FORMULASI LOSION EKSTRAK DAUN SALAM (Syzygium polyanthum) SEBAGAI REPELLENT TERHADAP NYAMUK Aedes aegypti
DOI:
https://doi.org/10.37090/jfl.v12i1.1020Abstrak
ABSTRACT
Bay leaf is part of the bay plant that contains potentially terpenoid compounds as mosquito's natural repellent. The purpose of this study was to determine the formula composition and effectiveness of repellent n-hexane bay lotion extract with concentrations of 0%, 40%, 50, and 60%. This research is an experimental research. The making of bay leaf extract is used by maceration method. Lotion is made in 4 formulas on the basis of nonionic formula namely FI with extract concentration of 0%, FII with extract concentration of 40%, FIII extract concentration of 50% and FIV with extract concentration of 60%. The results of the non-specific parameter test obtained 2.9% water content, total ash content of 5% and acid insoluble ash content of 0.6% then proceed with organoleptic test, homogeneity, pH, centrifugation, dispersion, viscosity and cycling test. Repellent activity testing is done by counting the number of mosquitoes that alight and not, the average percentage of repellent power of Aedes aegypti at a concentration of 40% is 65.3%, at a concentration of 50% that is 78.6%, and at a concentration of 60% that is 90 8%, the most effective is 60% concentration. From the results of the Anova One Way test, the value of p was 0,000 ≤ 0.05 so it was proven that there were differences in various concentrations of bay leaf extract as repellent to Aedes aegypti mosquitoes. The results of this study indicate that bay leaf extract can be made in a nonionic-based lotion lotion with various concentrations. The physical properties of lotion preparations with variations in bay leaf extract levels did not affect the physical stability of the lotion and did not change during testing and had the effectiveness of mosquito repellent.
Keywords: Aedes Aegypti, N-Hexane, Repellent, Salam Leaf Extract
Referensi
SETIYAWAN H, LESTARI AS, AYUNINGTYAS EN, MERADJI A, DIANA E, UTAMI EB. PENYULUHAN DEMAM BERDARAH DENGUE DAN TANAMAN PENGUSIR NYAMUK DI DESA MODALAN, BANGUNTAPAN. J PEMBERDAYA PUBL HAS PENGABDI KPD MASY. 2019;
Aseptianova a, fitri wijayanti t, nurina n. Efektifitas pemanfaatan tanaman sebagai insektisida elektrik untuk mengendalikan nyamuk penular penyakit dbd. Bioeksperimen j penelit biol. 2017;3(2):10.
Harismah k. Pemanfaatan daun salam (eugenia polyantha) sebagai obat herbal dan rempah penyedap makanan. War lpm. 2017;
Skrining fitokimia ekstrak n-heksan korteks batang salam (syzygium polyanthum). Indones j chem sci. 2018;
Depkes ri. Farmakope indonesia v. Farmakop indones ed v. 2014;
Nur k. Karekterisasi simplisia dan standarisasi ekstrak etanol herba kemangi (ocimum americanum l). Fakultas kedokteran dan ilmu kesehatan program studi farmasi uin syarif hidayatullah jakarta. 2013.
Ri b. Pedoman teknologi formulasi sediaan berbasis ekstrak. Badan pom ri. 2012.
Depkes r. Parameter standar umum ekstrak tumbuhan obat, jakarta: departement kesehatan republik indonesia. Edisi iv. 2000.
Departemen kesehatan republik indonesia. Farmakope hebal indonesia. Farmakop herb indones. 2008;1–221.
Sari ap. Pengaruh emulgator terhadap stabilitas fisik lotion minyak nilam (patchouli oil) dan uji efek anti-nyamuk. Skripsi. 2012;
Sudarmilah e, thoyib m. Stop demam berdarah dengue (dbd) – virtual reality application for learning about dengue fever. Int j emerg trends eng res. 2019;
Palgunadi bu, rahayu a. Aedes aegypti sebagai vektor penyakit demam berdarah dengue bagus. Dinus. 2011;
Suman ds, shrivastava ar, pant sc, parashar bd. Differentiation of aedes aegypti and aedes albopictus (diptera: culicidae) with egg surface morphology and morphometrics using scanning electron microscopy. Arthropod struct dev. 2011;
Dr. Padoli, skp. Mk. Mikrobiologi dan parasitologi keperawatan. Kementerian kesehatan republik indonesia pusat pendidikan dan sumber daya manusia kesehatan badan pengembangan dan pemberdayaan sumber daya manusia kesehatan. 2016.
Ilmu j, masyarakat k, keolahragaan fi, semarang un. Uji kemampuan ekstrak daun kemangi(ocimum sanctum l.) Dalam bentuk granul sebagai larvasida nyamuk aedes aegypti. Ixoura hafsah vitaningrum. 2015;
World health organization, who pesticide evaluation scheme. Guidelines for efficacy testing of spatial repellents. Who. 2013;
Rivai h, heriadi a, fadhilah h. Pembuatan dan karakterisasi ekstrak kering daun salam (syzigium polyanthum (wight) walp.). J farm higea. 2015;
Pratiwi e. Andrographolide dari tanaman sambiloto ( andrographis). Skripsi, fak teknol pertan institusi pertan bogor. 2010;
Rahayu df, ustiawan a. Identifikasi aedes aegypti dan aedes. Balaba. 2013;
Medikanto br, setyaningrum e, biomed m. Pengaruh ekstrak daun legundi (vitex trifolia l.) Sebagai repellent terhadap nyamuk aedes aegypti. Med j lampung univ. 2013;2(4):35–43.
