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<p>Molecular communication enables cells to exchange information and coordinate behaviour, giving rise to spatial complexity and functional organization. Reconstituting such communication in synthetic systems requires the integration of compartments, transport, and controlled information flow. Material platforms from lipid systems to hydrogels enable molecular exchange, while programmable gene circuits and DNA-based reactions support signal processing.</p>

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Molekulare Kommunikation in synthetisch-biologischen Systemen

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年5月16日

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  • Alexandra Bienau,
  • Friedrich C. Simmel

摘要

Molecular communication enables cells to exchange information and coordinate behaviour, giving rise to spatial complexity and functional organization. Reconstituting such communication in synthetic systems requires the integration of compartments, transport, and controlled information flow. Material platforms from lipid systems to hydrogels enable molecular exchange, while programmable gene circuits and DNA-based reactions support signal processing.