Encapsulated Thuja plicata essential oil into biopolymer matrix as a potential pesticide against Phytophthora root pathogens

A new formulation that gradually released encapsulated Thuja plicata essential oil (TPEO) as an active component from a biopolymer matrix within a given period was obtained. Antimicrobial activity was determined in in-vitro tests where pure TPEO successfully inhibited the development of different Ph...

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Published inInternational journal of biological macromolecules Vol. 278; no. Pt 3; p. 134684
Main Authors Ćirković, Jovana, Radojković, Aleksandar M., Jovanović, Jelena, Perać, Sanja, Branković, Zorica M., Milenković, Ivan, Milanović, Slobodan D., Dobrosavljević, Jovan N., Tadić, Vanja M., Žugić, Ana R., Branković, Goran
Format Journal Article
LanguageEnglish
Published Netherlands Elsevier B.V 01.10.2024
Subjects
Antimicrobial activity
Biopesticides
Biopolymer matrix
Emulsion
Essential oils
Thuja plicata
Antimicrobial activity
Emulsion
Biopesticides
Essential oils
Thuja plicata
Biopolymer matrix
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Abstract A new formulation that gradually released encapsulated Thuja plicata essential oil (TPEO) as an active component from a biopolymer matrix within a given period was obtained. Antimicrobial activity was determined in in-vitro tests where pure TPEO successfully inhibited the development of different Phytophthora species. The TPEO essential oil was encapsulated into the biopolymer matrix and an oil-in-water emulsion was formed. FTIR spectra analysis confirmed the formation of electrostatic interaction between these polymers, and hydrogen interactions between active components of TPEO and polymer chains. The stability of the emulsions was confirmed by zeta potential measurements, with a value of about 30 mV, even after 14 days of aging. UV‐Vis spectra analysis revealed that >60 % of TPEO remained in the emulsion after 14 days of exposure to ambient conditions, whereas pure TPEO evaporated faster, and around 20 % remained after 6 days. Encapsulated TPEO almost completely inhibited the growth of Phytophthora species during the ten-day day's exposition being statistically significantly improved compared to fungicide treatment. It was demonstrated that the emulsion exhibited a prolonged antimicrobial effect and successfully suppressed the growth of Phytophthora species, and can be considered as a means of protection in forests and crops.
AbstractList A new formulation that gradually released encapsulated Thuja plicata essential oil (TPEO) as an active component from a biopolymer matrix within a given period was obtained. Antimicrobial activity was determined in in-vitro tests where pure TPEO successfully inhibited the development of different Phytophthora species. The TPEO essential oil was encapsulated into the biopolymer matrix and an oil-in-water emulsion was formed. FTIR spectra analysis confirmed the formation of electrostatic interaction between these polymers, and hydrogen interactions between active components of TPEO and polymer chains. The stability of the emulsions was confirmed by zeta potential measurements, with a value of about 30 mV, even after 14 days of aging. UV-Vis spectra analysis revealed that >60 % of TPEO remained in the emulsion after 14 days of exposure to ambient conditions, whereas pure TPEO evaporated faster, and around 20 % remained after 6 days. Encapsulated TPEO almost completely inhibited the growth of Phytophthora species during the ten-day day's exposition being statistically significantly improved compared to fungicide treatment. It was demonstrated that the emulsion exhibited a prolonged antimicrobial effect and successfully suppressed the growth of Phytophthora species, and can be considered as a means of protection in forests and crops.A new formulation that gradually released encapsulated Thuja plicata essential oil (TPEO) as an active component from a biopolymer matrix within a given period was obtained. Antimicrobial activity was determined in in-vitro tests where pure TPEO successfully inhibited the development of different Phytophthora species. The TPEO essential oil was encapsulated into the biopolymer matrix and an oil-in-water emulsion was formed. FTIR spectra analysis confirmed the formation of electrostatic interaction between these polymers, and hydrogen interactions between active components of TPEO and polymer chains. The stability of the emulsions was confirmed by zeta potential measurements, with a value of about 30 mV, even after 14 days of aging. UV-Vis spectra analysis revealed that >60 % of TPEO remained in the emulsion after 14 days of exposure to ambient conditions, whereas pure TPEO evaporated faster, and around 20 % remained after 6 days. Encapsulated TPEO almost completely inhibited the growth of Phytophthora species during the ten-day day's exposition being statistically significantly improved compared to fungicide treatment. It was demonstrated that the emulsion exhibited a prolonged antimicrobial effect and successfully suppressed the growth of Phytophthora species, and can be considered as a means of protection in forests and crops.
A new formulation that gradually released encapsulated Thuja plicata essential oil (TPEO) as an active component from a biopolymer matrix within a given period was obtained. Antimicrobial activity was determined in in-vitro tests where pure TPEO successfully inhibited the development of different Phytophthora species. The TPEO essential oil was encapsulated into the biopolymer matrix and an oil-in-water emulsion was formed. FTIR spectra analysis confirmed the formation of electrostatic interaction between these polymers, and hydrogen interactions between active components of TPEO and polymer chains. The stability of the emulsions was confirmed by zeta potential measurements, with a value of about 30 mV, even after 14 days of aging. UV‐Vis spectra analysis revealed that >60 % of TPEO remained in the emulsion after 14 days of exposure to ambient conditions, whereas pure TPEO evaporated faster, and around 20 % remained after 6 days. Encapsulated TPEO almost completely inhibited the growth of Phytophthora species during the ten-day day's exposition being statistically significantly improved compared to fungicide treatment. It was demonstrated that the emulsion exhibited a prolonged antimicrobial effect and successfully suppressed the growth of Phytophthora species, and can be considered as a means of protection in forests and crops.
ArticleNumber 134684
Author Perać, Sanja
Branković, Zorica M.
Milanović, Slobodan D.
Milenković, Ivan
Ćirković, Jovana
Jovanović, Jelena
Žugić, Ana R.
Branković, Goran
Radojković, Aleksandar M.
Tadić, Vanja M.
Dobrosavljević, Jovan N.
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  givenname: Aleksandar M.
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  givenname: Ivan
  surname: Milenković
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  givenname: Slobodan D.
  surname: Milanović
  fullname: Milanović, Slobodan D.
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– sequence: 8
  givenname: Jovan N.
  surname: Dobrosavljević
  fullname: Dobrosavljević, Jovan N.
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  givenname: Vanja M.
  surname: Tadić
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  givenname: Ana R.
  surname: Žugić
  fullname: Žugić, Ana R.
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  surname: Branković
  fullname: Branković, Goran
  organization: University of Belgrade, Institute for Multidisciplinary Research, KnezaVišeslava 1, 11030 Belgrade, Serbia
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Keywords Antimicrobial activity
Emulsion
Biopesticides
Essential oils
Thuja plicata
Biopolymer matrix
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Snippet A new formulation that gradually released encapsulated Thuja plicata essential oil (TPEO) as an active component from a biopolymer matrix within a given period...
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SubjectTerms Antimicrobial activity
Biopesticides
Biopolymer matrix
Emulsion
Essential oils
Thuja plicata
Title Encapsulated Thuja plicata essential oil into biopolymer matrix as a potential pesticide against Phytophthora root pathogens
URI https://dx.doi.org/10.1016/j.ijbiomac.2024.134684
https://www.ncbi.nlm.nih.gov/pubmed/39214830
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