetou
Really excited to see this in print and grateful for the incredible team who was willing to partner with us! @JPerinatology @VUMCchildren @bryce_schuler #inpatientGC #GeneChat
doi.org/10.1038/s41372…
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Bryce Schuler retweetou
#Review: Lessons learned: next-generation sequencing applied to undiagnosed genetic diseases: buff.ly/3LGcE2v
@bryce_schuler @VUMChealth
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Bryce Schuler retweetou
Delighted to share this new work from the lab led by @nicknegretti and the scRoundtable: @EPlosa John Benjamin @JKropski @bryce_schuler @NeBanovich
@VUMCLung @VUMCResearch @vumcpeds
A Single Cell Atlas of Lung Development biorxiv.org/content/10.110…
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Exciting news and example of a great collaborative effort! Honored to be a part of it!
Journal of Clinical Investigation@jclinicalinvest
Just Published: Age-determined expression of priming protease TMPRSS2 and localization of SARS-CoV-2 in lung epithelium: buff.ly/3lDkz49 @bryce_schuler @JKropski @sucre_jen @vumcpeds #COVID_19 #Pulmonology
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Bryce Schuler retweetou
A new study identifies a possible key to lower rates of #COVID19 infection among the very young: age-related changes in the presence of TMPRSS2, a serine protease in epithelial cells. @bryce_schuler @sucre_jen @JKropski @vumcpeds
spr.ly/6019G5hVW
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Bryce Schuler retweetou
Bryce Schuler retweetou
great work led by @bryce_schuler!
Vanderbilt University Medical Center@VUMCDiscoveries
A new study identifies a possible key to lower rates of #COVID19 infection among the very young: age-related changes in the presence of TMPRSS2, a serine protease in epithelial cells. @sucre_jen @JKropski @vumcpeds spr.ly/6019Gdb5z
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A collaborative effort led by @JKropski and @sucre_jen
Vanderbilt University Medical Center@VUMCDiscoveries
A new study identifies a possible key to lower rates of #COVID19 infection among the very young: age-related changes in the presence of TMPRSS2, a serine protease in epithelial cells. @sucre_jen @JKropski @vumcpeds spr.ly/6019Gdb5z
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Bryce Schuler retweetou
A new study identifies a possible key to lower rates of #COVID19 infection among the very young: age-related changes in the presence of TMPRSS2, a serine protease in epithelial cells. @sucre_jen @JKropski @vumcpeds
spr.ly/6019Gdb5z
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Bryce Schuler retweetou
Identifying digenic disease genes using machine learning in the undiagnosed diseases network biorxiv.org/cgi/content/sh… #biorxiv_bioinfo
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Bryce Schuler retweetou
@stephenwpatrick @vumcpeds @VUMC_Insights @VUMChealth @VUMCchildren With gratitude to our team @JKropski @NeBanovich @bryce_schuler and many others!
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Bryce Schuler retweetou
So happy to share our new COVID-19 preprint in collaboration with @JKropski highlighting the developmental regulation of SARS-CoV-2 entry factors:
biorxiv.org/content/10.110…
jon kropski@JKropski
Excited to present our new COVID-19 preprint in collaboration with @sucre_jen and @NeBanovich suggesting that SARS-CoV-2 entry factors may be developmentally regulated. doi.org/10.1101/2020.0…
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Bryce Schuler retweetou
Excited to present our new COVID-19 preprint in collaboration with @sucre_jen and @NeBanovich
suggesting that SARS-CoV-2 entry factors may be developmentally regulated.
doi.org/10.1101/2020.0…
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Naperville, IL 🇺🇸 English
Bryce Schuler retweetou
Ingrid Michaelson fans - Tickets are going fast for @ingridmusic Oct. 13 @ The Pabst! Don't miss out... bit.ly/ingrid414 #lovemkelive
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Bryce Schuler retweetou
No big deal...LU alum helping to unlock the mysteries of a rare genetic kidney disease. Congrats @bryce_schuler '09! ow.ly/Vl2Et
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