TY - JOUR
AU - Indriastuti, Marlina
AU - Wahlanto, Panji
AU - Utami, Ditha Septya
PY - 2023/05/17
Y2 - 2024/08/10
TI - Formulation and Evaluation of Moringa Leaves Extract (Moringa oleifera L. ) Lotion with Variation Concentration of Triethanolamin
JF - Ad-Dawaa : Journal of Pharmacy
JA - DWJ
VL - 1
IS - 1
SE - Articles
DO - 10.52221/dwj.v1i1.222
UR - https://ojs.stikesmucis.ac.id/index.php/dwj/article/view/222
SP - 18-28
AB - <p>The Indonesian people know the moringa plant as a plant for consumption as a vegetable, a fetid decoction as well as animal feed. However, the Moringa plant, especially in the leaves, has another benefit , namely as an antioxidant. Antioxidants in Moringa leaves contain tannins, flavonoids, saponins, alkaloids, steroids and terpenoids. The purpose of this study was to determine a good formulation for the preparation of moringa leaf extract <em>lotion </em>with variations in the concentration of triethanolamine. The research method used is the experimental method. Data analysis was performed using the <em>One Way Anova </em>and <em>Kruskal Wallis Test statistical methods </em>. The results showed that the organoleptic test of slightly thick texture preparations for formula I, thick texture for formulas II and III; typical preparation odor of Moringa leaf extract; the color of the preparation is yellow. Homogeneity test of formula I was not homogeneous, formula II was not homogeneous in the third replication, formula III was homogeneous. The average viscosity test for formula I was 1,800 c.Ps, formula II was 8,300 c.Ps, formula III was 1,666 c.Ps. The average pH test for formula I was 6, formula II was 7, formula III was 8. The average adhesion test for formula I was 02.76 seconds, formula II was 02.02 seconds, formula III was 01.37 seconds. The average spreadability test for formula I was 3.9 cm, formula II was 6.6 cm, formula III was 6.9 cm. Based on the evaluation results obtained, it can be concluded that the triethanolamine concentration of 2.5% produces a good formulation for <em>lotion preparations</em>.</p>
ER -