(MPOB Transfer of Technology)
CPS3 originated from amongst DxPs planted at MPOB Research Station Hulu Paka, Terengganu. The outstanding yield performance of a particular individual with fresh fruit bunches (FFB) of 198.80 kg palm-1 yr-1 and oil to bunch (O/B) of 35.22% led to the cloning of this ortet in 2001. Main Researcher: Siti Rahmah Abdul RahmanEmail: sitirahmah.ar@mpob.gov.my
The marker is the first species-specific PCR marker to identify and detect the presence of M. palmivorus. The marker is developed based on internal transcribed spacer (ITS) regions of ribosomal RNA (rRNA) gene cluster using polymerase chain reaction (PCR) technique. PCR is established and well known molecular protocol, therefore can be easily adopted by any … Read more
The developed in vitro tissue culture pathogenicity technique is the first to establish the natural manifestation of Ganoderma infection without any wounding or any form of pressure to recreate Ganoderma infection that were demonstrated earlier by two publications (Govender and Wong, 2017; Goh et al., 2016). Main Researcher: Shamala SundramEmail: shamala@mpob.gov.my
The design and development of an automatic detection system of the oil palm bagworms are based on deep convolutional neural networks (Conv. Net) and ordinary camera. It consists of motion-tracking and false color analysis to detect and count the number of living and dead larvae and pupae of M. plana population per frond, corresponding to … Read more
The lithographic printing process is very versatile and used to produce a wide range of printed matter. The bulk of this falls into two main categories (i) publication and (ii) packaging. In commercial practice, most lithographic printing is accomplished by an offset process, that is by transferring the image from the plate to an intermediate … Read more