The tobacco mosaic virus (TMV) is a prevalent disease impacting Nicotiana tabacum L., tomato and pepper across the globe. Its troublesome presence was first observed in the Netherlands before 1879, leading Adolf Mayer to investigate the mysterious disease. Mayer identified it as tobacco mosaic and demonstrated its infectious nature. While usually non-lethal, the disease can cause substantial losses due to its high incidence rate. This virus is part of the Tobamovirus genus within the Virgaviridae family, transmitted through seeds and spread mechanically. Symptoms appear as a mosaic or mottled pattern of light and dark green patches on leaves, which may become crinkled, puckered, or elongated. Managing this disease involves a mix of cultural, chemical, and biological strategies, along with resistant and tolerant cultivars, to some extent. As we explore the complexities of these tiny yet influential viral entities, we gain insights into strategies for combating tobacco mosaic virus infections and ensuring the protection of global health and food security.

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Tobacco Mosaic Virus

  • K. N. Yatish,
  • D. S. Ambika,
  • V. Venkataravanappa,
  • K. S. Shankarappa,
  • L. Manjunatha,
  • L. S. Uppala,
  • N. K. Tejashwini

摘要

The tobacco mosaic virus (TMV) is a prevalent disease impacting Nicotiana tabacum L., tomato and pepper across the globe. Its troublesome presence was first observed in the Netherlands before 1879, leading Adolf Mayer to investigate the mysterious disease. Mayer identified it as tobacco mosaic and demonstrated its infectious nature. While usually non-lethal, the disease can cause substantial losses due to its high incidence rate. This virus is part of the Tobamovirus genus within the Virgaviridae family, transmitted through seeds and spread mechanically. Symptoms appear as a mosaic or mottled pattern of light and dark green patches on leaves, which may become crinkled, puckered, or elongated. Managing this disease involves a mix of cultural, chemical, and biological strategies, along with resistant and tolerant cultivars, to some extent. As we explore the complexities of these tiny yet influential viral entities, we gain insights into strategies for combating tobacco mosaic virus infections and ensuring the protection of global health and food security.