RT @purveshkhatri: In The Lancet: host response can PREDICT secondary bacterial infection at presentation! https://t.co/RxSirMOO9w We have…
RT @purveshkhatri: In The Lancet: host response can PREDICT secondary bacterial infection at presentation! https://t.co/RxSirMOO9w We have…
In The Lancet: host response can PREDICT secondary bacterial infection at presentation! https://t.co/RxSirMOO9w We have shown who will get infected upon exposure to influenza (https://t.co/FgvJyy74Kd). These results SUGGEST host response may predict susc
Very cool study!! Our previous results showing lower NK cell proportion at baseline is associated with the increase risk of infection upon exposure to influenza is also corroborated (https://t.co/PICoO4og5D)!
RT @keisuke4713: インフルにかかるか? 答えはあなたの血の中にあるかも https://t.co/7DpG5etV9n インフルにさらされる前に血液中に見られたKLRD1のレベル インフルにかかるかどうかを86%の精度で予測できた KLRD1発現するNK細胞は…
インフルにかかるか? 答えはあなたの血の中にあるかも https://t.co/7DpG5etV9n インフルにさらされる前に血液中に見られたKLRD1のレベル インフルにかかるかどうかを86%の精度で予測できた KLRD1発現するNK細胞はインフル感受性を予測 https://t.co/tjFTgR4zRW *コロナも関係?研究中のよう
RT @purveshkhatri: Third successful application of immunoStates (https://t.co/lBTaYbGBmD) after TB in Nature (https://t.co/h8U6un1Vrh) and…
Third successful application of immunoStates (https://t.co/lBTaYbGBmD) after TB in Nature (https://t.co/h8U6un1Vrh) and influenza in Genome Medicine (https://t.co/gAWTrQEXJc) in deconvolving publicly-available transcriptome data to find novel biology and b
For example on how to use immunoStates for in silico systems analysis using existing transcriptome data see our manuscripts on TB (https://t.co/D4lQW2QgmX) and influenza (https://t.co/pL29rUOsuh). More on the way...
KLRD1-expressing natural killer cells predict influenza susceptibility. https://t.co/Gu3iLtq0td
RT @drjessilyn: @Stanford scientists @erika_bongen @purveshkhatri uncover #biomarker for #flu susceptibility (NK #immune cell #gene KLRD1).…
RT @drjessilyn: @Stanford scientists @erika_bongen @purveshkhatri uncover #biomarker for #flu susceptibility (NK #immune cell #gene KLRD1).…
RT @geneticseduNSW: Discovery of biomarker for flu susceptibility by Stanford University School of Medicine Researchers https://t.co/w40vJ7…
RT @AFHSBPAGE: #Biomarkers predicting #influenza susceptibility would be useful for identifying risk groups and designing vaccines. #flu #H…
RT @infdisease_news: KLRD1-Expressing NK Cells Predict Influenza Susceptibility @StanfordMed https://t.co/odGZhqz7fy
RT @drjessilyn: @Stanford scientists @erika_bongen @purveshkhatri uncover #biomarker for #flu susceptibility (NK #immune cell #gene KLRD1).…
@Stanford scientists @erika_bongen @purveshkhatri uncover #biomarker for #flu susceptibility (NK #immune cell #gene KLRD1). Utilized preexisting data from studies @Harvard & @Duke - exemplifies power of #data repurposing. https://t.co/hM92cPVWRu [paper
RT @infdisease_news: KLRD1-Expressing NK Cells Predict Influenza Susceptibility @StanfordMed https://t.co/odGZhqz7fy
RT @infdisease_news: KLRD1-Expressing NK Cells Predict Influenza Susceptibility @StanfordMed https://t.co/odGZhqz7fy
KLRD1-expressing natural killer cells predict influenza susceptibility https://t.co/C9dgCJLw3e #genomemedicine
RT @infdisease_news: KLRD1-Expressing NK Cells Predict Influenza Susceptibility @StanfordMed https://t.co/odGZhqz7fy
RT @infdisease_news: KLRD1-Expressing NK Cells Predict Influenza Susceptibility @StanfordMed https://t.co/odGZhqz7fy
RT @infdisease_news: KLRD1-Expressing NK Cells Predict Influenza Susceptibility @StanfordMed https://t.co/odGZhqz7fy
KLRD1-Expressing NK Cells Predict Influenza Susceptibility @StanfordMed https://t.co/odGZhqz7fy
RT @GenomeMedicine: Biomarker for predicting #influenza susceptibility - online now! By @purveshkhatri and colleagues https://t.co/sEd68Od0…
RT @GenomeMedicine: Biomarker for predicting #influenza susceptibility - online now! By @purveshkhatri and colleagues https://t.co/sEd68Od0…
RT @GenomeMedicine: Biomarker for predicting #influenza susceptibility - online now! By @purveshkhatri and colleagues https://t.co/sEd68Od0…
Biomarker for predicting #influenza susceptibility - online now! By @purveshkhatri and colleagues https://t.co/sEd68Od0Bt
KLRD1 -expressing natural killer cells predict influenza susceptibility https://t.co/uX92Z0I9OO
KLRD1-expressing natural killer cells predict #influenza susceptibility: https://t.co/bQXUQPL39N
#Biomarkers predicting #influenza susceptibility would be useful for identifying risk groups and designing vaccines. #flu #H1N9 https://t.co/FRTDZUuIm2
KLRD1-expressing natural killer cells predict influenza susceptibility https://t.co/tgXrCi2f6Q #genomemedicine
Discovery of biomarker for flu susceptibility by Stanford University School of Medicine Researchers https://t.co/w40vJ7F1ni via @medical_xpress. Full text article at https://t.co/bjAxAYaJro https://t.co/0ZiZLvHMVF
NK cell phenotype predicts susceptibility to flu! https://t.co/M4XJjclu07
RT @atscommunity: KLRD1-expressing natural killer cells predict #influenza susceptibility: https://t.co/bQXUQPL39N
RT @GenomeMedicine: New from @purveshkhatri &co: KLRD1-expressing natural killer cells predict #influenza susceptibility https://t.co/sEd68…
KLRD1-expressing natural killer cells predict influenza susceptibility. https://t.co/LsGLtNOk48
RT @imohorianu: KLRD1-expressing natural killer cells predict influenza susceptibility https://t.co/L2N2g19fXL #genomemedicine
KLRD1-expressing natural killer cells predict influenza susceptibility https://t.co/L2N2g19fXL #genomemedicine
KLRD1-expressing natural killer cells predict influenza susceptibility. by Bongen E, Vallania F, Utz PJ, Khatri P https://t.co/5QuHGie4ml
KLRD1-expressing natural killer cells predict #influenza susceptibility: https://t.co/bQXUQPL39N
RT @Inflammatix_Inc: Congrats to @Inflammatix_Inc founder @purveshkhatri and his team at @StanfordMed on their recent publication on identi…
RT @AndrewPaviaMD: Lovely paper showing the role of NK cells in the response to flu infection, and as a marker of susceptibility. The compl…
RT @Inflammatix_Inc: Congrats to @Inflammatix_Inc founder @purveshkhatri and his team at @StanfordMed on their recent publication on identi…
RT @purveshkhatri: Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to expo…
Congrats to @Inflammatix_Inc founder @purveshkhatri and his team at @StanfordMed on their recent publication on identifying the degree of flu susceptibility by reading the immune system. https://t.co/BZMUULfXf2
RT @AndrewPaviaMD: Lovely paper showing the role of NK cells in the response to flu infection, and as a marker of susceptibility. The compl…
Lovely paper showing the role of NK cells in the response to flu infection, and as a marker of susceptibility. The complexity of flu immunology is slowly coming into focus after decades of focus on humoral immunity. https://t.co/CEgQ9rM5Cl
Interested in yet another example of re-analysis of publicly available data (GEO)? https://t.co/XEKuQqPYN9
RT @GenomeMedicine: New from @purveshkhatri &co: KLRD1-expressing natural killer cells predict #influenza susceptibility https://t.co/sEd68…
RT @GenomeMedicine: New from @purveshkhatri &co: KLRD1-expressing natural killer cells predict #influenza susceptibility https://t.co/sEd68…
New from @purveshkhatri &co: KLRD1-expressing natural killer cells predict #influenza susceptibility https://t.co/sEd68Od0Bt https://t.co/GjHwUlqjpB
RT @purveshkhatri: Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to expo…
RT @purveshkhatri: Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to expo…
RT @purveshkhatri: Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to expo…
RT @purveshkhatri: Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to expo…
RT @purveshkhatri: Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to expo…
RT @purveshkhatri: Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to expo…
Our paper on using cell-mixture deconvolution to identify a biomarker for predicting influenza infection *prior* to exposure using challenge studies https://t.co/Hc5tou7QY6