SDI Logo
Organization
Kabupaten Nias Selatan

Badan Riset dan Inovasi Nasional

Informasi Dataset

07-11-2022

12-08-2024

99fb7204-17a4-46f7-b7b2-8247e62bc8bb

Dataset Serupa
Studi Potensi Bakteri Labrenzia Aggregate G3 Dan Alpha Proteobacterium G4 Yang D...

Potensi bakteri denitrifikasi dalam mendegradasi karbaril pada kondisi anaerobik...

Toleransi Salinitas Dari Bakteri Penambat Nitrogen Yang Diisolasi Dari Perairan ...

Isolates of nitrogen fixing bacteria (Rhizobium, Azotobacter and Azospirillum) w...

Biodegradasi Phenanthrene oleh Bakteri Indigenous Laut Pari Kepulauan Seribu

The increasingly of oil pollution in the offshore will be threaten the aquatic l...

Konsorsia Bakteri Pengurai Sianida yang Diisolasi dari Buangan Industri Pengolah...

Cyanide-Degrading Bacterial Consortium from Effluent of Gold Mining Industry. Ba...

Biokonversi Senyawa Karsinogenik Benzo (a) Antrasen Oleh Bakteri Laut Pseudomona...

Salah satu usaha untuk mendetoksifikasi senyawa karsinogenik benzo(a)antrasen di...

INFORMASI: Data berikut ini masih dalam proses pemenuhan Prinsip SDI.

Study Potensi Bakteri Labrenzia Aggregate G3 Dan Alpha Proteobacterium G4 Yang Diisolasi Dari Laut Kepulauan Seribu

Terbatas

Marine ecosystem has unlimited genetic resources and microbes is one of these communities that has not been explored intensively. To collect and explore the potential of marine microbes is very important, especially to solve the pollution problems. One of the pollutans that contaminate marine ecosystem is a component of oil such as phenanthrene. Two marine bacteria Labrenzia aggregate G3 and Alpha proteobacterium G4 from Kepulauan Seribu was tested their ability to grow and degrade phenanthrene using sea water media with different salinity, temperature and pH. The experiment was conducted in microbiology laboratory CSC. The result showed that bacteria Labrenzia aggregate G3 dan Alpha proteobacterium G4 grow well in media with salinity 3 persen, temperature 300C and pH 7.5, and able to use phenanthrene as source of carbon. These bacteria degrade 52 - 55 persen phenanthrene after 12 hours incubation Jurnal Penelitian Hayati. Edisi Khusus. ISSN : 0852-6834.

Data and Resources

Metadata

Version
Produsen Data
Email Produsen Data
Walidata
Email Walidata
Periode Data
Akses Data
Kode Daftar Data
Kode Indikator MMS
Kode Standar Data
Satuan
Ukuran
Jenis Data
Kategori
Data Prioritas
Kriteria Prioritas
Indikator Prioritas
Kode Metadata Kegiatan