Fibroblast Signals Shape Renal Fibrosis
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By
January 12, 2026
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2 min
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1
NRP1 is vital in maintaining a reparative fibroblast state in renal fibrosis.
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2
Deletion of NRP1 leads to worse outcomes in kidney injury models.
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3
Enhanced fibrosis correlates with fibroblast behavior during injury.
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4
Increased collagen and myofibroblast presence is noted in NRP1-deleted models.
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5
NRP1 expression linked to inflammation and healing in fibroblast populations.
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6
Study provides insight for future biomarker development in CKD.
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7
Findings emphasize fibroblast heterogeneity in fibrosis severity.
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An experimental study in The Journal of Pathology investigates fibroblast-derived neuropilin 1 (NRP1) and its impact on renal fibrosis associated with chronic kidney disease (CKD). Utilizing mouse models of kidney injury, researchers discovered that NRP1 is crucial in maintaining a reparative fibroblast state. Deletion of NRP1 resulted in exacerbated interstitial fibrosis, characterized by increased collagen and myofibroblast accumulation. Notably, NRP1 expression was more prevalent in fibroblasts linked to inflammation and healing, suggesting its potential as a biomarker in renal pathology and fibrotic disease understanding.
-
1
NRP1 is vital in maintaining a reparative fibroblast state in renal fibrosis.
-
2
Deletion of NRP1 leads to worse outcomes in kidney injury models.
-
3
Enhanced fibrosis correlates with fibroblast behavior during injury.
-
4
Increased collagen and myofibroblast presence is noted in NRP1-deleted models.
-
5
NRP1 expression linked to inflammation and healing in fibroblast populations.
-
6
Study provides insight for future biomarker development in CKD.
-
7
Findings emphasize fibroblast heterogeneity in fibrosis severity.
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