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Study 16 of 30Survodutide (BI 456906) literatureScience (New York, N.Y.)Top journal2026

Tracing the origins of de novo coronary collateral formation in cardiac repair.

Not reported in abstract.

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Where it sits

this study against the rest of the survodutide (bi 456906) corpus
4
Preclinical · this one
10
Observational
3
Open-label
10
Randomised
3
Reviews

Summary and findings

Not reported in abstract.

How much of this paper we could read: title only (0.10). The feed gave us little more than the title, so our summary is thin. This says nothing about the study's quality — read the source. What this means →
2026

Abstract

The authors’ words, as Science (New York, N.Y.) supplied them

Coronary collateral arteries have been proposed to form de novo through artery reassembly, a process in which arterial endothelial cells (ECs) migrate away from preexisting arteries and reassemble into new arteries. Using genetic tools that trace arterial ECs, we found that their contribution to collaterals is modest. Dual genetic lineage tracing revealed that capillary ECs, rather than arterial ECs, serve as the major building blocks for de novo collaterals. The capillary-to-collateral conversion is functionally crucial for cardiac repair. In addition, transient <i>Vegfa</i> expression through modified messenger RNA markedly promoted collateral formation. Mechanistically, vascular endothelial growth factor (VEGF) drives arterialization by regulating HES1 transcription through YY1/SETD1A-mediated H3K4 trimethylation. Collectively, these findings redefine the cellular origin and mechanism of coronary collateral formation and highlight its role in facilitating efficient cardiac repair.

Background

Not reported in abstract.

Methods

Not reported in abstract.

Results

Not reported in abstract.

Interpretation

Not reported in abstract.

Limitations

Not reported in abstract.

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