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Delivery of Drugs and Vaccines Through Plant Molecular Farming

  • Makomborero Nyoni,
  • Tatenda Clive Murashiki,
  • Vimbai Samukange,
  • Reward Muzerengwa,
  • Cyprian Mahuni,
  • Prisca Nonceba Ncube,
  • Tafadzwa Maranjisi,
  • Praise Chirilele,
  • Munyaradzi Mativavarira,
  • Progress Dube,
  • Charity Ngirande,
  • Caroline Kwenda,
  • Lynette Maraura,
  • Melisa Sithole,
  • Tariro Sarah Zimuto,
  • Helen Tendai Makavu,
  • Charity Ngirande,
  • Rorisang Michelle Moyo,
  • Rudo Natasha Mugadza,
  • Faith Tariro Mukoko,
  • Elizabeth Vimbai Tavengana,
  • Moira Amanda Mubani,
  • Janet Chiedza Zambuko,
  • Deckster Tonny Savadye

摘要

Plant molecular farming is based on the genetic transformation of plants through molecular technologies, including gene transfer using viral vectors and the use of nucleus, transient and chloroplast genetic modification. Plant molecular farming may supplement or even substitute conventional expression systems based on microbial, mammalian and insect cell lines which are typically costly. Plant-based expression systems are cost-effective, scalable and adaptable and therefore accepted worldwide. Despite the growing interest in plant molecular farming and its undeniable potential for manufacturing biopharmaceutical drugs, there are concerns regarding biosecurity and public acceptability of biopharmaceutical products. We therefore review the production of recombinant proteins, including vaccines through plant-based expression systems and concerns about the implementation of plant molecular farming, uptake of biopharmaceuticals and biosafety.