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Why Do Some People Get More Colds Than Others? – News

Okay, here's a breakdown of the key data from the provided text, formatted for clarity: 1. Main Discovery: * Nasal cells have a powerful,rapid antiviral defense system against rhinovirus,primarily coordinated by interferons. A swift interferon response can contain…

Why Do Some People Get More Colds Than Others? – News

Okay, here’s a breakdown of the key data from the provided text, formatted for clarity:

1. Main Discovery:

* Nasal cells have a powerful,rapid antiviral defense system against rhinovirus,primarily coordinated by interferons. A swift interferon response can contain the infection early on.
* However, if viral replication increases, it triggers inflammation and mucus production, contributing to airway problems.
* The body’s response to the virus, not the virus itself, is key to determining disease severity.

2. Key Researchers & Institutions:

* Ellen Foxman (Lead Researcher) – yale School of Medicine
* Bao Wang (First Author) – Yale School of Medicine

3. Publication Details:

* Journal: Cell Press Blue

* Date: January 19, 2026

4. Methodology & Model:

* Researchers created a lab-grown model of human nasal tissue (an “organoid”) using nasal stem cells.
* This model accurately mimics the structure and cell types (including mucus-producing cells and ciliated cells) of the human nasal passages and airways.
* This model is valuable as rhinovirus only infects humans, making it tough to study in animal models.
* They monitored thousands of cells together to understand the response to infection and the effect of blocking viral sensors.

5. Key Findings – Details:

* Interferons: When nasal cells detect rhinovirus, they release interferons, activating antiviral defenses in both infected and nearby healthy cells.
* Blocked Interferons: Blocking interferon activity leads to rapid viral spread, more cell damage, and even organoid death.
* Inflammation: Increased viral replication activates a system that causes excessive mucus production and inflammatory signals,leading to airway inflammation.

6. Future Research Directions:

* The current model doesn’t include all the cell types (like immune cells) present in the human body.
* Future research will focus on how additional cells and environmental factors influence the body’s response to rhinovirus.
* Exploring ways to target these defense mechanisms for new therapies is a promising avenue.

Let me no if you’d like me to elaborate on any specific aspect of the study!

About the author: Dr Natalie Singh - Health Editor

Board‑certified internal‑medicine physician and MPH. Natalie authored peer‑reviewed studies on infectious disease and served as medical editor. “Dr. Natalie Singh delivers evidence‑based health news, medical breakthroughs, and expert wellness guidance.”