Natural Material Chemistry Laboratory and Synthesis

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Research Topics

BIOACTIVE CHEMICALS

Natural ingredients that are active and have the potential as anti-cancer, anti-diabetic and anti-malarial agents of the genus Clusiaceae
Correlation data on the structure and bioactivity of natural material compounds
Synthesis of derivatives and analogues of active and potential natural ingredients
Nitroaromatic compounds are found as natural materials which among others are found in mangrove plants. The study succeeded in synthesizing 2 itoaromatic compounds, 1 was studied for its activity in inhibiting the growth of Candida albicans, Fusarium graminearum, Aspergillus niger
The study succeeded in synthesizing trisindolina natural compounds and 25 derivatives. As lead compound, trisindolina shows activity as antibiotics and anti-cancer. The bioactivity test shows that:
a) 5 trisindolina derivatives were tested and showed antibiotic activity against E. coli (gram negative) and S. aureus (gram positive), b) 13 trisindolina derivatives were tested and cytotoxic against cervical and colon cancer cells, c) 4 were tested and inhibited the growth of Mycobacterium tuberculosis H37Rv and isolates of pulmonary tuberculosis patients Px 1 and Px 2
Computational study of Quantitative Structure-Activity Relationship (QSAR) and molecular docking to obtain the optimal structure of trisindolina derivatives as anti-cancer
Synthesis, in vitro testing and in vivo compounds from computational studies

FRAGRANCE (PEWANGI) AND FLAVOR (PERISA)

Synthesis of homonuclear, heteronuclear polymer complexes and metalorganic framework with various structures, and the results of cytotoxicity tests on cancer cells
Essential oil exploration 18 species of family Myrtaceae
Utilization of clove leaf waste for the manufacture of clove leaf oil. The separation and purification of eugenol from clove leaf oil, and its transformation into fragrans / flavor: vanillin, vanillil alcohol, Isobutavan® and its 3 analogues, 2 Isobutavan® derivatives, and their sensor data
Separation of safrol from commercial mace oil, and its transformation into fragrans / flavor: isosafrol, heliotropin®, piperonil alcohol, 7 piperonyl esters, and sensor data
Synthesis of new Isobutavan® derivatives along with their sensor data
The transformation of heliotropin® into analogous commercial fragrans compounds of Methyl diantilis® as well as sensory data
The transformation of heliotropin® into analog compounds fragrans oxymes and ether oxymes ester groups along with their sensor data
Optimization of fragrans synthesis and flavor using new catalysts

ENERGETIC MATERIALS

Manufacture of pilot plant diazodinitrofenol scale in cooperation with PT. Pindad
The design and production of energetic materials through cooperation partners (PT. Pindad, PT Dahana, LAPAN, etc.)

Head of Laboratory

Laboratory Member

Natural Material Chemistry Laboratory and Synthesis Certificate