Exposure to aircraft noise exacerbates cardiovascular and oxidative damage in three mouse models of diabetes - Summary - MDSpire

Exposure to aircraft noise exacerbates cardiovascular and oxidative damage in three mouse models of diabetes

  • By

  • Dominika Mihalikova

  • Paul Stamm

  • Miroslava Kvandova

  • Chinmayi Pednekar

  • Lea Strohm

  • Henning Ubbens

  • Matthias Oelze

  • Marin Kuntic

  • Claudius Witzler

  • Maria Teresa Bayo Jimenez

  • Sanela Rajlic

  • Katie Frenis

  • Qi Tang

  • Yue Ruan

  • Susanne Karbach

  • Hartmut Kleinert

  • Omar Hahad

  • Alex von Kriegsheim

  • Ning Xia

  • Tilman Grune

  • Huige Li

  • Swenja Kröller-Schön

  • Adrian Gericke

  • Wolfram Ruf

  • Philipp S Wild

  • Philipp Lurz

  • Thomas Münzel

  • Andreas Daiber

  • Thomas Jansen

  • October 1, 2024

  • 0 min

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Objective:

To investigate the additive adverse effects of aircraft noise exposure on cardiovascular and metabolic function in diabetic mouse models, highlighting its public health significance.

Key Findings:
  • Noise exposure reduced insulin production across all diabetes models, indicating potential implications for human health. Increased blood pressure and endothelial dysfunction were observed in response to noise.
Interpretation:

Aircraft noise exposure exacerbates oxidative stress, inflammation, and endothelial dysfunction in diabetic mice, suggesting a potential increase in cardiovascular risk for diabetic patients through specific molecular mechanisms.

Limitations:
  • Findings are based on animal models and may not fully translate to human conditions. The study primarily focuses on male mice, limiting generalizability and potential sex-based differences.
Conclusion:

The study highlights the need for further research on the impact of noise on cardiovascular health in diabetic patients, emphasizing the potential for increased risk due to environmental stressors and the urgency for human studies.

Original Source(s)

Exposure to aircraft noise exacerbates cardiovascular and oxidative damage in three mouse models of diabetes

  • by Dominika Mihalikova, Paul Stamm, Miroslava Kvandova, Chinmayi Pednekar, Lea Strohm, Henning Ubbens, Matthias Oelze, Marin Kuntic, Claudius Witzler, Maria Teresa Bayo Jimenez, Sanela Rajlic, Katie Frenis, Qi Tang, Yue Ruan, Susanne Karbach, Hartmut Kleinert, Omar Hahad, Alex von Kriegsheim, Ning Xia, Tilman Grune, Huige Li, Swenja Kröller-Schön, Adrian Gericke, Wolfram Ruf, Philipp S Wild, Philipp Lurz, Thomas Münzel, Andreas Daiber, Thomas Jansen

  • October 1, 2024

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