Rheum4Science Immunology Series
The creation of the Rheum4Science program grew out of the conviction that teaching science is important for rheumatologists in training and that adult learners benefit from a variety of resources and formats. The Rheum4Science: Immunology Series provides a progressive, clinically focused foundation in immunology for emerging rheumatology clinicians.
Participants will explore innate and adaptive immune
mechanisms and their relevance to rheumatologic disease, strengthening
diagnostic insight and clinical decision‑making.
Rheum4Science Series
This activity is part of a series. See the other activities in the series below.
Rheum4Science Interactive Modules
Rheum4Science – Clinical Research Methodology
- Rheum4Science: Data & Distribution
- Rheum4Science: Cohort Studies
- Rheum4Science: Randomized Controlled Trials
Rheum4Science – Immunopathogenesis of Rheumatic Disease
Registration is complimentary.
Target Audience
Rheumatology fellows in training. This activity may also be of interest to medical students, residents, practicing rheumatologists, and other rheumatology health care professionals interested in strengthening their understanding of basic scientific principles and clinical research methodology relevant to the field of rheumatology.
Learning Objectives
Upon completion of this activity, participants should be able to:
- Explain the core organization and principles of the immune system, including recognition, activation, regulation, and memory in health and disease
- Differentiate innate and adaptive immune responses, including their key cells, mediators, effector mechanisms, and timing
- Describe how immune responses are initiated and shaped, including pattern recognition, antigen processing and presentation, and immune signaling pathways
- Summarize the roles of key immune cells and mediators, including dendritic cells, neutrophils, cytokines, complement, T cells, B cells, and antibodies
- Explain how immune responses are anatomically organized, including lymphoid organs, immune compartments, and cellular trafficking
- Recognize mechanisms of immune dysregulation that contribute to autoimmunity, autoinflammatory disease, and immune‑mediated tissue injury
- Apply foundational immunologic concepts to clinical reasoning in rheumatology, supporting diagnostic interpretation and therapeutic decision‑making
CE & MOC Information
This activity is not eligible for CE/MOC.
Acknowledgement of Commercial Support
No commercial support was provided for this activity.
Educational Activity Policies
See ACR educational activity policies, including the online enduring activity refund policy.