IMMUNOLOGY2026™: Day 1

The Immunology Podcast18mApril 16, 2026

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AI-Generated Summary

This special episode of The Immunology Podcast marks Day 1 of Immunology 2026 in Boston, with hosts Dr. Jason Goldsmith and Dr. Brenda Roud providing a lively recap of key sessions from the annual meeting of the American Association of Immunologists. The episode opens with a sponsor segment for Stem Cell Technologies’ CEPMATE and Lymphoprep, offering a free trial sample through May 11th. The hosts then dive into highlights from the day’s scientific sessions, beginning with a discussion on high-throughput proteomics from NOMIC, which uses a bead-based, nested FRET technology to profile up to 1,000 proteins per sample for just $50—offering early detection of drug toxicity missed in traditional assays. They also spotlight a machine learning-driven network analysis tool called Cornet, which resolves long-standing debates about IL-12’s role in T follicular helper cell differentiation by integrating multi-omics data, revealing that chromatin accessibility changes—not just gene expression—drive immune responses. The second half focuses on respiratory immunology, featuring trainee presentations on bacterial pneumonia (OSM signaling in alveolar macrophages), lung-resident memory T cells with an 'exhaustion-like' phenotype, mucosal vaccine strategies using tracheal respiratory tract inoculation (TRT) to boost IgA responses, and a surprising finding that skin mite infections can trigger ILC2 cells to migrate to the lungs and adopt a skin-like phenotype, potentially enhancing lung immunity. The episode closes with lighthearted banter about hay fever and futuristic immunotherapies, including CRISPR-based CAR-T cells targeting IgE.

Key Takeaways
1

NOMIC’s nested FRET proteomics platform enables affordable, high-throughput protein profiling (1,000 proteins for $50/sample), detecting toxicities missed in conventional assays.

2

Cornet, a machine learning-based network analysis tool, resolves conflicting literature on IL-12 by integrating multi-omics data, revealing that chromatin accessibility—not just expression—drives T follicular helper cell differentiation.

3

Tracheal respiratory tract inoculation (TRT) significantly enhances mucosal IgA responses and long-term protection compared to standard intramuscular vaccination, offering a promising strategy for next-gen respiratory vaccines.

4

Skin mite infections can trigger ILC2 cells to migrate to the lungs and adopt a skin-like phenotype (CD103+ but ST2−), potentially priming the lung for enhanced immune responses to secondary infections.

5

OSM receptor beta signaling plays a critical protective role in bacterial pneumonia by regulating alveolar macrophage function and preventing excessive pro-inflammatory responses.

Chapters
0:00
2 min

Welcome to Immunology 2026

Hosts Dr. Jason Goldsmith and Dr. Brenda Roud welcome listeners to the first day of Immunology 2026 in Boston, introduce the podcast’s live recording event on April 17th, and highlight the Immunology Podcast booth for networking and giveaways.

1:59
2 min

Sponsor: Stem Cell Technologies – CEPMATE & Lymphoprep

Sponsored segment promoting CEPMATE and Lymphoprep for rapid, consistent PBMC isolation, with a free sample offer until May 11th.

4:00
4 min

NOMIC’s High-Throughput Proteomics & Nested FRET

They can do about a thousand proteins at 50 bucks for a sample. Pretty good.

Highlight
7:30
4 min

Cornet: Machine Learning Resolves IL-12 Controversy

They were able to really definitively show that it blocks differentiation of the precursors.

Highlight
11:15
7 min

Respiratory Immunology Breakthroughs

There seems to be an initial activation of these ILCs on the skin and then a migration to the lung where they kind of adopt some of the lung resident kind of phenotype.

Highlight
High-Impact Quotes
There seems to be an initial activation of these ILCs on the skin and then a migration to the lung where they kind of adopt some of the lung resident kind of phenotype.
Dr. Brenda Roud15:44
Viral: 85.0
They were able to really definitively show that it blocks differentiation of the precursors.
Dr. Jason Goldsmith5:45
Viral: 80.0
They show that there's this OSM receptor beta-independent signaling, and that is sufficient to protect against this excessive lung injury.
Dr. Brenda Roud10:08
Viral: 78.0
Speakers

Hosts

Dr. Jason GoldsmithDr. Brenda Roud
Topics Discussed
High-Throughput Proteomics90%Multi-Omics Integration88%Respiratory Immunology85%Mucosal Vaccines82%Tissue-Resident Memory T Cells80%ILC2 Biology78%Drug Toxicity Screening75%Machine Learning in Immunology70%
People & Brands

Dr. Brenda Roud

person

15xPositive

Dr. Jason Goldsmith

person

12xNeutral

Immunology 2026

other

8xPositive

ILC2

other

8xPositive

IL-12

other

6xNeutral

Cornet

product

5xPositive

OSM

other

5xPositive

TRT

other

4xPositive

NOMIC

organization

4xPositive

Stem Cell Technologies

organization

3xPositive

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