Skip to content
OVistoaIntelligence index
AboutMethodologyPricingDocs
Sign inSign up
BREAKINGPerson found dead in car after it plows into health club in Portland, Oregon8 min ago
Top StoriesUnited StatesCanadaWorldPoliticsGeneralBusinessTechHealthAviationSportsArtificial IntelligencePublishers

ANP produced from self-amplifying RNA improves cardiac function after MI

1 articles · 1 outlets · spread 0.00

ANP produced from self-amplifying RNA improves cardiac function after MI
general12 hr ago

ANP produced from self-amplifying RNA improves cardiac function after MI

Full coverage view across outlets, lean, source quality, and framing. Compare framing without algorithmic ranking.

1 articles1 outletsSpread 0.000 claims
OVistoa

Article-level news analysis, transparent scoring, and API tools for readers, publishers, and teams that need source context.

DMCA and copyright review

Copyright owners can submit notices, counter-notices, and source material concerns through the dedicated review flow.

Open DMCA review

Product

  • Home
  • Feed
  • Search
  • Topics
  • Saved

Platform

  • About
  • Methodology
  • Home
  • Search
  • Saved
  • Me

From the Left

0 outlets

No coverage from this perspective yet.

From the Center

1 outlet
  • Nature

    ANP produced from self-amplifying RNA improves cardiac function after MI

    Research Highlight Published: 24 March 2026 Acute coronary syndromes Gregory B. Lim1 Nature Reviews Cardiology volume 23, page 302 (2026)Cite this article 214 Accesses 1 Altmetric Metrics details Treatment with self-amplifying RNA (saRNA) to increase the production of atrial natriuretic peptide (ANP) preserved ventricular function and reduced cardiac fibrosis in mouse and pig models of myocardial infarction (MI). This finding comes from a new study published in Science, in which the investigators induced ANP production using intramuscular injection of lipid nanoparticles (LNPs) containing saRNA encoding the pro-protein of ANP (pro-ANP).ANP is an endogenous hormone released by the atria in response to stretch that has antihypertrophic, proangiogenic and antifibrotic effects on the heart. The expression of Nppa (encoding pro-ANP) is upregulated in the border zone after MI in neonatal mice and, to a lesser extent, in adult mice, which have worse adverse cardiac remodelling. Therefore, the investigators hypothesized that this reduced production of ANP in adult mice might underlie their attenuated myocardial regenerative capacity. This is a preview of subscription content, access via your institution Access options Access Nature and 54 other Nature Portfolio journals Get Nature+, our best-value online-access subscription $32.99 / 30 days cancel any time Subscribe to this

From the Right

0 outlets

No coverage from this perspective yet.

Claim synthesis

Pro users see canonical claims across the cluster and which outlets reported each one.

Learn more

Outlets covering this story

Nature

First seen

Date unavailable

Latest

May 2, 2026

Outlets

1

Diversity

100/100

  • Pricing
  • API docs
  • Publishers

    • Account

    • Sign in
    • Create account
    • Reader settings
    • API console

    Legal

    • Terms
    • Privacy
    • Security
    • DMCA

    © 2026 Vistoa. All rights reserved.

    Limited excerpts, attribution, analysis, and outbound publisher links remain core product boundaries.