IL-36γ Is a Key Regulator of Neutrophil Infiltration in the Vaginal Microenvironment and Limits Neuroinvasion in Genital HSV-2 Infection. https://t.co/YWIKwjIary
RT @recherche_anima: #Genital #herpes: a study in the #mouse🐁 shows that #IL36γ #cytokines limit the propagation of the HSV2 #virus👾 in the…
RT @recherche_anima: #Genital #herpes: a study in the #mouse🐁 shows that #IL36γ #cytokines limit the propagation of the HSV2 #virus👾 in the…
#Genital #herpes: a study in the #mouse🐁 shows that #IL36γ #cytokines limit the propagation of the HSV2 #virus👾 in the nervous system and promotes the mobilization of #neutrophils (immune cells🛡🗡) towards the #vaginal epithelium 🤔👍 https://t.co/4755l5XAEO
#Herpès👾 #génital: une étude chez la #souris🐁 montre que la #cytokine #IL36γ limite la propagation du #virus #HSV2👾 dans le système nerveux et favorise la mobilisation des #neutrophiles (cellules immunitaires) vers l'épithélium #vaginal 🤔👍 https://t.co/475
RT @HerbstKralovetz: So excited and proud to share my grad student now Dr. Gardner’s thesis work online today @J_Immunol on IL-36γ in the v…
Congratulations, and phenomenal mentorship Dr. @HerbstKralovetz!
Nice work!
RT @HerbstKralovetz: So excited and proud to share my grad student now Dr. Gardner’s thesis work online today @J_Immunol on IL-36γ in the v…
So excited and proud to share my grad student now Dr. Gardner’s thesis work online today @J_Immunol on IL-36γ in the vaginal microenvironment and it’s novel neuroinvasion role in genital HSV-2 infection @uamedphx https://t.co/pFofgrhrSy #herbstkralovetzlab