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Potency of Actinomycetes from Deepsea Sediment of Makassar Strait for Producing Antimicrobial Substances

Potency of Actinomycetes from Deepsea Sediment of Makassar Strait for Producing Antimicrobial Substances

Ariani Hatmanti, Puspita Lisdiyanti, Jaka Widada, and Subagus Wahyuono (2018)

Squalen Bull. of Mar. and Fish. Postharvest and Biotech, Vol. 13 (2): 45-56. ISSN: 2089-5690 e-ISSN: 2406-9272

 antimicrobialA study on isolation of actinomycetes from sediments of Makassar Strait have been conducted with regard to research project called Widya Nusantara Exploration (EWIN) in May-June 2013 and November 2014. The objectives of this research were to screen antimicrobial activity of 36 actinomycetes from sediments of Makassar Strait, characterized the potential isolates, and determined the metabolites produced by the selected isolate. The antimicrobial screening was conducted using agar diffusion method, while characterization of the best five of actinomycetes were using APIZYM Kit, Scanning Electron Microscope, and FTIR. Five isolates retrieved from this research had ability to inhibit the growth of four microbial testing: Escherichia coli, Bacillus subtilis, Staphyllococcus aureus and Candida albicans. The highest capability was shown by the MACMK-43 isolate that had 16S rRNA gene sequence similarity of 97.85% to Streptomyces violacens. The result shows that, the active fraction contained of 4-amino-5-cyano-6-(4’methoxyphenyl)-1-methyl-2.3 dihydropyrrolo [2,3-B] pyridine, which is commercially used for bactericide and antihistamine.

Keywords: antimicrobes, actinomycetes, Streptomyces violascens, deepsea sediment.

Katalog: http://perpus.biotek.lipi.go.id/perpus/index.php?p=fstream&fid=3485&bid=16091

Disusun oleh: Ludya AB/Pustakawan

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Kecepatan Regenerasi Kalus Somatik Embriogenik Terung Pada Beberapa Media Maturasi

Kecepatan Regenerasi Kalus Somatik Embriogenik Terung Pada Beberapa Media Maturasi

Hartati, Hanifah Agani, N. Sri Hartati, Enny Sudarmonowati (2018)

Jurnal ILMU DASAR, Vol.19 (2): 125-134. ISSN-2442-5613

terungRalstonia solanacearum is one of the most important pathogen that causes bacterial wilt disease in eggplant and inhibits eggplant production. Improvement of eggplant varieties resistant to bacterial wilt can be accomplished through genetic manipulation. Regeneration of in vitro plants isone of the important tools to supports plant improvementthrough biotechnology. This study was aimed to determine the rate of eggplant regeneration in various maturation media, and to find the best medium for eggplant regeneration based on maturation rate and the number of cotyledon produced. We used resistant eggplant (accession 032)as the material to produce somatic embryogenic.There were 7 types of regeneration media used in this research. MS medium was supplemented with a certain concentration of plant growt regulators , such as: 1 mg / L + BAP 1 mg / L, NAA 4mg / L, TDZ 0.005 mg / L, TDZ 0.001 mg / L, CuSO4 2mM + BAP 1 mg / L, CuSO4 2mM + BAP 2 mg / L and Kinetin 1 mg / L + CuSO4 2mM. Three clumps of callus per plate with three replications were transferred to MS suplemented medium. The parameters observed were the color of callus before and after they were transfered to regeneration medium, the day of formation of globular, heart-shaped, tubular and cotyledonary phase, and the number of cotyledons formed. The results obtained showed the somatic embryogenic color of the 032 genotype was white with friable structure before being transferred to regeneration medium and was turned to yellowish white after being transferred to the regeneration medium. On the day sixth, friable embryogenic somatic of eggplant was developed into nodule on medium MS + NAA 4 mg / L, MS + CuSO4 2mM + BAP medium 1 mg / L, and MS + CuSO4 2mM + BAP 2 mg / L. Somatic embryogenic callus of accession 032 were able to pass complete globular, heart-shaped, tubular and cotyledonary phase. The most responsive medium for somatic embryogenic callus regeneration, based on the days of the callus phases formation and the number of early-phase cotyledons obtained, were MS medium suplemented with CuSO4 2mM + BAP,and CuSO4 2 mM + BAP 2 mg / L.

Keywords: eggplant, Ralstonia solanacearum, regeneration, cotyledonary, clump, BAP

Katalog: http://perpus.biotek.lipi.go.id/perpus/index.php?p=fstream&fid=3486&bid=16092

Disusun oleh: Ludya AB/Pustakawan

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Mahasiswa Universitas Nasional Jakarta Kunjungi Pusat Penelitian Bioteknologi LIPI

Cibinong-Humas LIPI. Pusat Penelitian Bioteknologi Lembaga Ilmu Pengetahuan Indonesia (LIPI) menjadi  salah satu objek dalam memperdalam bidang  ilmu hayati,  seperti halnya kali ini Fakultas Biologi Universitas Nasional Jakarta, mengadakan kunjungan ke Puslit Bioteknologi,  pada Senin (16/12) 2019. Rombongan yang terdiri dari dosen pendamping dan mahasiswa ini diterima di gedung Meat-Milk Pro Puslit Bioteknologi-LIPI oleh tim Humas Kawasan CSC-BG, Cibinong. Sebelum melakukan kegiatan, terlebih dahulu pengunjung mendapatkan informasi terkait kegiatan penelitian melalui tayangan video profil LIPI dan Pusat Penelitian Bioteknologi, agar pengunjung  mendapatkan informasi tentang kegiatan penelitian yang dilaksanakan oleh Puslit Bioteknologi di laboratorium.

Selanjutnya kegiatan dilanjutkan dengan kunjungan ke beberapa Laboratorium, mahasiswa dan pendamping yang berjumlah 20 orang di arahkan  untuk melihat langsung Laboratorium yang ada di Pusat Penelitian Bioteknologi-LIPI yaitu : Laboratorium Biokatalis dan Fermentasi serta Laboratorium Bioenergi dan Bioproses. Peserta kunjungan yang ke Lab Biokatalis dan Fermentasi di pandu Ade Andriani, mengutarakan bahwa tentang kegiatan pada Lab penelitian ini  dilakukan adalah  dengan memanfaatkan mikroba dan enzim melalui fermentasi/reaksi berbasis rekayasa genetika mikroba. Lanjut Ade, beberapa produk utama yang dihasilkan adalah Oligosakarida (pangan fungsional), enzim kasar dan enzim murni untuk kebutuhan industri pangan, farmasi dan energi, Penyediaan mikroba potensial untuk industri dan lingkungan serta Produk hasil fermentasi. Pada Lab Bioenergi dan Bioproses, Swastika menjelaskan tentang pengembangan bioenergi dari mikroba fotosintesa dan pengembangan total proses dari bioenergi (biorifenari dari bioenergi).

Kepada pengunjung disampaikan bahwa Pusat Penelitian Bioteknologi juga menawarkan beberapa program yang dapat diikuti oleh para mahasiswa yang berminat di bidang bioteknologi seperti mengikuti kegiatan pelatihan dan bimbingan mengingat Puslit  Bioteknologi memiliki 17 laboratorium dengan kompetensi inti yang berbeda-beda. (est/edt:ks)

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