Creating a functional lung using interspecies chimeric animals is an attractive albeit challenging option for lung transplantation, requiring more research on the viable conditions needed for organ generation. A new study uses reverse-blastocyst complementation and tetraploid-based organ complementation methods to first determine these conditions in lung-deficient mice and then to generate rat-derived lungs in these mice. It provides useful insights on the intrinsic species-specific barriers and factors associated with lung development in interspecies chimeric animals.
Lesen Sie weiter auf: Advancing the generation of in-vivo chimeric lungs in mice using rat-derived stem cells
Quelle: ScienceDaily | COPD
Titelbild/Grafik by ScienceDaily News
Kommentare und Fragen
Möchten Sie zu diesem Artikel ein Kommentar abgeben oder haben Sie dazu eine Frage, dann machen Sie dies bitte immer auf der Herausgeberseite!Weiteres von ScienceDaily | COPD
- Discovery into how chronic lung conditions affect children's immune system
- How gum disease aggravates chronic obstructive pulmonary disease
- Healthy omega-3 fats may slow deadly pulmonary fibrosis
- Triple combination therapy brings lasting improvement in cystic fibrosis
- Innovative breathing aid developed
- Spatial lung cell atlas offers insights into disease and immune function
- Household air cleaners improve heart health among individuals with COPD, researchers find
- New study on morphine treatment in people with COPD and severe, long term breathlessness
- Emphysema more common in marijuana smokers than cigarette smokers
- Bronchodilators don't improve smoking-related respiratory symptoms in people without COPD