SILVER NANOPARTICLES AND RESISTANCE INDUCERS IN THE CONTROL OF BANANA ANTHRACNOSIS

Autores

  • Ana Paula Werkhausen Witter Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000
  • Joice Salla Carvalho Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000
  • Leandro Lunardi Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000
  • Bruno Pansera Espindola Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000
  • Marcos André Nohatto Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000
  • Patrícia Alcântara Gomes Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000
  • Fernanda Correa da Silva Vasconcellos Universidade Federal do Rio Grande do Sul Campus do Vale. Avenida Bento Gonçalves 9500 – Porto Alegre – RS - CEP 91501-970
  • Eliete de Fatima Ferreira da Rosa Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

DOI:

https://doi.org/10.28998/rca.v18i1.8062

Resumo

The search for techniques to control anthracnose (Colletotrichum musae) of lower toxicity to human health and environmental impact is essential for the development of a sustainable system in the banana production chain. Among these strategies, with great potential for use in agriculture and still lacking efficiency studies, silver nanoparticles (AgNPs) and resistance inducers stand out. Thus, the aim of this work was to evaluate the in vitro antifungal activity of AgNPs and resistance inducers in the control of post-harvest banana anthracnose. In in vitro experiment, the fungus was cultured in PDA culture medium added of different AgNP concentrations (0, 25, 50, 100 and 200 ppm) and resistance inducers (Bacillus subtilis, acibenzolar-S-methyl and Saccharomyces cerevisiae). The variable analyzed was mycelial growth inhibition (%), while in the post-harvest experiment, banana fruits were immersed for three minutes using the same treatments as the in vitro study. In this case, incidence (% of fruits with lesions) and severity (% of epidermis covered by lesions) were evaluated. Colloidal silver concentration at 100 ppm, as well as the resistance of Bacillus subtilis and acibenzolar-S-methyl inducers were the most efficient treatments in the control of post-harvest banana anthracnose caused by Colletotrichum musae.

Biografia do Autor

Ana Paula Werkhausen Witter, Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

Discente do Curso de Engenharia Agronômica do IFC Campus Santa Rosa do Sul

Joice Salla Carvalho, Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

Discente do Curso de Engenharia Agronômica do IFC Campus Santa Rosa do Sul

Leandro Lunardi, Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

Engenheiro Químico. Técnico em laboratório do IFC Campus Santa Rosa do Sul

Bruno Pansera Espindola, Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

Eng. Agr. Doutor em Produção Vegetal. Professor do IFC Campus Santa Rosa do Sul

Marcos André Nohatto, Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

Eng. Agr. Doutor em Fitossanidade (Herbologia). Professor do IFC Campus Santa Rosa do Sul

Patrícia Alcântara Gomes, Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

Bióloga. Técnica em laboratório do IFC Campus Santa Rosa do Sul

Fernanda Correa da Silva Vasconcellos, Universidade Federal do Rio Grande do Sul Campus do Vale. Avenida Bento Gonçalves 9500 – Porto Alegre – RS - CEP 91501-970

Bióloga. Doutora em Engenharia de Bioprocessos e Biotecnologia da UFRGS Campus do Vale

Eliete de Fatima Ferreira da Rosa, Instituto Federal Catarinense – Campus Santa Rosa do Sul. Rua das Rosas s/n - Cx. Postal 04 – Santa Rosa do Sul – SC - CEP: 88965-000

Eng. Agr. Doutora em Manejo de Solos.  Professora do IFC Campus Santa Rosa do Sul

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Publicado

12/04/2020

Edição

Seção

Proteção de Plantas