Bioaktivitas Antibakteri Ekstrak Spons (Porifera: Demospongiae) Dari Pulau Barrang Lompo dan Lae-Lae
DOI:
https://doi.org/10.20956/jiks.v2i2.1301Abstract
Sponge is one group of marine organisms that potentially contain bioactive compounds. Bioactivities of compound extracted from sponge are influenced by the habitat where they live. To proof the effects of different habitat type on the sponge bioactivities,a study was conducted by examining sponge samples collected from Barrang Lompo and Lae-Lae Islands. Extraction was done using maseration method, while bioactivity was tested using agar diffusion method. Sponge species that collected from Barrang Lompo and Lae-lae islands were 40 and 23 species, respectively. In Barrang Lompo island, all extracts were active on Staphylococcus aureus and Vibrio cholerae, while in Lae-Lae Island, all extracts of sponge were active on Staphylococcus aureus but only 13 extracts were active on Vibrio cholerae. In term of fractional bioactivities, in Barrang Lompo Island, of 40 sponge species found, 26 fractions were active on Staphylococcus aureus and only 16 fractions that active on Vibrio cholerae. Bioactivities of extracts from Barrang Lompo Island were higher than those from Lae-Lae Island. Statistical analysis showedthat bioactivities of extracts taken from Barrang Lompo and Lae-Lae Island on Staphylococus aureus and Vibrio cholerae were significantly different. However, none differences detected on bioactivities among habitats.Downloads
References
Amir I, Budiyanto A. 1996. Mengenal Spons Laut
(Demospongiae) Secara Umum. Oseana,
Volume XXI, Nomor 2, 1996: 15 – 31.
Becerro, M.A., R.W. Thacker, X. Turon, M.J. Uriz,
V.J. Paul, 2003. Biogeography of sponge
chemical ecology: comparisons of tropical and
temperate defenses [Abstract]. Oecologia. 2003
Mar;135(1):91-101.
Bergquist PR. 1968. The Marine Fauna of New
Zealand: Porifera, Demospongiae, Part 1
(Tetractinomorpha and Lithistida). New
Zealand Department of Scientific and Industrial
Research. New Zealand Oceanographic Institute
Memoirs No. 37. 9 – 104.
Bergquist PR, Fromont PJ.1988. The Marine Fauna of
New Zealand: Porifera, Demospongiae, Part 4
(Poecilosclerida). New Zealand Department of
Scientific and Industrial Research. New Zealand
Oceanographic Institute Memoirs No. 96. 7 –
Bergquist PR, Warne KP. 1980. The Marine Fauna of
New Zealand: Porifera, Demospongiae, Part 3
(Haplosclerida and Nepheliospongida). New
Zealand Department of Scientific and Industrial
Research. New Zealand Oceanographic Institute
Memoirs No. 87. 5 – 77.
Caralt, S. de, G, Agell, M.J Uriz, 2003. Long-Term
Culture of Sponge Explant: Conditions
Enhancing Survival ang Growth, and Assessment
of Bioactivity. Biomolecular Engineering 20
(2003): 339 – 347.
Dawson EW. 1993. The Marine Fauna of New Zealand:
Index to the Fauna 2. Porifera. National Institute
of Water and Atmospheric Research. New
Zealand Oceanographic Institute Memoirs
No.100. 1 – 98.
Evans-Illidge EA, Bourne DJ, Wolff CWW, Vasilescu
IM. 1999. A Preliminary Assesment of Space
Wars as A Determining Factor in the Production
of Novel Bioactive Indoles by Iotrochota sp.
Memoir of the Queensland Museum 44: 161 -
Eisner T. 1970. Chemical Defense against Predation in
Arthropods. Di dalam: Ernest S., John HB (ed).
Chemical Ecology. Academic Press New York,
London. hlm 157 - 217
Ireland CM, Molinski TF, Roll DM, Zabriskie TM,
McKee TC, Swersey JC, Foster MP. 1989. Natural
Product Peptides from Marine Organisms. Di
dalam Scheuer PJ (ed.). Bioorganic Marine
Chemistry. Volume 3. Springer – Verlag. hlm 1
– 27.
Kobayashi M, Rachmaniar R. 1999. Overview of
Marine Natural Product Chemistry. Prosidings
Seminar Bioteknologi Kelautan Indonesia I ’98.
Jakarta 14 – 15 Oktober 1998: 23 – 32. Lembaga
Ilmu Pengetahuan Indonesia Jakarta, 1999.
Konig GM, Wright AD. 1999. Cymbastela hooperi
and Amphimedon terpenensis: Where Do They
Really Belong ?. Memoir of the Queensland
Museum 44: 281 - 288.
Lozano, M.B., F.G. Farias, B.G.Acosta, A.G. Gasca,
JRB. Zavala, 1998. Variation of Antimicrobial
Activity of Sponge Aplysina fistularis (Pallas,
and Its Relation to Associated Fauna. J.
Exp.Mar.Biol.Ecol. 223 (1988): 1 – 18.
Muliani, Suryati E, Tompo A, Parenrengi A, Rosmiati.
Isolasi Bioaktif Bunga Karang Sebagai
Fungisida pad Benih Udang Windu Penaeus
monodon. Jurnal Penelitian Perikanan Indonesia
Vo.IV No. 2 Tahun 1998.
Muniarsih T, Rachmaniar R. 1999. Isolasi Substansi
Bioaktif Antimikroba dari Spons Asal Pulau
Pari Kepulauan Seribu. Prosidings Seminar
Bioteknologi Kelautan Indonesia I ’98. Jakarta
– 15 Oktober 1998: 151 - 158. Lembaga Ilmu
Pengetahuan Indonesia Jakarta, 1999.
Munro MHG, Luibrand RT, Blunt JW. 1989. The
Search for Antivaral and Anticancer Compounds
from Marine Organisms. Di dalam Scheuer PJ
(ed.). Bioorganic Marine Chemistry. Volume 1.
Springer – Verlag. hlm 94 – 176.
Neter J, Wasserman W, Kutner MH. 1990. Applied
Linear Statistical Models. 3nd ed. Richard D.
Irwin Inc., Homewood-Illinois.
Pawlik, J.R., G. McFall, S. Zea, 2002. Does the odor
from sponges of the genus Ircinia protect them
from fish predators? [Abstract]. J Chem Ecol.
Jun;28(6):1103-15.
Parenrengi A, Suryati E, Dalfiah, Rosmiati. 1999.
Studi Toksisitas Ekstrak Sponge Auletta sp.
Callyspongia sp., dan C. Pseudoreticulata
terhadap Nener Bandeng (Chanos chanos).
Jurnal Penelitian Perikanan Indonesia Vo.V No.
Tahun 1999.
Proksch P. 1999. Pharmacologically Active Natural
Products from Marine Invertebrates and
Associated Microorganisms. Prosidings Seminar
Bioteknologi Kelautan Indonesia I ’98. Jakarta
– 15 Oktober 1998: 33 – 40. Lembaga Ilmu
Pengetahuan Indonesia Jakarta, 1999.
Pronzato R, Bavestrello G, Cerrano C, Magnino G,
Manconi R, Pantelis J, Sara A, Sidri M. 1999.
Sponge Farming in the Mediterranian Sea:
New Perspectives. Memoir of the Queensland
Museum 44: 485 - 491.
Rachmaniar R. 2004. Ekologi Kimia Lautan. Materi
Kuliah Mahasiswa Fakultas Farmasi Universitas
Indonesia.
Rittschof, D., 2001. Natural Product Antifoulants and
Coatings Development. Di dalam. McClintock
JB, Baker BJ, editor. Marine Chemical Ecology.
Boca Raton: CRC Press. hlm 543 – 566.
Soediro IS. 1999. Produk Alam Hayati Bahari
dan Prospek Pemanfaatannya di Bidang
Kesehatan dan Kosmetika. Prosidings Seminar
Bioteknologi Kelautan Indonesia I ’98. Jakarta
– 15 Oktober 1998: 41 – 52. Lembaga Ilmu
Pengetahuan Indonesia Jakarta, 1999.
Soest RWM Van, Braekman JC. 1999. Chemosystematics
of Porifera: A Review. Memoir of the Queensland
Museum 44: 569 -589.
Sudjana. 1989. Metode Statistika. PT. Tarsito. Bandung.
Suryati E, Parenrengi A, Rosmiati. 1999. Penapisan
Serta Analisis Kandungan Bioaktif Sponge
Clathria sp. yang efektif sebagai Antibiofouling
pada teritif (Balanus amphitrit). Jurnal Penelitian
Perikanan Indonesia Vo.V No. 3 Tahun 1999.
Abdul Haris, dkk
Tanaka J, Aoki S, Higa T, Kobayashi M, Rachmat R.
Indonesian Marine Sponge. Faculty of
Pharmaceutical Science, Osaka University –
Marine Natural Product Laboratory, Research
and Development Center for Oceanology,
Indonesian Institut of Sciences.
Thoms, C., M.Wolff, K.Padmakumar, R.Ebel, P. Proksch,
Chemical defense of Mediterranean
sponges Aplysina cavernicola and Aplysina
aerophoba [Abstract]. Z Naturforsch [C]. 2004
Jan-Feb;59(1-2):113-22.
Tsoukatou, M., C. Hellio, C. Vagias, C. Harvala, V.
Roussis, 2002. Chemical defense and antifouling
activity of three Mediterranean sponges of the
genus Ircinia [Abstract]. Z Naturforsch [C].
Jan-Feb;57(1-2):161-71.
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