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<p>The Development of different and effective diagnostic approaches is one of the most important aspects of medical science. Magnetic resonance imaging (MRI) stands out among imaging techniques due to its exceptional ability to provide clear contrast in soft tissues. It distinguishes between fats, water, muscles, and other soft tissues. The resulting images offer valuable insights for physicians, aiding them in diagnosing a wide variety of diseases and conditions. The development of innovative contrast agents that can effectively detect and quantify biomarkers has the potential to transform how MRI is utilized in identifying, characterizing, and quantifying pathological tissue. Metal-organic frameworks (MOF) are among the most important new structures that have shown high potential in various industrial applications. Nanostructured MOFs with unique and diverse features can have great potential as contrast materials in MRI imaging. In this article, we explore the research surrounding the use of nanostructured MOFs as contrast agents for MRI imaging. Additionally, we delve into the limitations of this approach from multiple perspectives.</p>

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Recent advances in magnetic resonance imaging using metal-organic frameworks

  • 期刊论文

  • 发表日期：

    2025年5月27日

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  • Seyed Mohammad Amini,
  • Banafsheh Baniasadipour,
  • Fariba Bagheri,
  • Mohammadamin Berenji

摘要

The Development of different and effective diagnostic approaches is one of the most important aspects of medical science. Magnetic resonance imaging (MRI) stands out among imaging techniques due to its exceptional ability to provide clear contrast in soft tissues. It distinguishes between fats, water, muscles, and other soft tissues. The resulting images offer valuable insights for physicians, aiding them in diagnosing a wide variety of diseases and conditions. The development of innovative contrast agents that can effectively detect and quantify biomarkers has the potential to transform how MRI is utilized in identifying, characterizing, and quantifying pathological tissue. Metal-organic frameworks (MOF) are among the most important new structures that have shown high potential in various industrial applications. Nanostructured MOFs with unique and diverse features can have great potential as contrast materials in MRI imaging. In this article, we explore the research surrounding the use of nanostructured MOFs as contrast agents for MRI imaging. Additionally, we delve into the limitations of this approach from multiple perspectives.