Scientific Sessions
- Antigen Processing and Presentation
- B Cell and T Cell Development
- Regulatory T Cell, B Cell, and Myeloid Suppressor Cell Activity
- Cell-Cell Interactions
- Cellular and Molecular Mechanisms of Immune Defense
- Complement Crosstalk
- Signal Transduction and Inflammasome Activation
- Fc Receptors and Acute Phase Proteins
- Structural Biology related to Immune Regulation
- Mechanisms/Biology of Immunological Memory and Aging
- Structures and Function
- Regulation of Immune Cell Development and Function
- Receptors, Adhesion, and Signal Transduction
- Leukocyte Recruitment
- Inflammation
- Immune Tolerance and Autoimmunity
- Therapeutics and Therapies for Immune Modulation
- Autoimmune Diseases – Mechanisms and Therapies
- Transplantation Immunology
- Graft vs. Host Disease (GvHD)
- Mechanisms and Prevention of Graft Rejection
- Immunity against pathogens (microbial, fungal, viral)
- Mechanisms of Host Invasion, Evasion, and Resistance
- Mast Cells, Eosinophils, Basophils
- Asthma and Allergic Inflammation
- Regulation of Hypersensitivity Responses
- Basic Immunity of exosomes (Antigen Processing and Presentation, B Cell and T Cell Development
- Functions of B, T, DC, macrophage, leukocyte, NK, NKT and IC cells, Regulatory T Cell, B Cell, and Myeloid and other Suppressor Cell Regulation and Activation Pathways
- Bacterial EVs called outer membrane vesicles (OMV)
- Aspects of RNA carriage, cell targeting, and intracellular effects mediated by EVs and their RNAs
- Exosomes and EVs in chronic diseases and their regulation
- Phenotypic and descriptive aspects of Exosomes and EVs (proteome, RNAome, enzymes, lipids, surface constituents, etc.)
- RNA and DNA aspects of exosomes and other EVs
- Preparing, storing and administration of therapeutic exosomes
- EV subpopulations (including exomeres, microvesicles, apoptotic vesicles, etc.)
- Cellular interactions of exosomes or EVs in vitro, or in vivo
- Role of EV in the origin, promotion, effects, diagnosis and therapy of cancers
- Diagnostic uses of EV (liquid biopsies, etc.)
- Role of non-vesicular extracellular RNAs
- Role of EVs as vaccines
- EVs and exosomes in animals, plants, various microorganisms, etc.
- Exosomes in milk and the diet; influences in neonates and adults
- Role of EVs in development, reproduction and possible trans generational effects
- EV aspects of neurological and psychiatric conditions; including Alzheimer’s Disease, Parkinson’s Disease and autism
- Survival and function of exosomes and other EVs in harsh conditions
- Role of EVs in exercise, aquapuncture, Botox treatments, diet and other unanticipated situations
- Preparing, storing and administration of exosomes for human use
- Mesenchymal and other stem cell-derived exosomes