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9:17 am Plenary Address: Making sense of pathogen sensors of Innate Immunity: Utility of their ligands as antiviral agens and adjuvants for vaccines. @ Acharya Hall
Plenary Address: Making sense of pathogen sensors of Innate Immunity: Utility of their ligands as antiviral agens and adjuvants for vaccines. @ Acharya Hall
Aug 13 @ 9:17 am – 9:55 am
Plenary Address: Making sense of pathogen sensors of Innate Immunity: Utility of their ligands as antiviral agens and adjuvants for vaccines. @ Acharya Hall | Vallikavu | Kerala | India
Suryaprakash Sambhara, DVM, Ph.D Chief, Immunology Section, Influenza Division, CDC, Atlanta, USA Making sense of pathogen sensors of Innate Immunity: Utility of their ligands as antiviral agents and adjuvants for vaccines. Currently used antiviral agents act by inhibiting viral entry,
9:20 am Plenary Talk: Modeling strategy based on Petri-nets @ Sathyam Hall
Plenary Talk: Modeling strategy based on Petri-nets @ Sathyam Hall
Aug 13 @ 9:20 am – 10:00 am
Plenary Talk: Modeling strategy based on Petri-nets @ Sathyam Hall | Vallikavu | Kerala | India
Jaap Heringa, Ph.D. Director & Professor of Bioinformatics, IBIVU VU University Amsterdam, The Netherlands Modeling strategy based on Petri-nets In my talk I will introduce a formal modeling strategy based on Petri-nets, which are a convenient means of modeling biological
10:52 am Invited Talk: Interrogating Signaling Networks at the Single Cell Level in Primary Human Patient Samples @ Acharya Hall
Invited Talk: Interrogating Signaling Networks at the Single Cell Level in Primary Human Patient Samples @ Acharya Hall
Aug 13 @ 10:52 am – 11:22 am
Invited Talk: Interrogating Signaling Networks at the Single Cell Level in Primary Human Patient Samples @ Acharya Hall | Vallikavu | Kerala | India
Michelle Hermiston, MD, Ph.D. Assistant Professor, Department of Pediatrics University of California San Francisco, USA Interrogating Signaling Networks at the Single Cell Level In Primary Human Patient Samples Multiparameter phosphoflow cytometry is a highly sensitive proteomic approach that enables monitoring of