BioWorld. Link to homepage.

Clarivate
  • BioWorld
  • BioWorld Science
  • BioWorld Asia
  • Data Snapshots
    • Biopharma
    • Medical technology
    • Infographics: Dynamic digital data analysis
    • Index insights
    • NME Digest
  • Special reports
    • Infographics: Dynamic digital data analysis
    • Trump administration impacts
    • Med-tech outlook 2026
    • Under threat: mRNA vaccine research
    • BioWorld at 35
    • Biopharma M&A scorecard
    • Bioworld 2025 review
    • BioWorld MedTech 2025 review
    • BioWorld Science 2025 review
    • Women's health
    • China's GLP-1 landscape
    • PFA re-energizes afib market
    • China CAR T
    • Alzheimer's disease
    • Coronavirus
    • More reports can be found here

BioWorld. Link to homepage.

  • Sign In
  • Sign Out
  • My Account
Subscribe
BioWorld - Sunday, March 15, 2026
See today's BioWorld
Home » Aging: New Science, Squeezed Into Same Old Regulatory Path
To read the full story, subscribe or sign in.

Aging: New Science, Squeezed Into Same Old Regulatory Path

April 30, 2012
By Anette Breindl
Not very long ago at all, slowing aging was considered a fool's errand. In fact, by many people, it still is. Sure, online ads may show you Photoshopped, or at the very least Photoshopped-looking, pictures of men with wrinkled faces on top of impossibly muscular bodies. But in real life, aging was thought to be inevitable – too complex, and too random, to be significantly stalled by anything as simple as a pill.
BioWorld

Popular Stories

  • Today's news in brief

    BioWorld
    BioWorld briefs for March 13, 2026.
  • News in brief

    BioWorld Asia
    BioWorld Asia briefs for March 10, 2026
  • MSD synthesizes α-synuclein PET agents

    BioWorld Science
    Merck Sharp & Dohme LLC (MSD) has prepared and tested new positron emission tomography (PET) agents for binding and imaging α-synuclein (SNCA) for the diagnosis...
  • Illustration of a motor neuron

    Keros reports beneficial effects of RKER-065 in ALS model

    BioWorld Science
    Keros Therapeutics Inc. has presented data regarding their activin receptor ligand trap, RKER-065, for the inhibition of the activin/myostatin signaling axis.
  • GWAS identifies variant associated with diabetic retinopathy and susceptibility to T2D

    BioWorld Science
    Scientists at the University of Nottingham Ningbo China and collaborators aimed to identify genetic variants associated with diabetic retinopathy.
  • BioWorld
    • Today's news
    • Analysis and data insight
    • Clinical
    • Data Snapshots
    • Deals and M&A
    • Financings
    • Medical technology
    • Newco news
    • Opinion
    • Regulatory
  • BioWorld Science
    • Today's news
    • Biomarkers
    • Cancer
    • Conferences
    • Endocrine/metabolic
    • Immune
    • Infection
    • Neurology/psychiatric
    • NME Digest
    • Patents
  • BioWorld Asia
    • Today's news
    • Analysis and data insight
    • Australia
    • China
    • Clinical
    • Deals and M&A
    • Financings
    • Newco news
    • Regulatory
    • Science
  • More
    • About
    • Advertise with BioWorld
    • Archives
    • Article reprints and permissions
    • Contact us
    • Cookie policy
    • Copyright notice
    • Data methodology
    • Infographics: Dynamic digital data analysis
    • Index insights
    • Podcasts
    • Privacy policy
    • Share your news with BioWorld
    • Staff
    • Terms of use
    • Topic alerts
Follow Us

Copyright ©2026. All Rights Reserved. Design, CMS, Hosting & Web Development :: ePublishing