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Dryobalanops belong to a member of Dipterocarpaceae, which has a high economic value. Due to illegal harvesting for its wood, the population tends to decrease every year, so rapid conservation effort was needed.  D. oblongifolia  and  D. lanceolata  were important members of dryobalanops, which have listed as endangered (EN), according to IUCN. This study aims to provide information on the DNA isolation and amplification process. This data was needed as basic information for further research, such as genetic diversity, population genetics, phylogeny studies, or biogeography aspects. DNA isolation was performed using the CTAB method ( Cetyl Trimethyl Ammonium Bromide ). The amplification process was performed with three barcode markers those were  trn L -trn F , rbc L, and  mat K. The results of DNA isolation showed quite good DNA yield. Amplified DNA using all primers showed successfully with an annealing temperature of 49 0 C for  mat K, 50 0 C for  trn L- trn F, and 55 0  C for  rbc L.

DNA isolation and amplification of Dryobalanops oblongifolia DREY and Dryobalanops lanceolata BURCK