.@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: https://t.co/t39qUHzhyB #ASHG
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 https://t.co/5FQTUtxoDF
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
https://t.co/pMkNx7gT9L
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
https://t.co/16xFlfSx9t
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
https://t.co/16xFlfSx9t
So happy to share our new COVID-19 preprint in collaboration with @JKropski highlighting the developmental regulation of SARS-CoV-2 entry factors:
https://t.co/SUDPbWns0F
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.
https://t.co/8JOFpiCbue