Presented by ICIS Awards Committee:
Bryan Williams, Chair (2017-2019)
Kate Fitzgerald, Co-Chair (2017-2019)
Nicola Ivan Lore (2015-2020)
Seth Masters (2015-2020)
Fabienne MacKay (2018-2020)
Thomas B. Lavoie (2017 – 2019)
Seth Masters (2015-2017)
Masaaki Murakami (2018-2020)
Dane Parker (2015-2020)
Milstein Young Investigator Awards
TREATMENT WITH HETERODIMERIC IL-15 SHAPES THE CYTOKINE AND CHEMOKINE MILIEU OF THE TUMOR, PROMOTING TUMOR INFILTRATION BY CYTOTOXIC LYMPHOCYTES: A GENERAL METHOD FOR LYMPHOCYTE ENTRY IN TUMORS
Presentation on Sunday, 28 October, 09:45 – 10:00 in Plenary Session I
REGULATION OF NOVEL PATTERN RECOGNITION RECEPTOR SIGNALING AND IFN INDUCTION BY UNANCHORED K48-LINKED POLYUBIQUITIN CHAINS
Presentation on Sunday, 28 October, 10:00-10:15 in Plenary Session I
THE EXPANDING FUNCTIONS OF THE INFLAMMASOME COMPLEXES
Presentation on Tuesday, 30 October, 11:00 – 11:25 in Symposium 15: Inflammasome and IL1 Family members II
CYTOKINE REGULATION OF INTESTINAL HEALTH
Presentation on Sunday, 28 October, 16:30 – 16:55 in Symposium 6: Intestinal Homeostasis
TYPE I INTERFERONS REGULATE B CELL DEVELOPMENT AND DIFFERENTIATION
Presentation on Monday, 29 October, 10:20-10:35 in Plenary 2: Advances in Pathogenic Th17 axis of evil
The Christina Fleischmann Award to Young Women Investigators
Sophia Davidson, Walter and Eliza Hall Institute for Medical Research, Parkville, Australia
DELINEATION OF THE INFLAMMATORY PATHWAY BEHIND PROTEASOME-ASSOCIATED AUTOINFLAMMATORY SYNDROME
Presentation on Sunday, 28 October, 10:15 – 10:30 in Plenary Session
The Sidney & Joan Pestka Graduate & Post-Graduate Awards sponsored by:
DI- AND TRIMERIC BIOLOGICAL SWITCHES MADE OF NANOBODY-CYTOKINE RECEPTOR FUSION PROTEINS SIMULATE NATURAL SIGNAL TRANSDUCTION
Presentation on Sunday 28 October, 12:15-12:25 in Symposium 1: Innate Sensing and Signaling
The Sidney & Joan Pestka Post-Graduate Award
A METABOLITE-TRIGGERED TUFT CELL-ILC2 CIRCUIT DRIVES SMALL INTESTINAL REMODELING
Presentation on Sunday 28 October, 12:25-12:35 in Symposium 1: Innate Sensing and Signaling