Applications in Immunology and Immunotherapy

Chair(s):
Harrison, R., University of Oklahoma
Co-chair(s):
Shoemaker, J. E., University of Pittsburgh

This session highlights applying both conventional and emerging systems concepts from biochemical engineering to aid in understanding immunology and developing immunotherapies. Presentations are invited on the latest developments that have direct relevance to immunology/immunotherapy: (1) experimental approaches that measure immune molecules and immune cell functions including the applications of omics technologies, (2) molecular engineering, (3) design of next generation assays and (4) computational approaches to analyze, model or predict behavior.

Papers:
12:30 PM
(311a) Controlling Cellular Phenotypes Via Cytokine-Releasing Backpacks for Cancer Immunotherapy
12:48 PM
(311b) Enhancing the Tumor Selectivity of Targeted Proteins through Avidity Optimization
1:06 PM
(311c) Tandem CAR for Enhancing Antitumor Efficacy and Persistence of CAR T Cells in Solid Tumor Treatment
1:24 PM
(311d) The Presence of an Endothelial Lumen Drives Fungal Germination and Neutrophil Migration in a Physiologically Relevant in Vitro Model of Infection
1:42 PM
(311e) Developing a Novel Parkinson's Disease Diagnostic
2:00 PM
(311f) Factor Releasing Regenerative Bandages for Enhanced Healing in Diabetic Wounds
2:18 PM
(311g) Invited: Engineering Protein Assemblies for Precision Health: Artificial Antigen Presentation and Epitope Discovery
Topics: 
Biomedical Engineering

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Pricing

Individuals

AIChE Members $150.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
Non-Members $225.00