Agensi Hayati Jamur Endofit Daun dan Batang Apel Timor

ABSTRACT This study discusses the antimicrobial potential and biological agents of the endophytic fungi on the leaves and stems of Timor apples. Apple plants have been developed in Timor Tengah Selatan (TTS) Regency; however, they slowly stop producing and even die due to disease. Disease control c...

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Main Authors: Ernawati Ernawati, Ana Maria Senari, Yoristo Mellu, Milan Boimau
Format: Article
Language:Indonesian
Published: Jurusan Biologi Universitas Andalas 2023-04-01
Series:Jurnal Biologi Universitas Andalas
Subjects:
Online Access:http://jbioua.fmipa.unand.ac.id/index.php/jbioua/article/view/399
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author Ernawati Ernawati
Ana Maria Senari
Yoristo Mellu
Milan Boimau
author_facet Ernawati Ernawati
Ana Maria Senari
Yoristo Mellu
Milan Boimau
author_sort Ernawati Ernawati
collection DOAJ
description ABSTRACT This study discusses the antimicrobial potential and biological agents of the endophytic fungi on the leaves and stems of Timor apples. Apple plants have been developed in Timor Tengah Selatan (TTS) Regency; however, they slowly stop producing and even die due to disease. Disease control can be done through biological agents with endophytic fungi. This study aims to determine the antimicrobial activity and biological agency of endophytic fungi found in the stems and leaves of the Timor apple plant. This study uses a laboratory experiment method by testing the antimicrobial activity of the isolated endophytic fungi with the well method against E. coli and P. aeruginosa bacteria and C. albicans fungi. Biological agency against pathogenic fungi was tested using antagonist test. The inhibition and antagonist zone data were analyzed descriptively. The study results show that there were three isolates of endophytic fungi, namely IH isolate (black isolate) of Aspergillus sp., IA isolate (bluish green isolate) of Aspergillus sp., and IP isolate (white isolate) of Fusarium sp. Endophytic fungal isolates were found to have activity in inhibiting the growth of the test microbes, with the average inhibition zone of IH of Aspergillus sp. against C. albicans was 15.6 mm, IP of Fusarium sp against P. aeruginosa was 15.9 mm, and IA of Aspergilus sp against E.coli was 11.2 mm. The compound test shows that the endophytic fungal isolates contained alkaloids, terpenoids, and flavonoids. Meanwhile, the antagonist test shows that endophytic fungi were able to inhibit the growth of pathogenic fungi with the growth area coveredthe pathogenic fungus and the widest area was Aspergillus sp. Keywords: antimicrobial, biological agents, endophytic fungi, stems and leaves of Timor apples
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spelling doaj.art-b0ecefe7a5d14b1284052d24e25a462a2023-11-24T12:20:09ZindJurusan Biologi Universitas AndalasJurnal Biologi Universitas Andalas2303-21622655-95872023-04-01111222810.25077/jbioua.11.1.22-28.2023267Agensi Hayati Jamur Endofit Daun dan Batang Apel TimorErnawati Ernawati0Ana Maria Senari1Yoristo Mellu2Milan Boimau3universitas muhammadiyah kupanguniversitas muhammadiyah kupanguniversitas muhammadiyah kupangunivetsitas muhammadiyah kupangABSTRACT This study discusses the antimicrobial potential and biological agents of the endophytic fungi on the leaves and stems of Timor apples. Apple plants have been developed in Timor Tengah Selatan (TTS) Regency; however, they slowly stop producing and even die due to disease. Disease control can be done through biological agents with endophytic fungi. This study aims to determine the antimicrobial activity and biological agency of endophytic fungi found in the stems and leaves of the Timor apple plant. This study uses a laboratory experiment method by testing the antimicrobial activity of the isolated endophytic fungi with the well method against E. coli and P. aeruginosa bacteria and C. albicans fungi. Biological agency against pathogenic fungi was tested using antagonist test. The inhibition and antagonist zone data were analyzed descriptively. The study results show that there were three isolates of endophytic fungi, namely IH isolate (black isolate) of Aspergillus sp., IA isolate (bluish green isolate) of Aspergillus sp., and IP isolate (white isolate) of Fusarium sp. Endophytic fungal isolates were found to have activity in inhibiting the growth of the test microbes, with the average inhibition zone of IH of Aspergillus sp. against C. albicans was 15.6 mm, IP of Fusarium sp against P. aeruginosa was 15.9 mm, and IA of Aspergilus sp against E.coli was 11.2 mm. The compound test shows that the endophytic fungal isolates contained alkaloids, terpenoids, and flavonoids. Meanwhile, the antagonist test shows that endophytic fungi were able to inhibit the growth of pathogenic fungi with the growth area coveredthe pathogenic fungus and the widest area was Aspergillus sp. Keywords: antimicrobial, biological agents, endophytic fungi, stems and leaves of Timor appleshttp://jbioua.fmipa.unand.ac.id/index.php/jbioua/article/view/399antimikroba, agensi hayati,jamur endofit, batang dan daun apel timor
spellingShingle Ernawati Ernawati
Ana Maria Senari
Yoristo Mellu
Milan Boimau
Agensi Hayati Jamur Endofit Daun dan Batang Apel Timor
Jurnal Biologi Universitas Andalas
antimikroba, agensi hayati,jamur endofit, batang dan daun apel timor
title Agensi Hayati Jamur Endofit Daun dan Batang Apel Timor
title_full Agensi Hayati Jamur Endofit Daun dan Batang Apel Timor
title_fullStr Agensi Hayati Jamur Endofit Daun dan Batang Apel Timor
title_full_unstemmed Agensi Hayati Jamur Endofit Daun dan Batang Apel Timor
title_short Agensi Hayati Jamur Endofit Daun dan Batang Apel Timor
title_sort agensi hayati jamur endofit daun dan batang apel timor
topic antimikroba, agensi hayati,jamur endofit, batang dan daun apel timor
url http://jbioua.fmipa.unand.ac.id/index.php/jbioua/article/view/399
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AT anamariasenari agensihayatijamurendofitdaundanbatangapeltimor
AT yoristomellu agensihayatijamurendofitdaundanbatangapeltimor
AT milanboimau agensihayatijamurendofitdaundanbatangapeltimor