Lihat Juga

• Karakterisasi protein sejenis silicatein yang terlibat dalam biofabrikasi struktur nanosilika sponge
  oleh: Syah, Dahrul, et al.
  Terbitan: (2010)
• Karakterisasi metabolit sekunder antibakteri dari bakteri yang bersimbiosis dengan spong Callyspongia sp di daerah perairan Kalimantan barat
  oleh: Warsidah
  Terbitan: (2008)
• Silica, a polimerized silicon dioxide, is widely used as raw materials for food industries, such as food packaging, filter agent, biomarkers and biosensor for various analysis. In biological sistem such as sponge, the formation of silica structure was directed by protein known as silicatein. The aims of this research were to extract silicatein-like protein isolated from sponge live surrounding the Nias and Lombok seacost Indonesia and to study their activity to polymerize tetraethoxyorthosilicate (TEOS) in-vitro. Protein in silica spicule was isolated by collecting silica spicule, soaked in HF/NH4F buffer (pH5.0) for dissolving silica and releasing this protein. The protein was analysed by electrophoresis SDS-PAGE to estimate the molecular weight and the concentration was analyzed by Bradford method. The highest yield of silica spicula was 58.5% of dry weight sponge that was isolated from sponge MT37. By SDS-PAGE, the molecular weight of protein from N6 showed three bands of 32, 27, 23 kDa, while MT5 protein was 15.5 kDa, and MT37 protein was 18 kDa. The highest polymerization activity was 144 μmol/ml TEOS occurs at 12 hours, showed by protein isolated from sponge MT37 of Lombok Marine. Key words: sponge, silicatein like-protein, tetraethoxyorthosilicate
  oleh: Trianawati, M.R.R. Lukie, et al.
  Terbitan: (2012)
• Analisis gen penyandi protein heterotrimerik G Sub unit ¿ yang terlibat dalam sistem toleransi tanaman kedelai terhadap cekaman aluminium
  oleh: Utut Widyastuti Suharsono
  Terbitan: (2006)
• Teknologi nanosilika dalam penanganan limbah padat
  Terbitan: (2018)