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36 results for “ImmunoEditor”
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In @sciencemagazine this week, Ziegler, Engelhardt & al report that #sleep disruption in #HeartDisease is driven #macrophage-mediated loss of #neurons projecting from the #SuperiorCervicalGanglia into the #PinealGland!
Be sure to also check out the outstanding Perspective on this paper penned by Harvey Davis & David Atwell!
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In @sciencemagazine this week, Ziegler, Engelhardt & al report that #sleep disruption in #HeartDisease is driven #macrophage-mediated loss of #neurons projecting from the #SuperiorCervicalGanglia into the #PinealGland!
Be sure to also check out the outstanding Perspective on this paper penned by Harvey Davis & David Atwell!
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In @sciencemagazine this week, Ziegler, Engelhardt & al report that #sleep disruption in #HeartDisease is driven #macrophage-mediated loss of #neurons projecting from the #SuperiorCervicalGanglia into the #PinealGland!
Be sure to also check out the outstanding Perspective on this paper penned by Harvey Davis & David Atwell!
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In @sciencemagazine this week, Ziegler, Engelhardt & al report that #sleep disruption in #HeartDisease is driven #macrophage-mediated loss of #neurons projecting from the #SuperiorCervicalGanglia into the #PinealGland!
Be sure to also check out the outstanding Perspective on this paper penned by Harvey Davis & David Atwell!
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Recently in @sciencemagazine, Ellen Shrock, Stephen Elledge, & colleagues reported that human #immunoglobulin V gene segments encode GRAB motifs that help with #antibody recognition & may explain why different individuals can generate antibodies against the same #pathogen epitopes!
bit.ly/Sci_adc9498
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Recently in @sciencemagazine, Ellen Shrock, Stephen Elledge, & colleagues reported that human #immunoglobulin V gene segments encode GRAB motifs that help with #antibody recognition & may explain why different individuals can generate antibodies against the same #pathogen epitopes!
bit.ly/Sci_adc9498
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Recently in @sciencemagazine, Ellen Shrock, Stephen Elledge, & colleagues reported that human #immunoglobulin V gene segments encode GRAB motifs that help with #antibody recognition & may explain why different individuals can generate antibodies against the same #pathogen epitopes!
bit.ly/Sci_adc9498
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Recently in @sciencemagazine, Ellen Shrock, Stephen Elledge, & colleagues reported that human #immunoglobulin V gene segments encode GRAB motifs that help with #antibody recognition & may explain why different individuals can generate antibodies against the same #pathogen epitopes!
bit.ly/Sci_adc9498
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Recently in @sciencemagazine, Ellen Shrock, Stephen Elledge, & colleagues reported that human #immunoglobulin V gene segments encode GRAB motifs that help with #antibody recognition & may explain why different individuals can generate antibodies against the same #pathogen epitopes!
bit.ly/Sci_adc9498
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Also in @sciencemagazine this week: Giuseppe Matarese pens a Perspective on the link between #obesity and #autoimmunity!
#immunometabolism #overnutrition #T1D #MS #Tregs #adipocytes #CaloricRestriction #immunotherapy
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Also in @sciencemagazine this week: Giuseppe Matarese pens a Perspective on the link between #obesity and #autoimmunity!
#immunometabolism #overnutrition #T1D #MS #Tregs #adipocytes #CaloricRestriction #immunotherapy
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Also in @sciencemagazine this week: Giuseppe Matarese pens a Perspective on the link between #obesity and #autoimmunity!
#immunometabolism #overnutrition #T1D #MS #Tregs #adipocytes #CaloricRestriction #immunotherapy
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Also in @sciencemagazine this week: Giuseppe Matarese pens a Perspective on the link between #obesity and #autoimmunity!
#immunometabolism #overnutrition #T1D #MS #Tregs #adipocytes #CaloricRestriction #immunotherapy
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Also in @sciencemagazine this week: Giuseppe Matarese pens a Perspective on the link between #obesity and #autoimmunity!
#immunometabolism #overnutrition #T1D #MS #Tregs #adipocytes #CaloricRestriction #immunotherapy
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This week in @sciencemagazine :
Pavel Hanč, Uli von Andrian, & colleagues (Harvard Med) elucidate multiple mechanisms by which #nociceptors can control #DendriticCell functions!
with an accompanying Perspective by Barbara Schraml:
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This week in @sciencemagazine :
Pavel Hanč, Uli von Andrian, & colleagues (Harvard Med) elucidate multiple mechanisms by which #nociceptors can control #DendriticCell functions!
with an accompanying Perspective by Barbara Schraml:
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This week in @sciencemagazine :
Pavel Hanč, Uli von Andrian, & colleagues (Harvard Med) elucidate multiple mechanisms by which #nociceptors can control #DendriticCell functions!
with an accompanying Perspective by Barbara Schraml:
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This week in @sciencemagazine :
Pavel Hanč, Uli von Andrian, & colleagues (Harvard Med) elucidate multiple mechanisms by which #nociceptors can control #DendriticCell functions!
with an accompanying Perspective by Barbara Schraml:
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This week in @sciencemagazine :
Pavel Hanč, Uli von Andrian, & colleagues (Harvard Med) elucidate multiple mechanisms by which #nociceptors can control #DendriticCell functions!
with an accompanying Perspective by Barbara Schraml:
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Science Magazine (@sciencemagazine) First Release: Jean-Laurent Casanova & colleagues report that single-gene recessive inborn errors of OAS–RNase L pathway cause #myeloid cells to produce excess #inflammatory #cytokines following #dsRNA or #SARSCoV2 stimulation. This pathway may drive #MISC, a rare complication of #COVID19 in some #children!
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Today in #Science (@sciencemagazine), Claudia Arevalo, Scott Hensley, & al develop an #mRNA–#LipidNanoparticle #vaccine encoding #hemagglutinin antigens from all 20 known #influenza A & B virus subtypes/lineages! #Vaccination protected animals challenged w/ matched & mismatched viral strains!
In the same issue, Alyson Kelvin & Darryl Falzarano write a wonderful Perspective on this important next step towards a #UniversalFluVaccine!
Article: bit.ly/Sci_abm0271
PS: bit.ly/Sci_adf0900 -
Today in #Science (@sciencemagazine), Claudia Arevalo, Scott Hensley, & al develop an #mRNA–#LipidNanoparticle #vaccine encoding #hemagglutinin antigens from all 20 known #influenza A & B virus subtypes/lineages! #Vaccination protected animals challenged w/ matched & mismatched viral strains!
In the same issue, Alyson Kelvin & Darryl Falzarano write a wonderful Perspective on this important next step towards a #UniversalFluVaccine!
Article: bit.ly/Sci_abm0271
PS: bit.ly/Sci_adf0900 -
Today in #Science (@sciencemagazine), Claudia Arevalo, Scott Hensley, & al develop an #mRNA–#LipidNanoparticle #vaccine encoding #hemagglutinin antigens from all 20 known #influenza A & B virus subtypes/lineages! #Vaccination protected animals challenged w/ matched & mismatched viral strains!
In the same issue, Alyson Kelvin & Darryl Falzarano write a wonderful Perspective on this important next step towards a #UniversalFluVaccine!
Article: bit.ly/Sci_abm0271
PS: bit.ly/Sci_adf0900 -
Today in #Science (@sciencemagazine), Claudia Arevalo, Scott Hensley, & al develop an #mRNA–#LipidNanoparticle #vaccine encoding #hemagglutinin antigens from all 20 known #influenza A & B virus subtypes/lineages! #Vaccination protected animals challenged w/ matched & mismatched viral strains!
In the same issue, Alyson Kelvin & Darryl Falzarano write a wonderful Perspective on this important next step towards a #UniversalFluVaccine!
Article: bit.ly/Sci_abm0271
PS: bit.ly/Sci_adf0900 -
Today in #Science (@sciencemagazine), Claudia Arevalo, Scott Hensley, & al develop an #mRNA–#LipidNanoparticle #vaccine encoding #hemagglutinin antigens from all 20 known #influenza A & B virus subtypes/lineages! #Vaccination protected animals challenged w/ matched & mismatched viral strains!
In the same issue, Alyson Kelvin & Darryl Falzarano write a wonderful Perspective on this important next step towards a #UniversalFluVaccine!
Article: bit.ly/Sci_abm0271
PS: bit.ly/Sci_adf0900