{"id":21141,"date":"2024-12-03T10:30:31","date_gmt":"2024-12-03T02:30:31","guid":{"rendered":"https:\/\/mpob.gov.my\/ms\/abbc-publication\/"},"modified":"2025-07-24T16:20:17","modified_gmt":"2025-07-24T08:20:17","slug":"abbc-publication","status":"publish","type":"page","link":"https:\/\/mpob.gov.my\/ms\/pusat-kemajuan-bioteknologi-dan-biakbaka\/abbc-publication\/","title":{"rendered":""},"content":{"rendered":"\t\t
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No<\/th>Article<\/th>Year<\/th><\/tr>\n<\/thead>\n
1<\/td>Badai, S S; Rasid, O A; Masani, M Y A; Chan, K L; Chan, P L; Fizree, M P M A; Rahmah, A R S; Bakar, N A A; Parveez, G K A and Ho, C L (2025). Functional analysis of a mesocarp-specific MSP-C7 promoter from oil palm (Elaeis guineensis Jacq.) Plant Cell. Tiss. Organ. Cult., 163: 15. DOI: 10.1007\/s11240-025-03199-9<\/td>2025<\/td> <\/tr>\n
2<\/td>Hanin, A N; Masani, M Y A; Janna, O A; Rasid, O A and Parveez, G K A (2025). Agrobacterium-Mediated genome modification for improvement of oil palm planting materials.\u00a0OBM Genetics,\u00a09(2): 1-28. https:\/\/doi.org\/10.21926\/obm.genet.2502292<\/td>2025<\/td> <\/tr>\n
3<\/td>Norfaezah, J;\u00a0Masani, M Y A; Fizree, M P M A A; Bahariah, B; Shaharuddin, N A; Ho, C L; Rasid, O A and Parveez, G K A (2025). A fast-track system for transgene-free genome editing in oil palm (Elaeis guineensis. Jacq) via biolistic delivery of CRISPR\/Cas9 ribonucleoprotein (CRISPR-RNP). 3 Biotech, 15(11): 389. https:\/\/doi.org\/10.1007\/s13205-025-04555-4<\/td>2025<\/td> <\/tr>\n
4<\/td>Yusuf, C Y L; Nawawi, O; Azhari, M F; Hilman, M S; Bai, T; Zhang, C; Yi, H; Ni, Z; Xie, D; Abdullah, M P; Masani, M Y A; Shaharuddin, N A; Abdullah, M P and Abdullah, J O (2025). Functional characterisation of the EgPAL5 promoter from oil palm (Elaeis guineensis Jacq.) reveals its potential roles in plant growth and adaptation to drought. J. Hortic. Sci. Biotechnol., 1\u201318. https:\/\/doi.org\/10.1080\/14620316.2025.2519330<\/td>2025<\/td> <\/tr>\n
5<\/td>Nurfahisza, A R; Masani, M Y A; Masura, S S; Fizree, M P M A A; Rasid, O A and Parveez, G K A (2025). Optimisation of bombardment parameters in oil palm embryogenic calli based on transient expression of RFP gene. Journal of Oil Palm Research. Article in Press. https:\/\/doi.org\/10.21894\/jopr.2025.0024<\/td>2025<\/td> <\/tr>\n
6<\/td>Nurazah, Z; Ishak, N A; Rozali, N L; Dzulkafli, S B; Nagappan, J; Sundram, S; Idris, A S\u00a0and Othman, A (2025). GC\/Q-TOF-MS-based metabolomics: Unveiling the temporal metabolic pathways in Ganoderma boninense using pathway analysis tools. Journal of Oil Palm Research, DOI: https:\/\/doi.org\/10.21894\/jopr.2025.0019<\/td>2025<\/td> <\/tr>\n
7<\/td>Rozali, N L; Ramli, U S; Singh, R; Syed Jaafar, S N; Weckwerth, W; Azizan, K A and Othman, A (2025) Omics technologies: A strategy to expedite the geographical traceability and authenticity of palm oil. Food Bioprocess Technology 18, 4101-4128. https:\/\/doi.org\/10.1007\/s11947-024-03673-w<\/td>2025<\/td> <\/tr>\n
8<\/td>Nor Azwani, A B; Zulkifli, Y; Noraziyah, A A S; Marhalil M and Fadila A M. 2025. Genetic performance of 3-way (MPOB-Nigeria \u00d7 deli) dura \u00d7 pisifera oil palm.crosses. J. Oil Palm Res. https:\/\/doi.org\/10.21894\/jopr.2025.0028.<\/td>2025<\/td> <\/tr>\n
9<\/td>Suzana Mustaffa, Zulkifli Yaakub, Norziha Abdullah, Siti Hazirah Zolkafli and Rajinder Singh SNP-based assessment of genetic diversity in MPOB\u2019s Tanzania, Angola and Ghana oil palm germplasm. 3 Biotech, 15:432. https:\/\/doi.org\/10.1007\/s13205-025-04613-x<\/td>2025<\/td> <\/tr>\n
10<\/td>Hilman, M S; Nawawi, O; Azhari, M F; Bai, T; Zhang, C; Abdullah, M P; Masani, M Y A and Yusuf, C Y L (2025). A Comprehensive Method to Generating and Identifying Transgenic Tobacco Lines with a Single Transgene Integration Locus for Functional Analysis. Pertanika J. Trop. Agric. Sci., 48 (1): 31 \u2013 58.<\/td>2024<\/td> <\/tr>\n
11<\/td>Bahariah, B; Masani, M Y A; Norfaezah, J; Fizree, M P M A A; Syuhada, W S W N; Rasid O A and Parveez, G K A (2024). Application of CRISPR\/Cas9-Mediated genome editing for trait improvement in oil palm. In: Kumar, N. (eds) Industrial Crop Plants. Interdisciplinary Biotechnological Advances. Springer, Singapore. https:\/\/doi.org\/10.1007\/978-981-97-1003-4_8<\/td>2024<\/td> <\/tr>\n
12<\/td>Rasid, O A; Masani, M Y A; Masura, S S; Bahariah, B; Nor Hanin, A; Lim, F H; Fizree, M P M A A and Parveez, G K A (2023). Genetic Engineering of Oil Palm. Advances in Oil Palm Research Second Edition (Ahmad Parveez Ghulam Kadir and Zainab, I eds). MPOB, Bangi. p.91-128.<\/td>2024<\/td> <\/tr>\n
13<\/td>Hanin, A N; Masani, M Y A; Rasid, O A and Parveez, G K A (2024). Vector construction and transient evaluation in oil palm calli via Agrobacterium-mediated transformation. J. Oil Palm Res., 36(2): 210-223. Doi:\u00a0\u00a0https:\/\/doi.org\/10.21894\/jopr.2023.0016<\/td>2024<\/td> <\/tr>\n
14<\/td>Masani, M Y A; Norfaezah, J; Bahariah, B; Fizree, M P M A; Sulaiman, W N S W; Shaharuddin, N A; Rasid, O A and Parveez G K A (2024). Towards DNA-free CRISPR\/Cas9 genome editing for sustainable oil palm improvement. 3 Biotech. 14 (6):166. DOI: 10.1007\/s13205-024-04010-w.<\/td>2024<\/td> <\/tr>\n
15<\/td>Nagappan, J; Ooi, S-E; Chan, K-L; Kadri, F; Nurazah, Z; Halim, M A A; Angel, L P L; Sundram, S; Chin, C-F; May, S T and Low, E T L (2024). Transcriptional effects of carbon and nitrogen starvation on Ganoderma boninense, an oil palm phytopathogen. Molecular Biology Reports. 2024 Jan 25;51(1):212. doi: 10.1007\/s11033-023-09054-4.<\/td>2024<\/td> <\/tr>\n
16<\/td>Low, E-T L; Chan, K-L; Zaki, N M; Taranenko, E; Ordway, M; Wischmeyer, C; Buntjer, J; Halim, M A A; Sanusi, N S N M; Nagappan, J; Rosli, R; Bondar, E; Amiruddin, N; Sarpan, N; Ting, N-C; Chan, P-L; Ong-Abdullah, M; Marjuni, M; Mustaffa, S; Abdullah, N; Azizi, N; Bacher, B; Lakey, N; Tatarinova, T V; Manaf, M A A; Sambanthamurti, R and Singh, R (2024). Chromosome-scale Elaeis guineensis and E. oleifera assemblies: Comparative genomics of oil palm and other Arecaceae. G3 Genes|Genomes|Genetics. 14(9): jkae135. https:\/\/doi.org\/10.1093\/g3journal\/jkae135<\/td>2024<\/td> <\/tr>\n
17<\/td>Othman, A; Lau, B Y C; Nurazah, Z; Shahwan, S; Rusli, M H; Singh, R., Ong, M A; Marjuni, M; Yaakub, Z; Sundram, S; Manaf, M A A and Ramli, U S (2024). Comparative proteomic and metabolomic studies between partial resistant and susceptible oil palm reveal the molecular mechanism associated with Ganoderma boninense infection. Physiological and Molecular Plant Pathology, 129: 102198<\/td>2024<\/td> <\/tr>\n
18<\/td>Hassan, H; Tahir, N I; Rozali, N L; Lau, B Y C; Othman, A; Weckwerth, W and Ramli, U S (2024) Integrative tissue-resolved proteomics and metabolomics analysis of oil palm (Elaeis guineensis Jacq.) fruit provides insights into stilbenoid biosynthesis at the interface of primary and secondary metabolism. Biocatalysis and Agricultural Biotechnology, 60, 103308.<\/td>2024<\/td> <\/tr>\n
19<\/td>Fadila, A M; Noraziyah, A A S; Mohd Din, A; Marhalil, M and Zulkifli, Y (2024). Development of new high-yielding planting material based on performance of 38 oil palm (Elaeis guineensis Jacq.) Dura?\u00d7?Pisifera families. Euphytica 220, 73 (2024). https:\/\/doi.org\/10.1007\/s10681-024-03333-2. <\/td>2024<\/td> <\/tr>\n
20<\/td>Fadila, A M; Liew, K W; Zulkifli, Y and Ooi, S E (2024). Impact of recurrent intermittent flooding on the yield and growth of Elaeis guineensis. Ann. Appl. Biol. 185(3): 333-344. https:\/\/doi.org\/10.1111\/aab.12925. <\/td>2024<\/td> <\/tr>\n
21<\/td>Fadila, A M; Marjuni, M; Zulkifli, Y; Noraziyah, A A S and Oyebamiji, Y O (2024). Genetic variability of oil palm (Elaeis guineensis Jacq.) Deli dura inter-crosses population in the MPOB Research Station Hulu Paka, Terengganu, Malaysia. Malays. Appl. Biol. 53(2): 125-133. https:\/\/doi.org\/10.55230\/mabjournal.v53i2.2975. <\/td>2024<\/td> <\/tr>\n
22<\/td>Fatin Mohd Nasir; Suzana Mustaffa; Marhalil Marjuni; Wan Nor Salmiah Tun Mohd Salim and Zulkifli Yaakub (2024). Genetic Diversity of MPOB-Zaire Oil Palm (Elaeis Guineensis Jacq.) Germplasm Population by Multivariate Analysis. J. Oil Palm Res.doi.org\/10.21894\/jopr.2024.0050<\/td>2024<\/td> <\/tr>\n
23<\/td>Norziha, A; Zamri, Z; Zulkifli, Y; Fadila, A M; Marhalil, M and Mohd Din, A (2024). Performance of selfed and intercrossed oil palm Deli Ulu Remis progenies based on selected agronomic traits. J. Oil Palm Res., 36(2): 380 \u2013 392. https:\/\/doi.org\/10.21894\/jopr.2023.0023<\/td>2024<\/td> <\/tr>\n
24<\/td>Norziha, A; Zamri, Z; Zulkifli, Y; Fadila, A M and Marhalil, M (2024). Selection Criteria of MPOB-Angola Germplasm Collection for Yield Improvement of the Oil Palm. Oil Crop Science, 9(1): 20 - 28. https:\/\/doi.org\/10.1016\/j.ocsci.2023.12.003<\/td>2024<\/td> <\/tr>\n
25<\/td>Fadila, A M; Liew, K-W; Yaakub, Z and Ooi, S-E (2024) Impact of recurrent intermittent flooding on the yield and growth of Elaeis guineensis. Annals App. Biol., 185(3): 333-344. Doi: 10.1111\/aab.12925<\/td>2024<\/td> <\/tr>\n
26<\/td>Ata, N; Halim, M A A; Syarif, M N Y; Mohamad, S A; Nasir, M D M; Ooi, S-E and Ong-Abdullah, M (2024) Genome survey and preliminary genomic characterization of a key oil palm pollinator, Elaeidobius kamerunicus. J. Oil Palm Res., Doi: 10.21894\/jopr.2024.0039.<\/td>2024<\/td> <\/tr>\n
27<\/td>Ooi, S-E; Choo, C-N; Sarpan, N; Wong, C-K; Wong, W-C (2024) Karma-EgDEF1 methylation in Elaeis guineensis clonal mother palms that produced high mantling rates in the second clonal generation. In Vitro Cell. Dev. Biol. \u2013 Plant, 60:176-182. Doi: 10.1007\/s11627-023-10394-w<\/td>2024<\/td> <\/tr>\n
28<\/td>Lim, F-H; Rasid, O A; Idris, A S; As\u2019wad, A W M; Vadamalai, G; Parveez, G K A and Wong, M-Y (2024). Gene silencing of Ganoderma boninense Lanosterol 14?-demethylase (GBERG11) affects ergosterol biosynthesis and pathogenicity towards oil palm. Sci.\u00a0Hortic.,\u00a0332: 113198. https:\/\/doi.org\/10.1016\/j.scienta.2024.113198. <\/td>2023<\/td> <\/tr>\n
29<\/td>Masura, S S; Shaharuddin, N A; Masani, M Y A; Abdullah, M P; Azzeme, A M; Chan, K-L; Low, E T L; Chan, P-L; Rahmah, A R S; Nadzirah, A and Parveez, G K A and Rasid, O A (2024). Functional analysis of root-preferential oil palm metallothionein promoter in tobacco. Transgenic Res., 33:383-397. https:\/\/doi.org\/10.1007\/s11248-024-00396-8.<\/td>2023<\/td> <\/tr>\n
30<\/td>Norfaezah, J; Masani, M Y A; Fizree, M P M A A; Bahariah, B; Shaharuddin, N A; Ho, C L; Rasid, O A and Parveez, G K A (2024). DNA-free CRISPR\/Cas9 genome editing system for oil palm protoplasts using multiple ribonucleoproteins (RNPs) complexes. Ind Crops Prod., 208:117795. https:\/\/doi.org\/10.1016\/j.indcrop.2023.117795<\/td>2023<\/td> <\/tr>\n
31<\/td>Bahariah, B; Masani, M Y A; Fizree, M P M A A; Rasid, O A and Parveez, G K A (2023). Multiplex CRISPR\/Cas9 gene-editing platform in oil palm targeting mutations in EgFAD2 and EgPAT genes. Journal of Genetic Engineering and Biotechnology, 21(1):3<\/td>2023<\/td> <\/tr>\n
32<\/td>Fizree, M P M A A; Masani, M Y A; Shaharuddin, N A; Chai Ling, H; Manaf, M A A and Parveez, G K A (2023). Efficient PEG-mediated transformation of oil palm mesophyll protoplasts and its application in functional analysis of oil palm promoters. South African Journal of Botany. 155. pp. 187-195.<\/td>2023<\/td> <\/tr>\n
33<\/td>Lim, F-H; Rasid, O A; Idris, A S; As\u2019wad, A W M; Vadamalai, G; Parveez, G K A and Wong, M-Y (2023). Induced expression of Ganoderma boninense Lanosterol 14?-Demethylase (ERG11) during interaction with oil palm. Mol. Biol. Rep., 50:2367\u20132379. https:\/\/doi.org\/10.1007\/s11033-022-08131-4. <\/td>2023<\/td> <\/tr>\n
34<\/td>Rozali, N L; Azizan, K A; Singh, R; Syed Jaafar, S N; Othman, A; Weckwerth, W and Ramli, U S (2023) Fourier transform infrared (FTIR) spectroscopy approach combined with discriminant analysis and prediction model for crude palm oil authentication of different geographical and temporal origins. Food Control 146, 109509. https:\/\/doi.org\/10.1016\/j.foodcont.2022.109509<\/td>2023<\/td> <\/tr>\n
35<\/td>Dzulkafli, S B; Othman, A; Lau, B Y C; Nurazah, Z; Nagappan, J; Ramli, U S; Karsani, S A (2023) Understanding the effects of carbon and nitrogen starvation on the comparative secretomes of Ganoderma boninense and Ganoderma tornatum. Physiological and Molecular Plant Pathology, 127:102084.<\/td>2023<\/td> <\/tr>\n
36<\/td>Tahir, N I; Ishak, A N; Sin, T S; Othman, A and Ramli, U S (2023). Chemical profiling of palm oil and other selected plant oils by proton nuclear magnetic resonance combined with chemometrics. Journal of Oil Palm Research, 35(4): 738-746. https:\/\/doi.org\/10.21894\/jopr.2023.0021<\/td>2023<\/td> <\/tr>\n
37<\/td>Ishak, N A; Tahir, N I; Rozali, N L; Nurazah, Z; Rahim, N R A; Othman, A and Ramli, U S (2023). Cross-validation and receiver operating characteristic analyses for oil palm leaf metabolome dataset. Journal of Oil Palm Research. 35 (2): 376-384. doi: https:\/\/doi.org\/10.21894\/jopr.2022.0046<\/td>2023<\/td> <\/tr>\n
38<\/td>Suzana, M; Siti Hazirah, Z; Zulkifli, Y; Marhalil, M and Singh, R (Eds.) SNP-based assessment of genetic diversity in MPOB-Tanzania oil palm germplasm. eISSN 2600-9595. Transaction of Malaysian Society of Plant Physiology, Vol 30. Selangor.<\/td>2023<\/td> <\/tr>\n
39<\/td>Chai, S-K; Ooi, S-E; Ho, C-L; Chan, K-L; Fitrianto, A; Ong-Abdullah, M and Namasivayam, P (2023) Transcriptomic analysis reveals suppression of photosynthesis and chlorophyll synthesis following gibberellic acid treatment on oil palm (Elaies guineensis). J. Plant Growth Regul., 42: 5683-5699. Doi: 10.1007\/s00344-023-10950-z<\/td>2023<\/td> <\/tr>\n
40<\/td>Lim, C-C; Wong, F-H; Ooi, S-E (2023). Reproducibility of somatic embryogenesis upon resampling of oil palm ortets. The Planter, 99(1169): 507-514. Doi: 10.56333\/tp.2023.025<\/td>2023<\/td> <\/tr>\n
41<\/td>Mohd Rodzik, F F; Sudirman, N A; Teh, C-K; Ong, A-L; Heng, H-Y; Yaakop, S; Mohd-Assaad, N; Ong-Abdullah, M; Ata, N; Amit, S; Saragih, B; Appleton, D R and Kulaveerasingam, H (2023). Development of nuclear DNA markers for applications in genetic diversity study of oil palm-pollinating weevil populations. Insects, 14: 157. Doi:10.3390\/insects14020157<\/td>2023<\/td> <\/tr>\n
42<\/td>Ooi, S-E; Sarpan, N; Taranenko, E; Feshah, I; Nuraziyan, A; Roowi, S H; Burhan, M N; Jayanthi, N; Rahmah, A R S; Teh, O-K; Ong-Abdullah, M and Tatarinova, T V (2023). Small RNAs and Karma methylation in Elaeis guineensis mother palms are linked to high clonal mantling. Plant Mol. Biol., 111(4-5): 345-363. Doi: 10.1007\/s11103-022-01330-4<\/td>2023<\/td> <\/tr>\n
43<\/td>Ooi, S-E; Nuraziyan, A; Sarpan, N; Ata, N; Ong-Abdullah, M (2023). Strategies for oil palm crop improvement in countering environmental stresses. In: Advances in Oil Palm Research 2nd edition, Vol. I. pp.165-194<\/td>2023<\/td> <\/tr>\n
44<\/td>Zubaidah, R and Zatty, S A M (2022). Exploiting gibberellin in oil palm height control: Strategies and way forward. Transactions of the Malaysian Society of Plant Physiology Conference, volume 29.<\/td>2022<\/td> <\/tr>\n
45<\/td>Zaki, N M; Singh, R; Muhammad Azwan, Z; Nordiana, H M N and Chan, P-L (2022). An update of oil palm haploid technology: MPOB\u0092s Experience. Oil Palm Bulletin 84: 1-9<\/td>2022<\/td> <\/tr>\n
46<\/td>Abu Bakar, N A; Ahmad Malike, F; Amiruddin, M and Meilina Ong A (2022). Genetic variability and performance of MPOB-Nigeria dura x AVROS pisifera planting materials. International Journal of Oil Palm, 5(1): 26-38.<\/td>2022<\/td> <\/tr>\n
47<\/td>Yaakub, Z; Marjuni, M; Mustaffa, S; Salim, W N S T M; N A A; Nasir; Abdullah, N; Amiruddin, M D; Nookiah, R; Kushairi, A and Ong-Abdullah, M. (2022). Phenotypic variability of Elaeis Oleifera germplasm revealed by principal component and cluster analyses. J. Oil Palm Res., doi.org\/10.21894\/jopr.2022.0054<\/td>2022<\/td> <\/tr>\n
48<\/td>Sarpan, N; Tatarinova, T V; Low, E-T L; Ong-Abdullah, M; Sapian, I S and Ooi, S-E (2022). Histone modification marks improve identification of oil palm transcription start sites. J. Oil Palm Res., 34(1): 35-45.<\/td>2022<\/td> <\/tr>\n
49<\/td>Sanusi, N S N M; Rosli, R; Chan, K L; Ab-Halim, M A; Ting, N-C; Singh, R and Low, E T L (2022). Integrated consensus genetic map and genomic scaffold re-ordering of oil palm (Elaeis guineensis) genome. Comput Biol Chem, Vol. 102: https:\/\/doi.org\/10.1016\/j.compbiolchem.2022.107801.<\/td>2022<\/td> <\/tr>\n
50<\/td>Salim, W N S T M; Yaakub, Z; Mustaffa, S; Bakar, N A A; Nasir, F M; Marjuni, M; Amiruddin, M D and Ong-Abdullah, M. (2022). Genetic variability of MPOB-Cameroon oil palm germplasm based on morphological traits using multivariate analysis. J. Oil Palm Res., 35(3): 476-490.<\/td>2022<\/td> <\/tr>\n
51<\/td>Rosli, R; Ab-Halim, M A; Ngoot-Chin, T; Zaki, N M; Jayanthi, N; Singh, R; Low, E T L; Mohamed-Hussein, Z A (2021). Oil Palm SSR Resource Interface (OPSRI) \u0096 Web-based Bioinformatics Analysis Pipeline for SSR Mining. J. Oil Palm Res., 34(4): 643-656<\/td>2022<\/td> <\/tr>\n
52<\/td>Nurniwalis, A W; Zubaidah, R; Mohamad Arif, A M and Parveez, G K A (2022). Oil palm MSP2 promoter isolation, in silico analysis and functional characterization. J. Oil Palm Res., DOI: https:\/\/doi.org\/10.21894\/jopr.2022.0049<\/td>2022<\/td> <\/tr>\n
53<\/td>Nizan, I E F; Kamaruddin, K; Ong, P-W; Ramli, Z; Singh, R; Rose, R J and Chan, P-L (2022). Overexpression of Oil Palm Early Nodulin 93 Protein Gene (EgENOD93) Enhances In Vitro Shoot Regeneration in Arabidopsis thaliana. Molecular Biotechnology 64(7): 743-757<\/td>2022<\/td> <\/tr>\n
54<\/td>Masura, S S; Rasid, O A; Shaharuddin, N A; Masani, M Y A; Chan, K-L; Low, E T L; Badai, S S; Hanin, A N; Rahmah, A R S; Abdullah, M P; Azzeme, A M; Parveez, G K A (2022). Identification of oil palm root-specific genes through mining of RNA-Seq data and RT-qPCR analysis. J. Oil Palm Res., Vol. 34 (2): 261-275. DOI: https:\/\/doi.org\/10.21894\/jopr.2021.0036<\/td>2022<\/td> <\/tr>\n
55<\/td>Lee, A P L; Abu Bakar, D and Sundram, S (2022). A non-invasive tissue culture system for performing artificial pathogenicity assays of Ganoderma boninense. Australas. Plant Pathol. 51(1): 39-42<\/td>2022<\/td> <\/tr>\n
56<\/td>Jamaludin, N; Bahariah, B; Shaharudin, N A; Ho, C L; Rasid O A; Parveez, G K A and Masani, M Y A (2022). Designing gRNAs targeting oil palm Phytoene desaturase gene and construction of vectors for oil palm CRISPR\/Cas9 study. J. Oil Palm Res., DOI: https:\/\/doi.org\/10.21894\/jopr.2022.0032<\/td>2022<\/td> <\/tr>\n
57<\/td>Amiruddin, N; Pek-Lan, C; Kuang-Lim, C; Ong, P W; Morris, P E; Ong-Abdullah, M; Masura, S S and Eng-Ti, L L (2022). Determination of reliable reference genes for reverse transcription quantitative real-time PCR from oil palm transcriptomes. J. Oil Palm Res., doi.org\/10.21894\/jopr.2022.0002<\/td>2022<\/td> <\/tr>\n
58<\/td>Ab-Halim, M A; Rosli, R; Low, E T L; Mohamed-Hussein, Z A and Singh, R (2022). Molecular screening of Basal Stem Rot Resistance Genes in Oil Palm. J. Oil Palm Res., doi.org\/10.21894\/jopr.2022.0078<\/td>2022<\/td> <\/tr>\n
59<\/td>Masani, M Y A; Parveez, G K A; Noll, G A; Fizree, M P M A.A; Sambanthamurthi, R and Prufer, D (2023). Protoplast isolation and transformation in oil palm. In Kan Wang and Feng Zhang (Eds.), Protoplast Technology: Methods and Protocols. New York: Springer.<\/td>2022<\/td> <\/tr>\n
60<\/td>Norfaezah, J; Bahariah, B; Shaharudin, N A; Ho, C L; Rasid, O A; Parveez, G K A and Masani, M Y A (2023). Designing gRNAs targeting oil palm phytoene desaturase gene and construction of vectors for oil palm CRISPR\/Cas9 study. J. Oil Palm Res., 35(1): 133-146. https:\/\/doi.org\/10.21894\/jopr.2022.0032<\/td>2022<\/td> <\/tr>\n
61<\/td>Rasid, O A; Masani, M Y A; Masura, S S; Bahariah, B; Hanin, A N; Lim, F-H; Fizree, M P M A A and Parveez, G K A (2023). Genetic engineering of oil palm. In Parveez, G.K.A. and Idris, Z. (Eds.), Advances in Oil Palm Research: Second Edition. Selangor: MPOB Press.<\/td>2022<\/td> <\/tr>\n
62<\/td>Tahir, N I; Rozali, N L; Rahmah, A R S; Amiruddin, M D; Hwa, L F; Othman, A; Parveez, G K A;\u00a0Ramli, U S (2022). Metabolome study of oil palm (Elaeis guineensis\u00a0Jacq.) planted in different environment conditions.\u00a0Trop. Plant Biol., 15:211-232. https:\/\/doi.org\/10.1007\/s12042-022-09318-6<\/td>2022<\/td> <\/tr>\n
63<\/td>Ramli, U S; Othman, A; Lau, B Y C; Hassan, H; Ishak, N A; Nurazah, Z; Rozali, N L; Tahir, N I M; Shahwan, S; Dzulkafli, S B; Singh, R; Abd Rasid, O; Sambanthamurthi, R; Abd Manaf, M A and Parveez, G K A (2022) Omics platform technologies for discovery and understanding the systems biology of oil palm. Journal of Oil Palm Research, 34 (1), 1-25.<\/td>2022<\/td> <\/tr>\n
64<\/td>Shahwan, S; Abrizah, O; Zain, N; Nurul Liyana, R\u00a0and Umi Salamah, R (2022). All-in-one comprehensive extraction of metabolites, proteins and ribonucleic acid for the rapid analysis of oil palm systems biology. Journal of Oil Palm Research, 34 (2): 234-247.<\/td>2022<\/td> <\/tr>\n
65<\/td>Tahir, N I; Rozali, N L; Rahmah, A R S; Amiruddin, M D; Lim, F H; Shaari, K; Abas, F; Othman, A; Parveez, G K A and Ramli, U S (2022). Metabolome study of oil palm (Elaeis guineensis\u00a0Jacq.) planted in different environment conditions. Tropical Plant Biology, 15(2):1-22<\/td>2022<\/td> <\/tr>\n
66<\/td>Dzulkafli, S B; Othman, A; Lau, B Y C; Ramli, U S and Karsani, S A (2022). Comparative proteome analysis of mycelial proteins from G. boninense vs G. tornatum: Identification of proteins potentially involved in the pathogenicity of G. boninense.\u00a0Physiological and Molecular Plant Pathology, 117: 101736.<\/td>2022<\/td> <\/tr>\n
67<\/td>Lau, B Y C; Othman, A and Ramli, U S (2022). Antifungal and antioxidant peptides from oil palm mesocarps. Journal of Oil Palm Research, 34 (3): 453-464<\/td>2022<\/td> <\/tr>\n
68<\/td>Bakar, N.A.A., Malike, F.A. and Amiruddin, M. Genetic Variability and Performance of MPOB-Nigeria Dura x AVROS Pisifera Planting Materials.\u00a02022. International Journal of Oil Palm,\u00a05(1), pp.26-38.<\/td>2022<\/td> <\/tr>\n
69<\/td>Masani, M Y A; Bahariah, B; Fizree, P M A A and Parveez, G K A (2021). Genome editing for oil palm improvement. The Planter 97(1141): 211-213.<\/td>2021<\/td> <\/tr>\n
70<\/td>Zolkafli, S H; Ithnin, M; Chan, K L; Zainol Abidin, M I; Ismail, I; Ting, N-C; Ooi, L C-L and Singh, R (2021). Optimal set of microsatellite markers required to detect illegitimate progenies in selected oil palm (Elaeis guineensis Jacq.) breeding crosses. Breeding Science 71: 253-260<\/td>2021<\/td> <\/tr>\n
71<\/td>Zolkafli, S H; Ting, N-C; Nik Mohd Sanusi, N S; Ithnin, M; Mayes, S; Massawe, F; Sambanthamurthi, R; Ismail, I; Zainol Abidin, M I; Roowi, S H; Lee, Y P; Hanafi, N F F and Singh, R (2021). Comparison of quantitative trait loci (QTLs) associated with yield components in two commercial Dura x Pisifera breeding crosses. Euphytica 217: 104.<\/td>2021<\/td> <\/tr>\n
72<\/td>Zaki, N M; Schwarzacher, T; Singh, R; Madon, M; Wischmeyer, C; Nordiana, H M N, Muhammad Azwan, Z and Heslop-Harrison, J S (2021). Chromosome identification in oil palm (Elaeis guineensis) using in situ hybridization with massive pool of single copy oligonucleotides and transferability across Arecaceae species. Chromosome Research 29(3):373-390<\/td>2021<\/td> <\/tr>\n
73<\/td>Wan Nur Syuhada, W S; Rasid, O A and Parveez, G K A (2021). Molecular cloning of Elaeis guineensis phytoene synthase (Egpsy) and its expression in mesocarp tissues. J. Oil Palm Res., 33 (3): 447-457.<\/td>2021<\/td> <\/tr>\n
74<\/td>Ting, N-C; Zulkifli, M A; van de Weg, E; Zaki, N M; Serdari, N M; Mustaffa, S; Abidin, M I Z; Sanusi, N S N M; Smulders, M J; Low, E T L and Ithnin, M (2021). Detection of ploidy and chromosomal aberrations in commercial oil palm using high-throughput SNP markers. Planta 253(2): 1-17<\/td>2021<\/td> <\/tr>\n
75<\/td>Singh, R; Ooi, L C-L; Ting, N-C; Low, L E-T; Ong-Abdullah, M; Nookiah, R; Marjuni, M; Mustaffa, S; Abdul Manaf, M A; Garner, P; Reed, J; Wischmeyer, C; Beil, M; Bacher B; Lakey, N D; Ordway J M and Sambanthamurthi R (2021). A genetic platform for predicting and reducing non-tenera contamination in oil palm (Elaeis guineensis) seed supply. Tree Genetics and Genomes 17: 45 doi.org\/10.1007\/s11295-021-01527-6<\/td>2021<\/td> <\/tr>\n
76<\/td>Shin, M G; Ithnin, M; Vu, W T; Kamaruddin, K; Chin, T N; Yaakub, Z; Chang, P L; Sritharan, K; Nuzhdin, S and Singh, R (2021). Association mapping analysis of oil palm interspecific hybrid populations and predicting phenotypic values via machine learning algorithms. Plant Breeding 140(6): 1150-1165<\/td>2021<\/td> <\/tr>\n
77<\/td>Said, Z S A M; Wahab, N A; Ramli, Z (2021). Isolation and characterisation of gibberellin 2-oxidase 6 gene from oil palm (Elaeis guineensis jacq.). J. Oil Palm Res., 33 (2): 235-247.<\/td>2021<\/td> <\/tr>\n
78<\/td>Ooi, S-E; Feshah, I; Nuraziyan, A; Sarpan, N; Ata, N; Lim, C-C; Choo, C-N; Wong, W-C; Wong, F-H; Wong, C-K and Ong-Abdullah, M (2021). Leaf transcriptomic signatures for somatic embryogenesis potential of Elaeis guineensis. Plant Cell Rep. 40(7): 1141-1154.<\/td>2021<\/td> <\/tr>\n
79<\/td>Nuraziyan, A; Ooi, S-E and Ong-Abdullah, M (2021). Evaluation of mitochondrial DNA isolation methods for oil palm (Elaeis guineensis) leaf. J. Oil Palm Res., 33(4): 607-616.<\/td>2021<\/td> <\/tr>\n
80<\/td>Nagappan, J; Kadri, F; Foan, C C; Cooper, R M; May, S T; Seman, I A and Low, E T L (2021). A rapid and efficient DNA extraction protocol for Ganoderma zonatum, a basal and upper stem rot of oil palm pathogen in Malaysia. J. Oil Palm Res., 33(1): 12-20.<\/td>2021<\/td> <\/tr>\n
81<\/td>Muhammad Azwan, Z; Zaki, N M; Nordiana, H N M; Madon, M; Norziha, A; Zulkifli, Y; Chan, P L and Singh, R (2021). Short communication: simplified approach for early identification of spontaneous oil palm haploid (Elaeis guineensis). J. Oil Palm Res., doi.org\/10.21894\/jopr.2021.0019<\/td>2021<\/td> <\/tr>\n
82<\/td>Morris, P E; Chan, P-L; Ooi, C-L L; Ong, P W; Kamaruddin, K; Marjuni, M; Amiruddin, M D; Chan, K-L; Rosli, R; Low, E-T L; Singh, R; Shaharuddin, N A; Murphy, D J; Manaf, M A A and Abdullah, S N A (2020). Transcriptome analysis across various mesocarp developmental stages of MPOB-Angola dura. J. Oil Palm Res., 32 (3): 406-419<\/td>2021<\/td> <\/tr>\n
83<\/td>Lim, F-H; Rasid, O A; Idris, A S; As\u0092wad, A W M; Vadamalai, G; Parveez, G K A and Wong, M-Y (2021). Enhanced polyethylene glycol (PEG)-mediated protoplast transformation system for the phytopathogenic fungus, Ganoderma boninense. Folia Microbiologica 66:677-688.<\/td>2021<\/td> <\/tr>\n
84<\/td>Kamaruddin, K; Ithnin, M; Ting, N-C; Zulkifli, Y; Sanusi, N S N M; Sritharan, K and Singh, R (2021). Anchoring a genetic map of an interspecific backcross two family to the genome builds of Elaeis. Journal of Genetics 100: 7 https:\/\/doi.org\/10.1007\/s12041-020-01240-8<\/td>2021<\/td> <\/tr>\n
85<\/td>Ithnin, M; Vu, W T; Shin, M G; Suryawanshi, V; Sherbina, K; Zolkafli, S H; Serdari, N; Amiruddin, M D; Abdullah, N; Mustaffa, S; Marjuni, M; Nookiah, R; Kushairi, A; Marjoram, P; Nuzhdin S V; Chang, P L; Singh, R (2021). Genomic diversity and genome-wide association analysis related to yield and fatty acid composition of wild American oil palm. Plant Science 304: 110731<\/td>2021<\/td> <\/tr>\n
86<\/td>Goh, M S; Lam, S D; Yang, Y; Naqiuddin, M; Addis, S N K; Yong, W T L and Ma, N L (2021). Omics technologies used in pesticide residue detection and mitigation in crop. Journal of Hazardous Materials, 420: 126624.<\/td>2021<\/td> <\/tr>\n
87<\/td>Fizree, M P M A A; Shaharuddin, N A; Ho, C L; Manaf, M A A; Parveez, G K A and Masani, M Y A (2021). Efficient protocol improved the yield and viability of oil palm protoplast isolated from in vitro leaf and mesocarp. Scientia Horticulturae. 290: 110522.<\/td>2021<\/td> <\/tr>\n
88<\/td>Bahariah, B; Masani, M Y A; Rasid, O A and Parveez, G K A (2021). Multiplex CRISPR\/Cas9-mediated genome editing of the FAD2 gene in rice: a model genome editing system for oil palm. Journal of Genetic Engineering and Biotechnology 19(1):86. doi: 10.1186\/s43141-021-00185-4<\/td>2021<\/td> <\/tr>\n
89<\/td>Bahariah, B; Rasid, O A; Rahmah, A R S; Parveez, G K A and Masani, M Y A (2021). Genetic Transformation of Oil Palm Based on Selection with Hygromycin. J. Oil Palm Res., 33(4), 577-587.<\/td>2021<\/td> <\/tr>\n
90<\/td>Amiruddin, N: Pek-Lan C: Azizi N; Morris, P E; Kuang-Lim C; Pei Wen Ong, P E; Rosli, R; Masura, S S; Murphy, D J; Sambanthamurthi, R; Haslam, R P; Mee-Len, C; Harwood, J L and Eng-Ti L L. (2021). Characterization of oil palm acyl-coa-binding proteins and correlation of their gene expression with oil synthesis. Plant Cell Physiol. 00(0): 1\u009613 (2019) DOI:10.1093\/pcp\/pcz237<\/td>2021<\/td> <\/tr>\n
91<\/td>Ishak, N A; Tahir, N I; Mohd Said, S N; Gopal, K; Othman, A and Ramli, U S (2021). Comparative analysis of statistical tools for oil palm phytochemical research. Heliyon, 7(2): e06048.<\/td>2021<\/td> <\/tr>\n
92<\/td>Nurazah, Z; Othman, A and Ramli, U S (2021). Principal component analysis (PCA) evaluation of liquid chromatography-mass spectrometry (LC-MS) datasets of Ganoderma boninense intracellular metabolites. Journal of Oil Palm Research, 33(3): 555-564<\/td>2021<\/td> <\/tr>\n
93<\/td>Tahir, N I; Rozali, N L; Zakaria, N.; Othman, A and Ramli, U S (2021). Phytochemical insights on palm oils and extra virgin olive oil. Malaysian Journal of Analytical Sciences, 25 (4): 678-694.<\/td>2021<\/td> <\/tr>\n
94<\/td>Rozali, N L; Tahir, N I; Hassan, H; Othman, A and Ramli, U S (2021). Identification of amines, amino and organic acids in oil palm (Elaeis guineensis Jacq.) spear leaf using GC- and LC\/Q-TOF MS metabolomics platforms. Biocatalysis and Agricultural Biotechnology 37: 102165.<\/td>2021<\/td> <\/tr>\n
95<\/td>Nurazah , Z; Idris, A S; Mohd Din, A; Manaf, M A A; Othman, A and Ramli, U S (2021). Metabolite fingerprinting of oil palm (Elaeis guineensis Jacq.) root for the identification of altered metabolic pathways associated with basal stem rot (BSR) disease. Physiological and Molecular Plant Pathology, 115: 101647.<\/td>2021<\/td> <\/tr>\n
96<\/td>Zulkifli, Y; Singh, R; Ting, N C, Marhalil, M; Xaviar, A; Rajanaidu, N, Jansen, J; Mohd Din, A; Ong-Abdullah, M; Chie, T Y and Kushairi, A (2020). Quantitative trait loci (QTL) linked to compactness in an interspecific backcross two (BC2) population of oil palm. J. Oil Palm Res., 32(2): 201-210.<\/td>2020<\/td> <\/tr>\n
97<\/td>Ting, N-C; Mayes, S; Massawe, F; Sambanthamurthi, R; Chan, K-L, Sritharan, K and Singh R (2020). Candidate genes linked to QTL regions associated with fatty acid composition in oil palm. Biologia, DOI:10.2478\/s11756-020-00563-2.<\/td>2020<\/td> <\/tr>\n
98<\/td>Suzana, M; Zulkifli, Y; Marhalil, M; Rajanaidu, N and Ong-Abdullah, M (2020). Principal component and cluster analyses on Tanzania oil palm Elaeis guineensis Jacq. germplasm. J. Oil Palm Res., 32(1): 24-33.<\/td>2020<\/td> <\/tr>\n
99<\/td>Singh, R; Low, E T L; Ooi, L C L; Ong-Abdullah, M; Ting, N-C; Nookiah, R; Ithnin, M; Marjuni, M; Mustaffa, S; Yaakub, Z; Amiruddin, M D; Manaf, M A A; Chan, K-L; Ab Halim, M A; Sanusi, N S N M; Lakey, N; Sachdeva, M; Bacher, B; Garner, P A; Macdonald, J D; Steven, W S; Wischmeyer, C; Budiman, M A; Beil, M; Stroff, C; Reed, J; Brunt, A V; Berg, H; Ordway, J M and Sambanthamurthi, R (2020). Variation for heterodimerization and nuclear localization among known and novel oil palm SHELL alleles.\u00c2 New Phytol., 226(2): 426-440.<\/td>2020<\/td> <\/tr>\n
100<\/td>Sarpan, N; Taranenko, E; Ooi, S-E; Low, E-T L; Espinoza, A; Tatarinova, T V and Ong-Abdullah, M (2020). DNA methylation changes in clonally propagated oil palm. Plant Cell Rep., DOI: 10.1007\/s00299-020-02561-9.<\/td>2020<\/td> <\/tr>\n
101<\/td>Ramli, U S; Tahir, N I; Rozali, N L; Othman, A; Muhammad, N H; Muhammad, S A; Tarmizi, A H A; Hashim, N; Sambanthamurthi, R; Singh, R; Manaf, M A A and Parveez, G K A (2020). Sustainable Palm Oil - The role of screening and advanced analytical techniques for geographical traceability and authenticity verification. Molecules, 25: 2927.<\/td>2020<\/td> <\/tr>\n
102<\/td>Ooi S-E; Sarpan, N; Aziz, N A; Nuraziyan, A; Nor Azwani, A B and Ong-Abdullah, M (2020). Transcriptomics of microdissected staminodes and early developing carpels from female inflorescences of Elaeis guineensis. J. Oil Palm Res., DOI:10.21894\/jopr.2020.0036.<\/td>2020<\/td> <\/tr>\n
103<\/td>Naqiuddin, M; Ma, N L and Ong-Abdullah, M (2020) Potassium nutrition in the oil palm: A molecular perspective. J. Oil Palm Res., 32(1): 139-144.<\/td>2020<\/td> <\/tr>\n
104<\/td>Morris, P E; Chan, P-L; Ooi, L C L; Ong, P W; Kamaruddin, K; Marjuni, M; Amiruddin, M D; Chan, K-L; Rosli, R; Low, E T L; Singh, R; Shaharuddin, N A; Murphy, D J; Manaf, M A A and Abdullah, S N A (2020). Transcriptome analysis across various mesocarp developmental stages of MPOB-Angola dura. J. Oil Palm Res., DOI:10.21894\/jopr.2020.0034.<\/td>2020<\/td> <\/tr>\n
105<\/td>Lau, B Y C; Amiruddin, M D and Othman, A (2020). Proteomics analysis on lipid metabolism in Elaeis guineensis and Elaeis oleifera. Data in Brief, 31: 105714.<\/td>2020<\/td> <\/tr>\n
106<\/td>Kushairi, A and Mohd Din, A (2020). Development of new oil palm cultivars in Malaysia. J. Oil Palm Res., DOI:https:\/\/doi.org\/10.21894\/jopr.2020.0037.<\/td>2020<\/td> <\/tr>\n
107<\/td>Ismail, M; Juraimi, A S; Idris, A S; Rusli, M H; Omar, R Z R and Naqiuddin, M (2020). Bipolaris sorokiniana: A potential indigenous plant pathogen to control goosegrass (Eleusine indica) in oil palm plantations. J. Oil Palm Res., 32(2): 219-227.<\/td>2020<\/td> <\/tr>\n
108<\/td>Hanin, A N; Parveez, G K A; Rasid, O A and Masani, M Y A (2020). Biolistic-mediated oil palm transformation with alfalfa glucanase (AGLU1) and rice chitinase (RCH10) genes for increasing oil palm resistance towards Ganoderma boninense. Ind. Crops Prod., 144:112008.<\/td>2020<\/td> <\/tr>\n
109<\/td>Amiruddin, N; Chan, P L; Azizi, N; Morris, P E; Chan, K-L; Ong, P W; Rosli, R; Masura, S S; Murphy, D J; Sambanthamurthi, R; Haslam, R P; Chye, M-L; Harwood, J L and Low, E T L (2020) Characterisation of oil palm acyl-CoA-binding proteins and correlation of their gene expression with oil synthesis.\u00c2 Plant Cell Physiol., 61(4): 735-747.<\/td>2020<\/td> <\/tr>\n
110<\/td>Samsulrizal, N H; Hazuki, M D; Azmi, N S A; Said, Z S A M; Nurniwalis, A W; Zubaidah R (2020). Orthologous revelation between Elaeis guineensis, Arabidopsis thaliana and Solanum lycopersicum. International Journal of Life Sciences and Biotechnology. 3(2): 164-179<\/td>2020<\/td> <\/tr>\n
111<\/td>Ting, N-C; Sherbina, K; Khoo, J-S; Kamaruddin, K; Chan, P-L; Chan, K-L; Ab Halim, M A; Sritharan, L; Zulkifli, Y; Mayes, S; Massawe, F; Chang, P L; Nuzhdin, S V; Sambanthamurthi, R and Singh, R (2020). Expression of fatty acid and triacylglycerol synthesis genes in interspecific hybrids of oil palm. Scientific Reports 10: 16296 https:\/\/doi.org\/10.1038\/s41598-020-73170-5<\/td>2020<\/td> <\/tr>\n
112<\/td>Ting, N-C; Mayes, S; Massawe, F; Sambanthamurthi, R; Chan, K-L; Sritharan, K and Singh, R (2020). Candidate genes linked to QTL regions associated with fatty acid composition in oil palm. Biologia 76: 267-279 https:\/\/doi.org\/10.2478\/s11756-020-00563-2<\/td>2020<\/td> <\/tr>\n
113<\/td>Singh, R; Low, L E-T; Ooi, L C-L; Ong-Abdullah, M; Ting, N-C; Nookiah, R; Ithnin, M; Marjuni, M; Mustaffa, S; Zulkifli, Y; Amiruddin, M D; Abdul Manaf, M A; Chan, K-L; Ab Halim, M A; Sanusi, N S N M; Lakey, N; Sachdeva, M; Bacher, B; Garner, P A; MacDonald, J D; Smith, S W; Wischmeyer, C; Budiman, M A; Beil, M; Stroff, C; Reed, J; Van Brunt, A; Berg, H; Ordway, J M and Sambanthamurthi, R (2020). Variation for heterodimerization and nuclear localization among known and novel oil palm SHELL alleles. New Phytologist 226(2):426-440 https:\/\/doi.org\/10.1111\/nph.16387<\/td>2020<\/td> <\/tr>\n
114<\/td>Nurniwalis, A W; Chan, K L; Zubaidah, R; Rozana, R; Fadilah, A M; Mohamad Arif, A M; Jeremy, R and Festo, M (2020). Oil palm ethylene receptor gene family: identification, characterisation and expression analysis. J. Oil Palm Res., 32(2): 377-393.<\/td>2020<\/td> <\/tr>\n
115<\/td>Nurfahisza, A R; Parveez, G K A; Rasid, O A and Masani, M Y A (2020). Optimisation of the bombardment parameters for transformation and regeneration of stable oil palm transformants. J. Oil Palm Res., 32(4): 696-704.<\/td>2020<\/td> <\/tr>\n
116<\/td>Nor Azwani, A B; Fadila, A M; Mohd Din, A; Rajanaidu, N; Norziha, A; Suzana, M; Marhalil, M; Zulkifli, Y and Kushairi, A (2020). Potential oil palm genetic materials derived from introgression of germplasm (MPOB-Nigeria, MPOB-Zaire and MPOB-Cameroon accessions) to advanced (AVROS) breeding population. J. Oil Palm Res., 32(4): 569- 581.<\/td>2020<\/td> <\/tr>\n
117<\/td>Nordiana, H M N; Madon, M; Singh, R; Sritharan, K; Muhammad Azwan, Z and Zaki, N M (2020). Oil palm male meiosis profiling: from field observation to cytogenetics analysis. J. Oil Palm Res., 33: 436-446<\/td>2020<\/td> <\/tr>\n
118<\/td>Lim, F-H; Rasid, O A; As\u0092wad, A W M; Vadamalai, G; Parveez, G K A and Wong, M-Y (2020). The future is now: Revolution of RNA-mediated gene silencing in plant protection against insect pests and diseases. Plant Biotechnology Reports 14(6):643\u0096662.<\/td>2020<\/td> <\/tr>\n
119<\/td>Hanin, A N; Parveez, G K A; Rasid, O A and Masani, M Y A (2020). Biolistic-mediated oil palm transformation with alfalfa glucanase (aglu1) and rice chitinase (rch10) genes for increasing oil palm resistance towards Ganoderma boninense. Industrial Crops & Products 144: 112008. https:\/\/doi.org\/10.1016\/j.indcrop.2019.112008.<\/td>2020<\/td> <\/tr>\n
120<\/td>Chan, P-L; Rose, R J; Abdul Munir, A M; Zamri, Z; Ong, P-W; Ooi, L C-L; Low, E T L; Zamzuri, I; Suzaini, Ya; Song, Y and Singh, R (2020). Early nodulin 93 protein gene: essential for induction of somatic embryogenesis in oil palm. Plant Cell Reports 39(11): 1395-1413<\/td>2020<\/td> <\/tr>\n
121<\/td>Badai, S S; Rasid, O A; Parveez, G K A and Masani, M Y A (2020). A rapid RNA extraction method from oil palm tissues suitable for reverse transcription quantitative real-time PCR (RT-qPCR). 3 Biotech 10(12): 530<\/td>2020<\/td> <\/tr>\n
122<\/td>Nor Azwani, A.B., Fadila, A.M., Mohd Din, A., Rajanaidu, N., Norziha, A., Suzana, M., Marhalil, M., Zulkifli, Y. & Kushairi, A. 2020. Potential oil palm genetic materials derived from introgression of germplasm (MPOB-Nigeria, MPOB-Zaire and MPOB-Cameroon accessions) to advanced (AVROS) breeding population\u2019, Journal of Oil Palm Research, 32(4), pp. 569\u2013581<\/td>2020<\/td> <\/tr>\n
123<\/td>Zulkifli, Y; Ithnin, M, Singh, R; Marhalil, M; Mohd Din, A and Ong-Abdullah, M (2019). An RFLP marker, CB75A, predicts for palmitic acid content across selected oil palm germplasm and interspecific-hybrids. J. Oil Palm Res., 31(2): 315-320.<\/td>2019<\/td> <\/tr>\n
124<\/td>Zatty, S A M S; Fatin, A M A; Abu Bakar, S; Rahman, R N Z R A; Chor, A L T; Latip, W and Ali, M S M (2019). Unravelling protein-organic solvent interaction of organic solvent tolerant elastase from Pseudomonas aeruginosa strain K crystal structure. Int. J. Biol. Macromol., 127: 575-584.<\/td>2019<\/td> <\/tr>\n
125<\/td>Sundram, S; Angel, L P L and Sirajuddin, S A (2019). Integrated balanced fertilizer management in soil health rejuvenation for a sustainable oil palm cultivation: A review. J. Oil Palm Res., 31(3): 348-363.<\/td>2019<\/td> <\/tr>\n
126<\/td>Shahwan, S; Othman, A; Dzulkafli, S, B; Hassan, H; Idris, A S; Amiruddin, M D and Ramli, U S (2019). PP06: Quantitative proteomics analysis of oil palm root during early stages of Ganoderma inoculation in Conference Proceedings \u00e2\u0080\u0093 4th International Conference on Molecular Diagnostics and Biomarker Discovery: Antibody Technology. BMC Proceedings, 13(10): p18.<\/td>2019<\/td> <\/tr>\n
127<\/td>Padfield, R; Hansen, S; Davies, Z G; Ehrensperger, A; Slade, E M; Evers, S; Papargyropoulou, E; Bessou, C; Abdullah, N; Page, S; Ancrenaz, M; Aplin, P; Dzulkafli, S B; Barclay, H; Chellaiah, D; Choudhary, S; Conway, S; Cook, S; Copeland, A; Campos-Arceiz, A; Deere, A J; Drew, S; Gilvear, D; Gray, R; Haller, T; Hood, A S-C; Huat, L K; Huynh, N; Kangayatkarasu, N; Koh, L P; Kolandai, S K; Lim, R A H; Yeong, K L; Lucey, J M; Luke, S H; Mitchell, S L; Montefrio, M J; Mullin, K; Nainar, A; Nekaris, K A-I; Nijman, V; Nunes, M; Siti Nurhidayu; O\u00e2\u0080\u0099reilly, P; Puan, C L; Ruppert, N; Salim, H; Schouten, G; Tallontire, A; Smith, T E L; Tao, H-H; Tham, M H; Varkkey, H; Wadey, J; Yule, C M; Azhar, B; Sayok, A K; Vairappan, C; Bicknell, J E And Struebig, M J (2019). Co-producing a research agenda for sustainable palm oil.\u00c2 Frontiers in Forests and Global Change, 2(13): 1-17.<\/td>2019<\/td> <\/tr>\n
128<\/td>Othman, A; Goggin, K A; Tahir, N I; Brodrick, E; Singh, R; Sambanthamurthi, R; Parveez, G K A; Davies, A N; Murad, A J; Muhammad, N H; Ramli, U S and Murphy, D J (2019). Use of headspace-gas chromatography-ion mobility spectrometry to detect volatile fingerprints of palm fibre oil and sludge palm oil in samples of crude palm oil.\u00c2 BMC Research Notes, 12: 229.<\/td>2019<\/td> <\/tr>\n
129<\/td>Ong, P W; Chan, P-L; Ooi, L C L and Singh, R (2019). Isolation Of high quality total RNA from various tissues of oil palm (Elaeis guineensis) for reverse transcription quantitative real-time PCR (RT-qPCR). J. Oil Palm Res., 31: 195-203.<\/td>2019<\/td> <\/tr>\n
130<\/td>Ooi, S-E; Sarpan, N; Abdul Aziz, N; Nuraziyan, A and Ong-Abdullah, M (2019). Differential expression of heat shock and floral regulatory genes in pseudocarpel initials of mantled female inflorescences from Elaeis guineensis Jacq.\u00c2 Plant Reproduction, 32(2): 167-179.<\/td>2019<\/td> <\/tr>\n
131<\/td>Ooi, L C L; Low, E T L; Ordway, J; Marjun, M; Yaakub, Z; Jiang, N; Smith, S; Bacher, B, Garner, P; Leinenger, M; Sander, N; Chan, P-L; Ong, P W; Ong-Abdullah, M; Rajanaidu, N; Manaf, M A A; Lakey, N; Sambanthamurthi, R and Singh, R (2019). SureSawitTM True-to-Type \u00e2\u0080\u0093 A high throughput universal single nucleotide polymorphism (SNP) panel for DNA fingerprinting, purity testing and origin verification in oil palm.\u00c2 J. Oil Palm Res., 31: 561-571.<\/td>2019<\/td> <\/tr>\n
132<\/td>Naqiuddin, M and Ong-Abdullah, M (2019) Evaluation of GFP-based system for pre-crystallisation study of EgKUP membrane proteins. J. Oil Palm Res., 31(1): 42-52.<\/td>2019<\/td> <\/tr>\n
133<\/td>Muhamad Afiq, A H; Shaharuddin, N A and Zubaidah, R (2019). Identification of reliable reference gene for gene expression studies of oil palm plantlets using normfinder and bestkeeper algorithms. J. Oil Palm Res., 31: 204-211.<\/td>2019<\/td> <\/tr>\n
134<\/td>Masura, S S; Parveez, G K A and Rasid, O A (2019). Isolation and characterization of an oil palm constitutive promoter derived from ubiquitin extension protein (uep2) gene.\u00c2 J. Oil Palm Res., 31(1): 28-41.<\/td>2019<\/td> <\/tr>\n
135<\/td>Lau, B Y C. and Othman, A (2019). Evaluation of sodium deoxycholate as solubilization buffer for oil palm proteomics analysis.\u00c2 PLoS ONE, 14(8): e0221052.<\/td>2019<\/td> <\/tr>\n
136<\/td>Kushairi, A; Ong-Abdullah, M; Nambiappan, B; Hishamuddin, E; Bidin, M N I Z; Ghazali, R; Subramaniam, V; Sundram, S and Parveez, G K A (2019). Oil palm economic performance in Malaysia and R&D progress in 2018. J. Oil Palm Res., 31(2): 165-194.<\/td>2019<\/td> <\/tr>\n
137<\/td>Khin, A M; Mohd Din, A; Mohd, Y R; Mohd Yusoff, A S; Shairul, I R, Zulkifli, Y and Yusuff, O (2019). Genetic diversity and selection criteria of MPOB-Senegal oil palm (Elaeis guineensis Jacq.) germplasm by quantitative traits. Ind. Crops Prod., 139: 111558.<\/td>2019<\/td> <\/tr>\n
138<\/td>Hassan, H; Amiruddin, M D; Weckwerth, W and Ramli, U S (2019). Deciphering key proteins of oil palm (Elaeis guineensis Jacq.) fruit mesocarp development by proteomics and chemometrics. Electrophoresis, 40: 254-265.<\/td>2019<\/td> <\/tr>\n
139<\/td>Fizree, P M A A; Shaharuddin, N A; Ho, C L; Masura, S S; Manaf, M A A; Parveez, G K A and Masani, M Y A (2019). Evaluation of transient DsRED gene expression in oil palm embryogenic calli.\u00c2 Sci. Horti., 257: 108679.<\/td>2019<\/td> <\/tr>\n
140<\/td>Farah Amira, M P; Sundram, S, Yusof, M T, Angel, L P L, Hashim, A M and Abdullah, S N A (2019). Induced systemic resistance and promotion of plant growth in oil palm seedlings by endophytic Trichoderma virens J. Oil Palm Res., 31(4): 572-581.<\/td>2019<\/td> <\/tr>\n
141<\/td>Fakhrana, I N; Nurfahisza, A R; Rasid, O A and Parveez, G K A (2019). Minimal inhibitory concentration of hygromycin for selecting transformed oil palm embryogenic calli.\u00c2 J. Oil Palm Res., 31(1): 14-27.<\/td>2019<\/td> <\/tr>\n
142<\/td>Dzulkafli, S B; Othman, A; Shahwan, S; Nurazah, Z; Manaf, M A A; Idris, A S; Amiruddin, M D; Tahir, N I and Ramli, U S (2019). Identification of chelidonic acid and asparagine in Ganoderma boninense-inoculated oil palm seedlings. J. Oil Palm Res., 31: 53-66.<\/td>2019<\/td> <\/tr>\n
143<\/td>Darkwah, D O; Blay E T; Amoatey, H M; Agyei-Dwarko, D; Sapey, E and Ong-Abdullah, M (2019). Mutagenic effects of gamma irradiation on oil palm (Elaeis guineensis Jacq.) seedling germination and growth. J. Oil Palm Res., 31(2): 212-219.<\/td>2019<\/td> <\/tr>\n
144<\/td>Badai, S S; Chan, K L; Chan, P L; Rasid, O A and Parveez, G K A (2019). Identification of genes preferentially expressed in mesocarp tissue of oil palm using in silico analysis of transcripts.\u00c2 J. Oil Palm Res., 31(4): 540-549.<\/td>2019<\/td> <\/tr>\n
145<\/td>Zubaidah, R; Nurniwalis, A W; Chan, P L; Masura, S S; Siti Nor Akmar, A and Parveez, G K A (2018). Tissue-specific promoters: the importance and potential application for genetic engineering in oil palm. J. Oil Palm Res., 30(1): 1-12.<\/td>2018<\/td> <\/tr>\n
146<\/td>Ting, N-C; Mayes, S; Massawe, F; Sambanthamurthi, R; Jansen, J; Sharifah Shahrul, R S A; Seng, T-Y, Ithnin, M and Singh, R (2018). Putative regulatory candidate genes for QTL linked to fruit traits in oil palm (Elaeis guineensis Jacq.).\u00c2 Euphytica, 214: 214<\/td>2018<\/td> <\/tr>\n
147<\/td>Sarpan, N; Ong-Abdullah, M and Ooi, S-E (2018). Optimisation of a chromatin immunoprecipitation (ChIP) protocol for histone modification in oil palm.\u00c2 J. Oil Palm Res., 30(2): 242-250.<\/td>2018<\/td> <\/tr>\n
148<\/td>Sanusi, N S N M; Rosli, R; Ab Halim, M A; Chan, K-L; Jayanthi, N; Azizi, N; Amiruddin, N; Tatarinova, V T and Low, E T L (2018). PalmXplore: oil palm gene database.\u00c2 Database, 2018: 1-9.<\/td>2018<\/td> <\/tr>\n
149<\/td>Rosli, R; Chan, P L; Chan, K-L; Amiruddin, N; Low, E T L; Singh, R; John, H and Murphy, D J (2018). In silico characterization and expression profiling of the diacylglycerol acyltransferase gene family (DGAT1, DGAT2, DGAT3 and WS\/DGAT) from oil palm, Elaeis guineensis.\u00c2 Plant Sci., 275: 84-96.<\/td>2018<\/td> <\/tr>\n
150<\/td>Rosli, R; Amiruddin, N; Ab Halim, M A; Chan, P L; Chan, K-L; Azizi, N; Morris, P E; Low, E T L; Ong-Abdullah, M; Sambanthamurthi, R; Singh, R and Denis, J (2018). Comparative genomic and transcriptomic analysis of selected fatty acid biosynthesis genes and CNL disease resistance genes in oil palm.\u00c2 PLoS ONE, 13(4): e0194792.<\/td>2018<\/td> <\/tr>\n
151<\/td>Rahman, F; Hassan, M; Rosli, R; Almousally, I; Hanano, A and Murphy, D J (2018) Evolutionary and genomic analysis of the caleosin\/peroxygenase (CLO\/PXG) gene\/protein families in the Viridiplantae.\u00c2 PLoS ONE, 13(5): e0196669.<\/td>2018<\/td> <\/tr>\n
152<\/td>Parveez, G K A and Majid, N A (2018). Green fluorescent protein as a visual selection marker for oil palm transformation.\u00c2 Ind. Crops Prod. 115: 134-145.<\/td>2018<\/td> <\/tr>\n
153<\/td>Nurniwalis, A W; Zubaidah, R; Siti Nor Akmar, A; Suhaimi, N and Massawe, F (2018). Isolation and characterization of an ethylene receptor (ERS-Type) cDNA from oil palm mesocarp. J. Oil Palm Res., 30(2): 251-264.<\/td>2018<\/td> <\/tr>\n
154<\/td>Naqiuddin, M and Ong-Abdullah, M (2018). Importance of KUP8 for K+ uptake in rooted plantlets of Elaeis guineensis under K+ sufficient conditions.\u00c2 S. Afr. J. Bot., 118: 65-7.<\/td>2018<\/td> <\/tr>\n
155<\/td>Masani, M Y A; Izawati, A M D; Rasid, O A and Parveez, G K A (2018). Biotechnology of oil palm: Current status of oil palm genetic transformation. Biocatal. Agric. Biotechnol., 15: 335-347.<\/td>2018<\/td> <\/tr>\n
156<\/td>Madon, M; Arulandoo, X; Sritharan, K; Nordiana, H M N; Muhammad Azwan, Z and Zaki, N M (2018). Short communication: Genomic constitution of oil palm interspecific hybrid crosses monitored by genomic in situ hybridization (GISH). J. Oil Palm Res., 30(2): 338 \u00e2\u0080\u0093 344.<\/td>2018<\/td> <\/tr>\n
157<\/td>Lee, F-C; Ong-Abdullah M; Ooi, S-E; Ho, C-L and Namasivayam, P (2018). Cloning and characterization of Somatic Embryogenesis Receptor Kinase I (EgSERK I) and its association with callus initiation in oil palm. In Vitro Cell. Dev-Pl., DOI: https:\/\/doi.org\/10.1007\/s11627-018-9942-x.<\/td>2018<\/td> <\/tr>\n
158<\/td>Ong, P W; Ithnin, M; Marjuni, M; Rajanaidu, N; Abdullah, N A P; Rafii, M Y; Ooi, L C L; Low, E T L and Singh, R (2018). Association of SNP markers with height increment in MPOB-Angolan natural oil palm populations.\u00c2 J. Oil Palm Res., 30(1): 61-70.<\/td>2018<\/td> <\/tr>\n
159<\/td>Lim, F H; Rasid, O A; Idris, A S and Parveez, G K A (2018). Molecular cloning of\u00c2 Ganoderma boninense\u00c2 Hog1-Type Mitogen-Activated Protein Kinase (MAPK) cDNA and transcriptional response to salinity stress.\u00c2 J. Oil Palm Res., 30(3): 380-389.<\/td>2018<\/td> <\/tr>\n
160<\/td>Lau, B Y C; Othman, A and Ramli, U S (2018). Review: Application of proteomics technologies in oil palm research. Protein J., 37(6): 473-499.<\/td>2018<\/td> <\/tr>\n
161<\/td>Kushairi, A; Loh, S K; Azman, I; Hishamuddin, E; Ong-Abdullah, M; Bidin, M N I Z; Ghazali, R; Sundram, S and Parveez, G K A (2018). Oil palm economic performance in Malaysia and R&D progress in 2017. J. Oil Palm Res., 30(2): 163-195.<\/td>2018<\/td> <\/tr>\n
162<\/td>Jayanthi, N; Foan, C C; Angel, L P L; Cooper, R M; May, S T and Low, E T L (2018). Improved nucleic acid extraction protocols for\u00c2 Ganoderma boninense, G. miniatocinctum and G. tornatum.\u00c2 Biotechnol. Lett., 40(11-12): 1541-1550.<\/td>2018<\/td> <\/tr>\n
163<\/td>Gan, S T; Wong, W C; Wong, C K; Soh, A C; Kilian, A; Low, E T L, Massawe, F and Mayes, S (2018). High density SNP and DArT-based genetic linkage maps of two closely related oil palm populations.\u00c2 J. Appl. Genet., 59(1): 23-34.<\/td>2018<\/td> <\/tr>\n
164<\/td>Zulkifli, Y; Norziha, A; Naqiuddin, M; Fadila, A M; Nor Azwani, A B; Suzana, M; Samsul, K R; Ong-Abdullah, M; Singh, R; Parveez, G K A and Kushairi, A (2017). Designing the oil palm of the future.\u00c2 J. Oil Palm Res., 29(4): 440-455.<\/td>2017<\/td> <\/tr>\n
165<\/td>Zubaidah, R; Nurniwalis, A W; Siti Nor Akmar, A and Parveez, G K A (2017). The use of Arabidopsis thaliana model system for testing oil palm promoter case study on oil palm MT3-A promoter. J. Oil Palm Res., 29 (2): 189-196.<\/td>2017<\/td> <\/tr>\n
166<\/td>Zaki, N M; Singh, R; Nordiana, H M N; Muhammad Azwan, Z; Steven, W S; Schwarzacher, T; Madon, M and Heslop-Harrison, J S (2017). Short communication: Towards development of Elaeis guineensis chromosome-arm specific markers and their utility across the Elaeis genus.\u00c2 J. Oil Palm Res., 29(4): 594-599.<\/td>2017<\/td> <\/tr>\n
167<\/td>Tan, H S; Jacoby, R P; Ong-Abdullah, M; Taylor, N L; Liddell, S; Wong, W C and Chin, C F (2017). Proteomic profiling of mature leaves from oil palm (Elaeis guineensis Jacq.).\u00c2 Electrophoresis, 38(8): 1147-1153.<\/td>2017<\/td> <\/tr>\n
168<\/td>Tahir, N I; Shaari, K; Abas, F; Ishak, Z; Hashim, A T; Amiruddin, M D; Parveez, G K A and Ramli, U S (2017). Metabolome analysis of oil palm clone P325 of different planting trials.\u00c2 J. Oil Palm Res., 28: 431-441.<\/td>2017<\/td> <\/tr>\n
169<\/td>Rozali, N L; Yarmo, M A; Idris, A S; Kushairi, A and Ramli, U S (2017). Metabolomics differentiation of oil palm (Elaeis guineensis Jacq.) spear leaf with contrasting susceptibility to Ganoderma boninense. Plant Omics, 10: 45.<\/td>2017<\/td> <\/tr>\n
170<\/td>Nurazah, Z; Abu Seman, I; Kushairi, M; Amiruddin, M D; Othman, A and Ramli, U S (2017). Metabolomics unravel differences between Cameron Dura and Deli Dura oil palm (Elaeis guineensis Jacq.) genetic backgrounds against basal stem rot. J. Oil Palm Res., 29(2): 227-241.<\/td>2017<\/td> <\/tr>\n
171<\/td>Norziha, A; Marhalil, M; Fadila, A M; Zulkifli, Y; Ithnin, M; Mohd Din, A; Rajanaidu, N and Kushairi, A (2017). Long-term storage of oil palm germplasm zygotic embryo using Cryopreservation.\u00c2 J. Oil Palm Res., 29(4): 541-547.<\/td>2017<\/td> <\/tr>\n
172<\/td>Midin, M R; Loke, K K; Madon, M; Nordin, M S; Goh, H H and Noor, M N (2017). MRT sequencing data for Garcinia mangostana L. variety Mesta. Genomics Data, 12: 134-135.<\/td>2017<\/td> <\/tr>\n
173<\/td>Masura, S S; Tahir, N I; Rasid, O A; Umi, S R; Abrizah, O; Masani, M Y A; Parveez, G K A and Kushairi, A (2017). Post-genomic technology for the advancement of oil palm research.\u00c2 J. Oil Palm Res., 29(4): 469-486.<\/td>2017<\/td> <\/tr>\n
174<\/td>Low, E T L, Jayanthi, N; Chan, K-L; Sanusi, N S N M; Ab Halim, M A; Rosli, R; Azizi, N; Amiruddin, N; Angel, L P L; Ong-Abdullah, M; Singh, R; Abd Manaf, M A; Sambanthamurti, R; Ghulam Kadir, A P and Kushairi, A (2017). The oil palm genome revolution.\u00c2 J. Oil Palm Res., 29(4): 456-468.<\/td>2017<\/td> <\/tr>\n
175<\/td>Lim, F H; Fakhrana, I N; Rasid, O A; Idris, A S; Ho, C L; Shaharuddin, N A and Parveez, G K A (2017). Molecular cloning and expression analysis of Ganoderma boninense cyclophilins at different growth and infection stages. Physiol. Mol. Plant P., 99: 31-40.<\/td>2017<\/td> <\/tr>\n
176<\/td>Lau, B Y C; James, D M; Deb-Choudhury, S; Dyer, J M; Ramli, U S and Clerens, S (2017). Differential expression analysis of oil palm fatty acid biosynthesis enzymes with gel-free quantitative proteomics.\u00c2 J. Oil Palm Res., 29(1): 23-34.<\/td>2017<\/td> <\/tr>\n
177<\/td>Kushairi, A; Singh, R and Ong-Abdullah, M (2017). The oil palm industry in Malaysia: Thriving with transformation technologies.\u00c2 J. Oil Palm Res., 29(4): 431-439.<\/td>2017<\/td> <\/tr>\n
178<\/td>Izawati, A M D; Masani, M Y A; Parveez, G K A and Ismanizan, I (2017). 2-deoxyglucose selection system for Agrobacterium-mediated transformation of Solanum lycopersicon and Nicotiana tabacum plants. Aust.\u00c2 J. Crop Sci., 11(7): 813-820.<\/td>2017<\/td> <\/tr>\n
179<\/td>Ithnin, M; Teh, C K and Ratnam, W (2017). Genetic diversity of Elaeis oleifera (HBK) Cortes populations using cross species SSRs: implication\u00e2\u0080\u0099s for germplasm utilization and conservation.\u00c2 BMC Genetics, 18: 37.<\/td>2017<\/td> <\/tr>\n
180<\/td>Ithnin, M; Xu, Y; Marjuni, M; Serdari, M N; Amiruddin, M D; Low, E T L; Tan, Y C; Yap, S J; Ooi, L C L; Rajanaidu, N; Singh, R and Xu, S (2017). Multiple locus genome-wide association studies for important economic traits of oil palm.\u00c2 Tree Genetic & Genomes, 13: 103.<\/td>2017<\/td> <\/tr>\n
181<\/td>Ho, H; Gudimella, R; Ong-Abdullah, M and Harikrishna, J A (2017). Expression of microRNAs during female inflorescence development in African oil palm (Elaeis guineensis Jacq.)\u00c2 Tree Genet. Genomes, 13:35.<\/td>2017<\/td> <\/tr>\n
182<\/td>Chan, K-L; Tatiana, V T; Rosli, R; Amiruddin, N; Azizi, N; Ab Halim, M A; Sanusi, N S N M; Jayanthi, N; Ponomarenko, P; Triska, M; Solovyev, V; Firdaus-Raih, M; Sambanthamurthi, R; Murphy, D and Low, E T L (2017). Evidence-based gene models for structural and functional annotations of the oil palm genome.\u00c2 Biol. Direct, 12:21.<\/td>2017<\/td> <\/tr>\n
183<\/td>Chan, K-L; Rosli, R; Tatarinova, T V; Hogan, M; Firdaus-Raih, M and Low, E T L (2017). Seqping: gene prediction pipeline for plant genomes using self-training gene models and transcriptomic data.\u00c2 BMC Bioinformatics, 18:1-7.<\/td>2017<\/td> <\/tr>\n
184<\/td>Bahariah, B; Masani, M Y A; Rasid, O A and Parveez, G K A (2017). Construction of a vector containing hygromycin (HPT) gene driven by double 35S (2XCAMV35S) promoter for oil palm transformation.\u00c2 J. Oil Palm Res., 29(4): 469-486.<\/td>2017<\/td> <\/tr>\n
185<\/td>Arolu, W I; Rafii, M Y; Marhalil, M; Mohamed, M H; Zulkefly, S; Harun A R; Mohd Isa Z A; Mohd Din, A; Kushairi, A and Rajanaidu, N. (2017). Breeding of high yielding and dwarf oil palm planting materials using Deli dura \u00c3\u0097 Nigerian pisifera population. Euphytica, 213(7).<\/td>2017<\/td> <\/tr>\n
186<\/td>Angel, L P L; Yusof, M T; Ismail, I S; Tay, Y P B; Mohamed Azni and Sundram, S (2017). Profiling of antifungal activity of Trichoderma virens 159c involved in biocontrol against Ganoderma boninense.\u00c2 J. Oil Palm Res., 30: 83-93.<\/td>2017<\/td> <\/tr>\n
187<\/td>Wan Nur Syuhada, W S; Rasid, O A and Parveez, G K A (2016). Evaluation on the effects of culture medium on regeneration of oil palm plantlets from immature embryos (IE).\u00c2 J. Oil Palm Res., 28(2): 234-239.<\/td>2016<\/td> <\/tr>\n
188<\/td>Ting, N-C; Yaakub, Z; Kamaruddin, K; Mayes, S; Massawe, F; Sambanthamurthi, R; Jansen, J; Low, E T L; Ithnin, M; Kushairi, A; Arulandoo, X; Rosli, R; Chan, K-L; Amiruddin, N; Sritharan, K; Lim, C C; Rajanaidu, N; Amiruddin, M D and Singh, R (2016). Fine-mapping and cross-validation of QTLs associated with fatty acid composition in multiple independent interspecific crosses of oil palm.\u00c2 BMC Genomics, 17:289.<\/td>2016<\/td> <\/tr>\n
189<\/td>Tan, H S; Liddell, S; Ong-Abdullah, M; Wong, W C and Chin, C F (2016). Differential proteomic analysis of embryogenic lines in oil palm (Elaeis guineensis Jacq).\u00c2 J. Proteomics, 143: 334-345.<\/td>2016<\/td> <\/tr>\n
190<\/td>Roslan, N D; Ong-Abdullah, M; Mohamed-Azni I-N A; Idris, A S and Sundram, S (2016). Comparison of RNA extraction methods for RT-PCR detection of Coconut cadang-cadang viroid variant in orange spotting oil palm leaves. Can. J. Plant Pathol., 38(3): 382-388.<\/td>2016<\/td> <\/tr>\n
191<\/td>Ooi, S E; Ramli, Z; Syed Alwee, S S R; Kulaveerasingam, H and Ong-Abdullah, M (2016). EgHOX1, a HD-Zip II gene, is highly expressed during early oil palm (Elaeis guineensis Jacq.) somatic embryogenesis.\u00c2 Plant Gene, 8: 16-25.<\/td>2016<\/td> <\/tr>\n
192<\/td>Ooi, L C L; Low, E T L; Ong-Abdullah, M; Rajanaidu, N; Ting, N-C; Jayanthi, N; Manaf, M A A , Chan, K-L; Ab Halim, M A; Azizi, N; Omar, W; Murad, A J; Lakey, N; Jared, M O; Anthony, F; Muhammad Arif, B; Andrew, V B; Melissa, B; Leininger, M T; Nan, J; Steven, W S; Clyde, R B; Alex, C S K; Shabani, B; O-Connor, A H; Nguyen, A Y; Chaudhari, H G; Shah, S A; Choo, Y M; Sambanthamurthi, R and Singh, R (2016). Non-tenera contamination and the economic impact of SHELL genetic testing in the Malaysian independent oil palm industry.\u00c2 Front. Plant Sci., 7: 771.<\/td>2016<\/td> <\/tr>\n
193<\/td>Nurfahisza, A R; Rafiqah, M A; Parveez, G K A and Rasid, O A (2016). Comparison of the effectiveness of basta, bialaphos and glufosinate ammonium for selecting transformed oil palm tissues.\u00c2 J. Oil Palm Res., 28(3): 247-255.<\/td>2016<\/td> <\/tr>\n
194<\/td>Ng, C H; Lee, S L; Tnah, L H; Ng K K S; Lee, C T and Madon, M (2016). Genome size variation and evolution in Dipterocarpaceae.\u00c2 Plant Eco. & Div., 9(5-6): 437-446.<\/td>2016<\/td> <\/tr>\n
195<\/td>Mohd Nasriq Hafizee, A R; Ong-Abdullah, M; Shaharuddin, N A; Nurniwalis, A W; Roberts, J A and Zubaidah, R (2016). Impact of paclobutrazol on the growth and development of nursery grown clonal oil palm (Elaeis guineensis Jacq.). J. Oil Palm Res., 28(4): 404-414.<\/td>2016<\/td> <\/tr>\n
196<\/td>Majid, N A and Parveez, G K A (2016). Regeneration of transgenic oil palm carrying GFP gene used as a visual selectable marker.\u00c2 J. Oil Palm Res., 28(4): 415-430.<\/td>2016<\/td> <\/tr>\n
197<\/td>Lau, B Y C; James, D M; Deb-Choudhury, S; Dyer, J M; Ramli, U S and Clerens, S (2016). Application of a mass spectrometric approach to detect the presence of oil palm fatty acid biosynthetic phosphopeptides.\u00c2 Protein J., 35(2): 163-170.<\/td>2016<\/td> <\/tr>\n
198<\/td>Hanin, A N; Masani, M Y A and Parveez, G K A (2016). Evaluation of oil palm leaf-specific promoter (LSP1) activity for expressing PHB genes in Arabidopsis thaliana. J. Oil Palm Res., 28(1): 1-9.<\/td>2016<\/td> <\/tr>\n
199<\/td>Fadila, A M; Norziha, A; Mohd Din, A; Rajanaidu, N and Kushairi, A (2016) Evaluation of bunch index in MPOB oil palm (Elaeis guineensis Jacq.) germplasm collection.\u00c2 J. Oil Palm Res., 28(4): 442-451.<\/td>2016<\/td> <\/tr>\n
200<\/td>Chai, S-K; Namasivayam, P; Ho, C-L; Norazlin, A A; Ong-Abdullah, M and Ooi, S-E (2016). RNA from fresh frozen cryosections of oil palm inflorescences is superior to FFPE sections.\u00c2 J. Oil Palm Res., 28(2): 154-160.<\/td>2016<\/td> <\/tr>\n
201<\/td>Arolu, W I; Marhalil, M; Rafii, M Y; Mohamed, M H; Mohd Isa Z A; Kazem, O; Zulkefly, S; Harun A R; Mohd Din, A; Kushairi, A and Rajanaidu, N. (2016). Genetic variability analysis and selection of pisifera palms for commercial production of high yielding and dwarf oil palm planting materials. Ind. Crop Prod., 90: 135-141.<\/td>2016<\/td> <\/tr>\n
202<\/td>Angel, L P L; Yusof, M T; Ismail, I S; Tay, Y P B; Mohamed Azni, I N A; Kamarudin, N and Sundram, S (2016). An In vitro study of the antifungal activity of Trichoderma virens 7b and a profile of its non-polar antifungal components released against\u00c2 Ganoderma boninense.\u00c2 J. Microbiol., 54(11):732-744.<\/td>2016<\/td> <\/tr>\n
203<\/td>Fadila, A M; Norziha, A; Mohd Din, A; Rajanaidu, N and Kushairi, A (2016). Evaluation of bunch index in MPOB oil palm (Elaeis guineensis Jacq.) germplasm collection. J. Oil Palm Res. Vol. 28 (4): 442 \u2013 451.<\/td>2016<\/td> <\/tr>\n
204<\/td>Suzana, M; Rahimah, A R; Ithnin, M and Singh, R (2015). A simple and rapid protocol for isolation of genomic DNA from oil palm leaf tissue. J. Oil Palm Res., 27(3): 282-287.<\/td>2015<\/td> <\/tr>\n
205<\/td>Sarpan, N; Kok, S-Y; Chai, S-K; Fitrianto, A; Nuraziyan, A; Zamzuri, I; Ong-Abdullah, M and Ooi, S-E (2015). A model to predict floral development stage of Inflorescences from Elaeis guineensis Jacq.\u00c2 J. Oil Palm Res., 27(4): 315-325.<\/td>2015<\/td> <\/tr>\n
206<\/td>Parveez, G K A; Rasid, O A; Masani, M Y A and Sambanthamurthi, R (2015). Biotechnology of oil palm: strategies towards manipulation of lipid content and composition.\u00c2 Plant. Cell Rep. 34(4): 533-543.<\/td>2015<\/td> <\/tr>\n
207<\/td>Parveez, G K A; Bahariah, B; Hanin, A N; Masani, M Y A; Rasid, O A; Tarmizi, A H and Ishak, Z (2015). Production of polyhydroxybutyrate in oil palm (Elaeis guineensis Jacq.) mediated by microprojectile bombardment of PHB biosynthesis genes into embryogenic calli.\u00c2 Front. Plant Sci., 6: 598.<\/td>2015<\/td> <\/tr>\n
208<\/td>Ong-Abdullah, M; Ordway, J M; Jiang, N; Ooi, S-E; Kok, S-Y; Sarpan, N; Nuraziyan, A; Tarmizi, A H; Zamzuri, I; Samsul, K R; Fadila, A M; Nor Azwani, A B; Marhalil, M; Norziha, A; Zulkifli, Y; Mohd Din, A; Rajanaidu, N; Singh, R; Low, E-T L; Chan, K-L; Azizi , N; Smith, S W; Bacher, B; Budiman, M A, Brunt, A V; Wischmeyer, C; Beil, M; Hogan, M; Lakey, N; Lim, C-C; Arulandoo, X; Wong C-K; Choo, C-N; Wong, W-C; Kwan, Y-Y; Syed Alwee, S S R; Sambanthamurthi, R and Martienssen, R A (2015). Loss of Karma transposon methylation underlies the mantled somaclonal variant of oil palm.\u00c2 Nature, 525: 533-537.<\/td>2015<\/td> <\/tr>\n
209<\/td>Nurniwalis, A W; Zubaidah, R; Siti Nor Akmar, A; Zulkifli, H; Manaf, M A; Massawe, F J; Chan, K L and Parveez, G K A (2015). Genomic structure and characterization of a lipase class 3 gene and promoter from oil palm.\u00c2 Biol. Plant., 59(2): 227-236.<\/td>2015<\/td> <\/tr>\n
210<\/td>Mohd Din, A; Rajanaidu, N, Jalani, S and Zakri, A H (2015). Genetic variation and heritability estimates for bunch yield, bunch components and vegetative traits in oil palm interspecific hybrids. J. Agric. Sci. Technol. A., 2015: 162-173.<\/td>2015<\/td> <\/tr>\n
211<\/td>Lau, B Y C; Deb-Choudhury, S; Morton, J D; Dyer, J M ; Ramli, U S and Clerens, S (2015). Method developments to extract oil palm chromoplast proteins for proteomic analysis.\u00c2 SpringerPlus, 4(1): 791.<\/td>2015<\/td> <\/tr>\n
212<\/td>Kok, S-Y; Ong-Abdullah, M; Ee, G C-L and Namasivayam, P (2015). A histological study of oil palm (Elaeis guineensis) endosperm during seed development. J. Oil Palm Res., 27(2): 107-112.<\/td>2015<\/td> <\/tr>\n
213<\/td>Izawati, A M D; Masani, M Y A; Ismanizan, I and Parveez, G K A (2015). Evaluation on the effectiveness of 2-deoxyglucose-6-phosphate phosphatase (DOGR1) gene as a selectable marker for oil palm (Elaeis guineensis Jacq.) embryogenic calli transformation mediated by Agrobacterium tumefaciens.\u00c2 Front. Plant Sci., 6: 727.<\/td>2015<\/td> <\/tr>\n
214<\/td>Zulkifli, Y; Singh, R; Mohd Din, A; Ting, N C; Rajanaidu, N; Kushairi, A; Musa, B; Mohamad, O and Ismanizan, I (2014). Inheritance of SSR and SNP loci in an oil palm interspecific hybrid backross (BC2) population. J. Oil Palm Res., 26(3): 203-213.<\/td>2014<\/td> <\/tr>\n
215<\/td>Ting, N-C; Jansen, J; Mayes, S; Massawe, F; Sambanthamurthi, R; Ooi, L C L; Chin, C W; Arulandoo, X; Seng, T-Y; Sharifah Shahrul, R S A; Ithnin, M and Singh, R (2014). High density SNP and SSR-based genetic maps of two independent oil palm hybrids.\u00c2 BMC Genomics, 15:309.<\/td>2014<\/td> <\/tr>\n
216<\/td>Singh, R; Low, E T L; Ooi, L C L; Ong-Abdullah, M; Rajanaidu, N; Ting, N-C; Marjuni, M; Chan, P-L; Ithnin, M; Manaf, M A A; Jayanthi, N; Chan, K L; Rosli, R; Ab Halim, M A; Norazah, A; Budiman, M A; Lakey, N; Bacher, B; Van Brunt, A; Wang, C; Hogan, M; He, D; Macdonald, J D; Smith, S W; Ordway, J M; Martienssen, R A and Sambanthamurthi, R (2014). The oil palm VIRESCENS gene controls fruit colour and encodes a R2R3-MYB.\u00c2 Nature Communications, 5: 4106.<\/td>2014<\/td> <\/tr>\n
217<\/td>Rasid, O A; Wan Nur Syuhada, W S; Hanin, A N; Masura, S S and Parveez, G K A (2014). Molecular cloning and regulation of oil palm (Elaeis guineensis Jacq.) phyteone desaturase in developing mesocarp tissues.\u00c2 J. Oil Palm Res., 26(1): 37-46.<\/td>2014<\/td> <\/tr>\n
218<\/td>Rasid, O A; Lim, F H; Fakhrana, I N; Idris, A S and Parveez, G K A (2014). Isolation of a partial cDNA clone coding for\u00c2 Ganoderma boninense\u00c2 pde.\u00c2 J. Oil Palm Res., 26(3): 265-269.<\/td>2014<\/td> <\/tr>\n
219<\/td>Ramachandran, V; Ong-Abdullah, M; Ho, C-L; Syed Alee, S S R and Namasivayam, P (2014). Modified RNA in situ hybridization protocol for oil palm (Elaeis guineensis Jacq.) fruit and inflorescence. J. Oil Palm Res., 26(4): 300-307.<\/td>2014<\/td> <\/tr>\n
220<\/td>Nordiana, H M N; Ting, N-C; Clyde, M M; Singh, R and Madon, M. (2014) Evaluation of inter-simple sequence repeat (ISSR) markers for genetic mapping of an oil palm interspecific hybrid mapping population (Elaeis oleifera \u00c3\u0097 E. guineensis). J. Oil Palm Res., 26(3): 214-223.<\/td>2014<\/td> <\/tr>\n
221<\/td>Noh, A; Rafii, M Y; Mohd Din, A; Kushairi, A; Norziha, A; Rajanaidu, N; Latif, M A and Malek, M A (2014). Variability and performance evaluation of introgressed Nigerian dura x Deli dura oil palm progenies. Genet. Mol. Res., 13(2): 2426-2437.<\/td>2014<\/td> <\/tr>\n
222<\/td>Nurfahisza, A R; Rafiqah, M A; Masani, M Y A; Hanin, A N; Rasid, O A; Parveez, G K A and Ismanizan, I (2014). Molecular analysis of transgenic oil palm to detect the presence of transgenes.\u00c2 J. Oil Palm Res., 26(1): 96-103.<\/td>2014<\/td> <\/tr>\n
223<\/td>Masani, M Y A; Noll, G; Parveez, G K A; Sambanthamurthi, R and Pr\u00c3\u00bcfer, D (2014). Efficient transformation of oil palm protoplasts by PEG-mediated transfection and DNA microinjection.\u00c2 PLoS ONE, 9(5): e96831.<\/td>2014<\/td> <\/tr>\n
224<\/td>Low, E T L; Jayanthi, N; Ab Halim, M A; Azizi, N; Chan, K-L; Nauman, J M; Paul, M; Rudi, B; Alan, M; Roger, M; Ong-Abdullah, M and Singh, R (2014). Analyses of hypomethylated oil palm gene space.\u00c2 PLoS ONE, 9(1): e86728.<\/td>2014<\/td> <\/tr>\n
225<\/td>Lim, F H; Fakhrana, I N; Rasid, O A; Idris, A S; Parveez, G K A; Ho, C L and Shaharuddin, N A (2014). Isolation and selection of reference genes for\u00c2 Ganoderma boninense\u00c2 gene expression study using quantitative real-time PCR (qPCR).\u00c2 J. Oil Palm Res., 26(2): 170-181.<\/td>2014<\/td> <\/tr>\n
226<\/td>Latif, N M; Zaki, N M; Nordiana, H N M; Marjuni, M; Che Radziah, C M Z and Madon, M (2014). Correlation of microspore nuclear development with male inflorescence morphology in Elaeis oleifera, Elaeis guineensis and the OxG hybrid.\u00c2 J. Oil Palm Res., 26(1):104-108.<\/td>2014<\/td> <\/tr>\n
227<\/td>Hassan, H; Lau, B Y C and Ramli, U S (2014). Extraction methods for analysis of oil palm leaf and root proteins by two-dimensional gel electrophoresis. J. Oil Palm Res., 26(1): 54-61.<\/td>2014<\/td> <\/tr>\n
228<\/td>Chan, P-L; Rose, R J; Abdul Murad, A M; Zainal, Z; Low, E T L; Ooi, L C L; Ooi, S E; Yahya, S and Singh, R (2014). Evaluation of reference genes for quantitative real-time PCR in oil palm elite planting materials propagated by tissue culture.\u00c2 PLoS ONE, 9(6):e99774.<\/td>2014<\/td> <\/tr>\n
229<\/td>Bahariah, B; Parveez, G K A; Masani, M Y A and Norzulaani, K (2014). The use of mannose selection system for gene transfer in tobacco plants (Nicotiana tabacum l.), a model plant for oil palm transformation.\u00c2 J. Oil Palm Res., 26(2): 154-162.<\/td>2014<\/td> <\/tr>\n
230<\/td>Yeoh, K A; Othman, S; Meon, F; Abdullah and Ho, C L (2013). Sequence analysis and gene expression of putative oil palm chitinase and chitinase-like proteins in response to colonization of\u00c2 Ganoderma boninense\u00c2 and Trichoderma harzianum. Mol.\u00c2 Biol Rep., 40: 147-158.<\/td>2013<\/td> <\/tr>\n
231<\/td>Thuc, L V; Geelen, D; Ky, H; Ooi, S-E; Napis, S; Sinniah, U R and Namasivayam, P (2013). Overexpression of the oil palm (Elaeis guineensis Jacq.) TAPETUM DEVELOPMENT1-like Eg707 in rice affects cell division and differentiation and reduces fertility.\u00c2 Mol. Biol. Reports, 40: 1579-1590.<\/td>2013<\/td> <\/tr>\n
232<\/td>Ting, N-C; Jansen, J; Jayanthi, N; Ishak, Z; Chin, C W; Tan, S G; Cheah S C; And Singh, R (2013). Identification of QTLs associated with callogenesis and embryogenesis in oil palm using genetic linkage maps improved with SSR markers.\u00c2 PLoS ONE, 8(1): e53076.<\/td>2013<\/td> <\/tr>\n
233<\/td>Tahir, N I; Kozhirah, S; Faridah, A; Parveez, G K A; Tarmizi, H A and Ramli, U S (2013). Identification of oil palm (E. guineensis) spear leaf metabolites using Mass Spectrometry and Neutral Loss Analysis.\u00c2 J. Oil Palm Res., 25: 72-83.<\/td>2013<\/td> <\/tr>\n
234<\/td>Syahanim, S; Abrizah, O; Manaf, M A A; Idris, A S and Mohd Din, A (2013). Identification of differentially expressed proteins in oil palm seedlings artificially infected with Ganoderma: A proteomics approach. J. Oil Palm Res., 25: 298-304.<\/td>2013<\/td> <\/tr>\n
235<\/td>Sue-Sean, T; Yung-Chie, T; Faridah, A; Ong-Abdullah, M and Ho, C-L (2013). Transcriptome of oil palm (Elaeis guineensis Jacq.) roots treated with\u00c2 Ganoderma boninense.\u00c2 Tree Genet. Genomes, 9: 377-386.<\/td>2013<\/td> <\/tr>\n
236<\/td>Singh, R; Ong-Abdullah, M; Low, E T L; Manaf, M A A; Rosli, R; Rajanaidu, N; Ooi, L C L; Ooi, S E; Chan, K-L; Ab Halim, M A; Azizi, N; Jayanthi, N; Bacher, B; Lakey, N; Steven, W S; He, D; Hogan, M; Budiman, M A; Lee, E K; Desalle, R; Kudrna, D; Goicoechea, J L; Wing, R A; Wilson, R K; Fulton, R S; Ordway, J M; Martienssen, R A and Sambanthamurthi, R (2013). Oil palm genome sequences reveals divergence of interfertile species in old and new worlds.\u00c2 Nature, 500(7462): 335-339.<\/td>2013<\/td> <\/tr>\n
237<\/td>Singh, R; Low, E T L; Ooi, L C L; Ong-Abdullah, M; Ting, N-C; Jayanthi, N, Rajanaidu, N; Amiruddin, M D; Rosli, R; Manaf, M A A; Chan, K-L; Ab Halim, M A; Azizi, N; Lakey, N; Steven, W S; Budiman, M A; Hogan, M; Bacher, B; Brunt, A V; Wang, C; Ordway, J M; Sambanthamurthi, R and Martienssen, R A (2013). The oil palm SHELL gene controls oil yield and encodes a homologue of SEEDSTICK.\u00c2 Nature, 500(7462): 340-344.<\/td>2013<\/td> <\/tr>\n
238<\/td>Sarpan, N; Ooi, S-E; Ong-Abdullah, M; Ho, C-L; Chin, C F and Namasivayam, P (2013). Representational Difference Analysis (RDA) for the identification of DNA marker associated with tissue culture amenity in oil palm.\u00c2 J. Oil Palm Res., 25(3): 305-313.<\/td>2013<\/td> <\/tr>\n
239<\/td>Ooi, S-E; Nov\u00c3\u00a1k, O; Dole\u00c5\u00beal, K; Zamzuri, I and Ong-Abdullah, M (2013). Cytokinin differences in in vitro cultures and inflorescences from normal and mantled oil palm (Elaeis guineensis Jacq.)\u00c2 J. Plant Growth Regul. 32: 865-874.<\/td>2013<\/td> <\/tr>\n
240<\/td>Ooi, S-E; Choo, C-N; Zamzuri, I and Ong-Abdullah, M (2013). Candidate hormone-responsive markers for callogenesis of oil palm (Elaeis guineensis Jacq.)\u00c2 J. Oil Palm Res., 25(1): 9-21.<\/td>2013<\/td> <\/tr>\n
241<\/td>Nurazah, Z; Idris, A S; Kushairi, A and Ramli, U S (2013). Metabolite profiling of oil palm towards understanding basal stem rot (BSR) disease. J. Oil Palm Res., 25(1): 58-71.<\/td>2013<\/td> <\/tr>\n
242<\/td>Noor Ai\u00e2\u0080\u0099shah, O; Tharek, M; Keyeo, F; Keng, C L; Zamzuri, I, Ahmad Ramli, M Y and Amir, H G (2013). Influence of indole-3-acetic acid (IAA) produced by diazotrophic bacteria on root development and growth of in vitro oil palm shoots (Elaeis guineensis Jacq.). J. Oil Palm Res., 25(1): 100-107.<\/td>2013<\/td> <\/tr>\n
243<\/td>Midin, M R; Samsul, K R; Tarmizi, H A; Nulit, R and Madon, M (2013). Analysis of oil palm clones, their suspension calli and regenerants via flow cytometry (FCM) and rDNA fluorescence in situ hybridisation (rDNA-FISH).\u00c2 J. Oil Palm Res., 25(3):357-367.<\/td>2013<\/td> <\/tr>\n
244<\/td>Masani, M Y A; Noll, G; Parveez, G K A; Sambanthamurthi, R and Pr\u00c3\u00bcfer, D (2013). Regeneration of viable oil palm plants from protoplasts by optimizing media components, growth regulators and cultivation procedures.\u00c2 Plant Science, 210: 118-127.<\/td>2013<\/td> <\/tr>\n
245<\/td>Marhalil, M; Rafii, M Y; Afizi M M A; Arolu, I W; Noh, A; Mohd Din, A; Kushairi, A; Norziha, N; Rajanaidu, N, Latif, M A; and Malek, M A (2013) Genetic variability in yield and vegetative traits in elite germplasm of MPOB-Nigerian Dura \u00c3\u0097 AVROS Pisifera progenies. J. Food Agric, Environ., 11(2): 515-519.<\/td>2013<\/td> <\/tr>\n
246<\/td>Kok, S-Y; Namasivayam, P; Ee, G C L and Ong-Abdullah, M (2013). Biochemical characterization during seed development of oil palm (Elaeis guineensis).\u00c2 J. Plant Res., 126(4): 539-547.<\/td>2013<\/td> <\/tr>\n
247<\/td>Jayanthi, N; Rosli, R; Ting, N C; Ooi, L C L; Low, E T L and Singh, R (2013). Exploiting synteny between oil palm and rice to find markers more closely linked to selected trait.\u00c2 J. Oil Palm Res., 25(2):180-187.<\/td>2013<\/td> <\/tr>\n
248<\/td>Ho, W K; Ooi, S-E; Mayes, S; Namasivayam, P; Ong-Abdullah, M and Chin, C F (2013). Methylation levels of a novel genetic element, EgNB3 as a candidate biomarker associated with the embryogenic competency of oil palm.\u00c2 Tree Genet. Genomes, 9: 1099-1107.<\/td>2013<\/td> <\/tr>\n
249<\/td>Bahariah, B; Parveez, G K A; Masani, M Y A; Masura, S S; Norzulaani K and Rofina, O Y (2013). Biolistic transformation of oil palm using the phosphomannose isomerase (pmi) gene as a positive selectable marker.\u00c2 Biocatal. Agric. Biotechnol., 2(4): 295-304.<\/td>2013<\/td> <\/tr>\n
250<\/td>Zulkifli, Y; Ithnin, M and Singh, R (2012). Evaluation of MPOB oil palm germplasm (Elaeis guineensis) collections using EST-SSR.\u00c2 J. Oil Palm Res., 24: 1368-1377.<\/td>2012<\/td> <\/tr>\n
251<\/td>Zaki, N M; Singh, R; Rosli, R and Ismail, I (2012). Elaeis oleifera genomics-SSR markers: exploitation in oil palm germplasm diversity and cross-amplification in Arecaceae.\u00c2 Int. J. Mol. Sc., 13(4): 4069-4088.<\/td>2012<\/td> <\/tr>\n
252<\/td>Yusoff, N F M; Namasivayam, P; Ong-Abdullah, M; Ho, C-L and Syed Alwee, S S R (2012). A time course anatomical analysis on callogenesis of young leaf explants of Elaeis guineensis (Arecaceae).\u00c2 J. Oil Palm Res., 24: 1330-1341.<\/td>2012<\/td> <\/tr>\n
253<\/td>Yeoh, K. A; Othman, A; Meon, S; Abdullah, F and Ho, C. L. (2012). Sequence analysis and gene expression of putative exo- and endo-glucanases from oil palm (Elaeis guineensis) during fungal infection.\u00c2 J. Plant Physiol., 169: 1565-1570.<\/td>2012<\/td> <\/tr>\n
254<\/td>Tahir, N I; Kozhirah, S; Faridah, A; Parveez, G K A; Ishak, Z and Ramli, U S (2012). Characterization of Apigenin and Luteolin derivatives from oil palm (Elaeis guineensis Jacq.) leaf using LC-ESI-MS\/MS. J. Agric.\u00c2 Food Chem., 60(45): 11201-11210.<\/td>2012<\/td> <\/tr>\n
255<\/td>Samsul, K R; Rohani, O; Singh, R and Mohd-Nazir, B (2012). Mutation induction using gamma irradiation on oil palm (Elaeis guinensis) cultures.\u00c2 J. Oil Palm Res., 24: 1448-1458.<\/td>2012<\/td> <\/tr>\n
256<\/td>Ooi, S-E; Lee, F-C and Ong-Abdullah, M (2012). A rapid and sensitive in situ RNA hybridisation method for oil palm tissues.\u00c2 J. Oil Palm Res., 24: 1235-1239.<\/td>2012<\/td> <\/tr>\n
257<\/td>Ooi, S-E; Choo, C-N; Zamzuri, I and Ong-Abdullah, M (2012). A candidate auxin-responsive expression marker gene, EgIAA9, for somatic embryogenesis in oil palm (Elaeis guineensis Jacq.)\u00c2 Plant Cell Tiss. Org. Cult., 110(2): 201-212.<\/td>2012<\/td> <\/tr>\n
258<\/td>Noh, A; Rafii, M Y; Saleh, G; Kushairi, A and Latif, M A (2012). Genetic performance and general combining ability of oil palm Deli dura x AVROS pisifera tested on inland soils. Sci. World J., 2012: 1-8.<\/td>2012<\/td> <\/tr>\n
259<\/td>Myint, K S A; Rafii, M Y; Sheikh-Abdullah, S A; Lwin, N M; Mohd Din, A and Latif, M A (2012). Determination of the optimum pollen germination medium for different fruit forms of oil palm (Elaeis guineensis). J. Anim. Plant Sc., 14(1): 1855-1865.<\/td>2012<\/td> <\/tr>\n
260<\/td>Madon, M; Heslop-Harrison, J S; Schwarzacher, T and Tarmizi, H A (2012). Analysis of oil palm calli and regenerants using flow and image cytometry and 18s-25s ribosomal DNA fluorescence in situ hybridisation (FISH).\u00c2 J. Oil Palm Res. 24(1): 1318-1329.<\/td>2012<\/td> <\/tr>\n
261<\/td>Izawati, A M D; Parveez, G K A and Ismanizan, I (2012). Optimisation of 2-deoxyglucose concentration for identifying the sensitivity level for oil palm embryogenic calli.\u00c2 J. Oil Palm Res., 24: 1296-1302.<\/td>2012<\/td> <\/tr>\n
262<\/td>Habib, S H; Ooi, S-E; Nov\u00c3\u00a1k, O; Tarkowsk\u00c3\u00a1, D; Rol\u00c4\u008d\u00c3\u00adk, J; Dole\u00c5\u00beal, K; Syed Alwee, S S R; Ho, C-L and Namasivayam, P (2012). Comparative mineral and hormonal analyses of wild type and TLS somaclonal variant derived from oil palm (Elaeis guineensis Jacq. var. tenera) tissue culture. Plant Growth Regul.,\u00c2 68: 313-317.<\/td>2012<\/td> <\/tr>\n
263<\/td>Bahariah, B; Parveez, G K A and Norzulaani, K (2012). Determination of optimal concentration of mannose as a selection agent for selecting transformed oil palm cells using the Phosphomannose Isomerase (pmi) gene as the positive selectable marker.\u00c2 J. Oil Palm Res., 24: 1250-1259.<\/td>2012<\/td> <\/tr>\n
264<\/td>Bahariah, B; Parveez, G K A; Masani, M Y A and Norzulaani, K (2012). Construction of phosphomannose isomerase (PMI) transformation vectors and evaluation of the effectiveness of vectors in tobacco (Nicotiana tabacum L).\u00c2 Bioinformation Journal, 8(3):151-157.<\/td>2012<\/td> <\/tr>\n
265<\/td>Thuc, L V; Sarpan, N; Ky, H; Ooi, S-E; Napis, S; Ho, C-L; Ong-Abdullah, M; Chin, C F and Namasivayam, P (2011). A novel transcript of oil palm (Elaeis guineensis Jacq.), Eg707, is specifically upregulated in tissues related to totipotency. Mol. Biotechnol., 48(2): 156-64.<\/td>2011<\/td> <\/tr>\n
266<\/td>Teh, O K and Ramli, U S (2011). Cloning and characterization of a KCS-like KASII-encoding cDNA from Jessenia bataua that elongates saturated and monounsaturated stearic acids in Arabidopsis thaliana.\u00c2 Mol. Biotechnol., 48: 97-108.<\/td>2011<\/td> <\/tr>\n
267<\/td>Seng, T Y; Siti Hawa, M S; Chin, C W; Ting, N-C; Singh, R; Faridah, Q Z; Tan, S G; and Sharifah Shahrul, R S A (2011). Genetic linkage map of a high yielding FELDA Deli x Yangambi oil palm cross.\u00c2 PLoS ONE, 6(11): e26593.<\/td>2011<\/td> <\/tr>\n
268<\/td>Norziha, A; Rafii, M Y; Ithnin, M; Saleh, G and Latif, M A (2011). Genetic variability of oil palm parental genotypes and performance of its\u00e2\u0080\u0099 progenies as revealed by molecular markers and quantitative traits.\u00c2 C. R. Biol., 334: 290-299.<\/td>2011<\/td> <\/tr>\n
269<\/td>Masura, S S; Parveez, G K A and Low, E T L (2011). Isolation and characterization of an oil palm constitutive promoter from a translationally control tumor protein (TCTP) gene.\u00c2 Plant Physiol. Biochem., 40: 701-708.<\/td>2011<\/td> <\/tr>\n
270<\/td>Lim, F H; Fakhrana, I N; Shaharuddin, N A; Rasid, O A; Idris, A S and Parveez, G K A (2011). A partial-length cyclophilin-encoding (cyp) cDNA isolated from\u00c2 Ganoderma boninense.\u00c2 J. Oil Palm Res., 23: 1115-1120.<\/td>2011<\/td> <\/tr>\n
271<\/td>Kutty, P C; Parveez, G K A and Huyop, F (2011). Improved Post Agro-infection Strategies for Greater Transgenic Events Recovery in Nicotiana tabacum.\u00c2 Int. J. Agric. Res., 6(2): 119-133.<\/td>2011<\/td> <\/tr>\n
272<\/td>Kok, S-Y; Ong-Abdullah, M; Ee, G C and Namasivayam, P (2011). Comparison of nutrient composition in kernel of tenera and clonal materials of oil palm (Elaeis guineensis Jacq.).\u00c2 Food Chem., 129: 1343-1347.<\/td>2011<\/td> <\/tr>\n
273<\/td>Koehn, H; Lau, B Y C; Clerens, S; Plowman, J E; Dyer, J M; Ramli, U S and Deb-Choudhury, S (2011). Combination of acid labile detergent and C18 Empore disks for improved identification and sequence coverage of in-gel digested proteins.\u00c2 Anal. Bioanal. Chem., 400: 415-421.<\/td>2011<\/td> <\/tr>\n
274<\/td>Habib, S H; Syed-Alwee, S S R; Ho, C-L; Ong-Abdullah, M; Sinniah, U R and Namasivayam, P (2011). Morpho-histological characterization of truncated leaf syndrome seedlings: an oil palm (E. guineensis Jacq.) somaclonal variant.\u00c2 Acta. Physiol. Plant, 34: 17-28.<\/td>2011<\/td> <\/tr>\n
275<\/td>Zubaidah, R and Siti Nor Akmar, A (2010). Functional characterisation of the oil palm type 3 Metallothionine-like gene (MT3-B) promoter.\u00c2 Plant Mol. Biol. Rep., 28: 531-541.<\/td>2010<\/td> <\/tr>\n
276<\/td>Ting, N-C; Zaki, N M; Rosli, R; Low, E T L; Ithnin, M; Cheah, S C; Tan, S G and Singh, R (2010). SSR mining in oil palm EST database: application in oil palm germplasm diversity studies.\u00c2 J. Genet., 89(2): 135-145.<\/td>2010<\/td> <\/tr>\n
277<\/td>Zaki, N M; Ismanizan, I; Rosli, R; Ting, N-C; and Singh, R (2010). Development and characterization of Elaeis oleifera microsatellite markers.\u00c2 Sains Malaysiana, 39(6): 909-9.<\/td>2010<\/td> <\/tr>\n
278<\/td>Roowi, S H; Ho, C-L; Syed Alwee, S S R; Ong-Abdullah, M and Napis, S (2010). Isolation and characterization of differentially expressed transcripts from the suspension cells of oil palm (Elaeis guineensis Jacq.) in response to different concentration of auxins.\u00c2 Mol. Biotechnol., 46(1): 1-19.<\/td>2010<\/td> <\/tr>\n
279<\/td>Parveez, G K A; Abrizah, O; Nurhafizah, R and Bahariah, B (2010). Functional analysis of oil palm palmitoyl-acyl-ACP thioesterase (FatB) gene via down-regulation in a model plant: Arabidopsis thaliana.\u00c2 J. Oil Palm Res., 22: 803-813.<\/td>2010<\/td> <\/tr>\n
280<\/td>Ooi, S-E; Ishak, F and Ong-Abdullah, M (2010). Cloning and in silico analysis of promoters of highly expressed genes in oil palm embryogenic cultures.\u00c2 J. Oil Palm Res., 22: 856-868.<\/td>2010<\/td> <\/tr>\n
281<\/td>Noh, A; Rafii, M Y; Saleh, G and Kushairi, A (2010). Genetic performance of 40 Deli dura x AVROS pisifera Full-Sib families.\u00c2 J. Oil Palm Res., 22: 781-795.<\/td>2010<\/td> <\/tr>\n
282<\/td>Masura, S S; Parveez, G K A and Ismanizan, I (2010). Isolation and characterization of oil palm constitutive promoter derived from ubiquitin extension protein (uep1) gene.\u00c2 New Biotechnol., 27: 289-299.<\/td>2010<\/td> <\/tr>\n
283<\/td>Kutty, P C; Parveez, G K A and Huyop, F (2010). An easy method for Agrobacterium tumefaciens-mediated gene transfer of Nicotiana tabacum cv. TAPM26.\u00c2 J. Biol. Sci., 10(6): 480-489.<\/td>2010<\/td> <\/tr>\n
284<\/td>Ismail, A H; Marhaban, M H; Mohd Noor, S B and Tarmizi, A H (2010). Feature extraction of oil palm in vitro shoot images. J. Oil Palm Res., 22: 765-773.<\/td>2010<\/td> <\/tr>\n
285<\/td>Faridah, S; Huyop, F and Parveez, G K A (2010). Cotyledon with hypocotyl segment as an explant for the production of transgenic Citrullus vulgaris Schrad (Watermelon) mediated by Agrobacterium.\u00c2 Biotechnol., 9(2): 106-118.<\/td>2010<\/td> <\/tr>\n
286<\/td>Faridah, S; Huyop, F and Parveez, G K A (2010). Biolistics transformation of Citrullus vulgaris Schrad (Watermelon).\u00c2 Biotechnol., 9(2): 119-130.<\/td>2010<\/td> <\/tr>\n
287<\/td>Chan, P-L; Ma, L S; Low, E T L; Shariff, E M; Ooi, L C L; Cheah, S C and Singh, R (2010). Normalized embryoid cDNA library of oil palm (Elaeis guineensis).\u00c2 Elec. J. Biotech., 13(1): 14.<\/td>2010<\/td> <\/tr>\n
288<\/td>Billotte, N; Jourjon, M F; Marseillac, N; Berger, A; Flori, A; Asmady, H; Adon, B; Singh, R; Nouy, B; Potier, F; Cheah, S C; Rohde, W; Ritter, E; Courtois, B; Charrier, A and Mangin, B (2010). QTL detection by multipatrent linkage mapping in oil palm (Elaeis guineensis Jacq.).\u00c2 Theor. Appl. Genet., 120(8): 1673-1687.<\/td>2010<\/td> <\/tr>\n
289<\/td>Singh, R; Tan, S G; Panandam, J M; Rahman, R A; Ooi L C L; Low, E T L, Sharma, M; Jansen, J and Cheah, S C (2009). Mapping quantitative trait loci (QTLs) for fatty acid composition in an interspecific cross of oil palm.\u00c2 BMC Plant Biol., 9: 114.<\/td>2009<\/td> <\/tr>\n
290<\/td>Rasid, O A; Ho, C L; Parveez, G K A; Sambanthamurthi, R and Napis, S (2009). Plant carotenoids: genetic engineering for high value-added products.\u00c2 J. Oil Palm Res., 21: 588-601.<\/td>2009<\/td> <\/tr>\n
291<\/td>Ramli, U S; Salas, J J; Quant, P A and Harwood, J L (2009). Use of metabolic control analysis to give quantitative information on control of lipid biosynthesis in the important oil crop, Elaeis guineensis (oil palm).\u00c2 New Phytologist, 184: 330-339.<\/td>2009<\/td> <\/tr>\n
292<\/td>Masani, M Y A; Parveez, G K A; Izawati, A M D; Chan, P L and Siti Nor Akmar, A (2009). Construction of PHB and PHBV multiple-gene vectors driven by an oil palm leaf-specific promoter.\u00c2 Plasmid, 62: 191-200.<\/td>2009<\/td> <\/tr>\n
293<\/td>Ky, H; Thuc, L V; Ooi, S-E; Zamzuri, I; Namasivayam, P and Napis, S (2009). Sequence and expression analysis of EgSAPK, a putative member of the Serine\/Threonine protein Kinases in oil palm (Elaeis guineensis Jacq.) Int.\u00c2 J. Bot., 5(1): 76-84.<\/td>2009<\/td> <\/tr>\n
294<\/td>Izawati, A M D; Masani, M Y A and Parveez, G K A (2009). Transformation of oil palm using Agrobacterium tumefaciens.\u00c2 J. Oil Palm Res., 21: 643-652.<\/td>2009<\/td> <\/tr>\n
295<\/td>Aishah, T; Hamidah, G A W; Huyop, F and Parveez, G K A (2009). Optimization of parameters for transformation of Impatiens balsamina through biolistics.\u00c2 Biotechnol., 8(1): 1-12.<\/td>2009<\/td> <\/tr>\n
296<\/td>Aishah, T; Alina, W; Hamidah, G; Huyop, F and Parveez, G K A (2009). In vitro regeneration of garden balsam Impatiens balsamina using cotyledons derived from seedlings.\u00c2 Biotechnol., 8(1): 44-52.<\/td>2009<\/td> <\/tr>\n
297<\/td>Willis, L B; York, G M; Lessard, P A; Jo, Y B; Rasid, O A; Manaf M A A; Park, C and Sinskey, A J (2008). Reagents for generation and analysis of bioplastic producing plants.\u00c2 J. Oil Palm Res., Special Issue 2: 56-68.<\/td>2008<\/td> <\/tr>\n
298<\/td>Thuc, L V; Ky, H; Ooi, S-E; Napis, S; Zamzuri, I and Namasivayam, P (2008). Molecular characterization of an unknown protein (Acc. No. EU795363) from the ESTs of oil palm (Elaeis guineensis Jacq.) cell suspension culture.\u00c2 Pertanika J. Sci. Technol., 16: 189-199.<\/td>2008<\/td> <\/tr>\n
299<\/td>Teen, Y J; Masani, M Y A; Parveez, G K A and Sambanthamurthi, R (2008). Activity studies, gene characterization and manipulation of 3-ketothiolase of oil palm (Elaeis guineensis Jacq.) mesocarp.\u00c2 J. Oil Palm Res., Special Issue 2: 118-133.<\/td>2008<\/td> <\/tr>\n
300<\/td>Tarmizi, A H; Samsul, K R; Zaiton, R and Rosli, M Y (2008). Multiplication of oil palm liquid cultures in bioreactors.\u00c2 J. Oil Palm Res., 1: 44-5.<\/td>2008<\/td> <\/tr>\n
301<\/td>Siti Nor Akmar, A and Zubaidah, R (2008). Mesocarp-specific metallothionein-like gene promoter for genetic engineering of oil palm.\u00c2 J. Oil Palm Res., Special Issue 2: 1-8.<\/td>2008<\/td> <\/tr>\n
302<\/td>Singh, R; Zaki , N M; Ting, N-C; Rosli, R; Tan, S G; Low, E T L; Ithnin, M and Cheah, S C (2008). Exploiting an oil palm EST database for the development of gene-derived SSR markers and their exploitation for assessment of genetic diversity.\u00c2 Biologia, 63(2): 227-235.<\/td>2008<\/td> <\/tr>\n
303<\/td>Singh, R; Tan, S G; Panandam, J; Rahimah, A R and Cheah, S C (2008). Identification of cDNA-RFLP markers and their use for molecular mapping in oil palm (Elaeis guineensis).\u00c2 Asia Pacific J. Mol. Biol. & Biotech., 16(3): 53-63.<\/td>2008<\/td> <\/tr>\n
304<\/td>Shariff, E M; Low, E T L; Halimah, A; Cheah, S C and Singh, R (2008). Identification of gene expressed in the embryoid tissue of oil palm (Elaeis guineensis Jacq.) tissue culture via expressed sequence tag analysis.\u00c2 J. Oil Palm Res., 1: 51-63.<\/td>2008<\/td> <\/tr>\n
305<\/td>Rasid, O A; Wan Nur Syuhada, W S; Hanin, A N; Masura, S S; Zulqarnain, M; Ho, C L; Suhaimi, N and Sambanthamurthi, R (2008). RT-PCR amplification and cloning of partial DNA sequence coding for oil palm (Elaeis oleifera) phytoene synthase gene.\u00c2 APJMBB., 16(1): 17-24.<\/td>2008<\/td> <\/tr>\n
306<\/td>Rasid, O A; Parveez, G K A; Ho, C L; Suhaimi, N and Sambanthamurthi, R (2008). Plant carotenoids: Genetic engineering for high value-added products.\u00c2 J. Oil Palm Res., 21: 588-601.<\/td>2008<\/td> <\/tr>\n
307<\/td>Parveez, G K A and Majid, N A (2008). Factors affecting green fluorescence protein (GFP) gene expression in oil palm after microprojectile bombardment mediated transformation.\u00c2 J. Oil Palm Res., 20: 495-507.<\/td>2008<\/td> <\/tr>\n
308<\/td>Parveez, G K A; Bahariah, B; Hanin, A N; Masani, M Y A; Omar, A R; Tarmizi, A H; Zamzuri, I; Manaf, M A; Kushairi, D A; Gregory, Y; Yeong, B J and Anthony, J S (2008). Transformation of PHB and PHBV genes driven by maize ubiquitin promoter into oil palm for the production of biodegradable plastics.\u00c2 J. Oil Palm Res., Special Issue 2: 77-86.<\/td>2008<\/td> <\/tr>\n
309<\/td>Ooi, S-E; Harikrishna, K and Ong-Abdullah, M (2008). Isolation and characterization of a putative Serine\/Threonine Kinase expressed during oil palm tissue culture. J. Oil Palm Res., 1: 14-22<\/td>2008<\/td> <\/tr>\n
310<\/td>Omar, W S W; Willis, L B; Rha, C K; Sinskey, A J; Ramli, U S; Masani, M Y A; Parveez, G K A and Sambanthamurthi, R (2008). Isolation and utilization of ACCase from oil palm mesocarp.\u00c2 J. Oil Palm Res., Special Issue 2: 97-107.<\/td>2008<\/td> <\/tr>\n
311<\/td>Nurniwalis, A W; Suhaimi, N; Akmar, A S N; Aminah, S and Arif, M A M (2008). Gene discovery via expressed sequence tags from the oil palm (Elaeis guineensis Jacq.) mesocarp.\u00c2 J. Oil Palm Res., Special Issue 2: 87-96.<\/td>2008<\/td> <\/tr>\n
312<\/td>Norziha, A; Rafii, M Y; Ithnin, M and Ghizan, S (2008). Genetic variation among parent genotypes and their progenies based on microsatellite markers. J. Oil Palm Res., 20: 533-541.<\/td>2008<\/td> <\/tr>\n
313<\/td>Masani, M Y A; Ho, C L and Parveez, G K A (2008). Construction of PHB and PHBV transformation vectors for bioplastics production in oil palm.\u00c2 J. Oil Palm Res., Special Issue 2: 37-55.<\/td>2008<\/td> <\/tr>\n
314<\/td>Masani, M Y A; Parveez, G K A and Ho, C L (2008). Transgenic plants producing polyhydroxyalkanoates.\u00c2 APJMBB., 16(1): 1-10.<\/td>2008<\/td> <\/tr>\n
315<\/td>Masani, M Y A and Parveez, G K A (2008). Development of transformation vectors for the production of high oleate transgenic oil palm.\u00c2 Electron. J. Biotechn., 11: 3.<\/td>2008<\/td> <\/tr>\n
316<\/td>Madon, M; Phoon, L Q; Clyde, M M and Amiruddin, M D (2008). Application of flow cytometry for estimation of nuclear DNA content in Elaeis.\u00c2 J. Oil Palm Res., 20: 447-52.<\/td>2008<\/td> <\/tr>\n
317<\/td>Low, E T L; Alias, H; Boon, S H; Shariff, E M; Tan, C Y A; Ooi, L C L; Cheah, S C; Raha, A R; Wan, K L and Singh, R (2008). Oil palm (Elaeis guineensis Jacq.) tissue culture ESTs: Identifying genes associated with callogenesis and embryogenesis.\u00c2 BMC Plant Biol., 8:62.<\/td>2008<\/td> <\/tr>\n
318<\/td>Chan, P-L; Siti Nor Akmar, A and Roohaida, O (2008). Light-harvesting chlorophyll a\/b binding protein (LHCB) promoter for targeting specific expression in oil palm leaves.\u00c2 J. Oil Palm Res., (Special Issue-July 2008): 21-29.<\/td>2008<\/td> <\/tr>\n
319<\/td>Tarmizi, A H and Zaiton, R (2007). Development of the MPOB Fast Transfer Technique (MoFaTT) for maintenance and maturation of oil palm culture aggregates.\u00c2 J. Oil Palm Res., 19(2): 435-439.<\/td>2007<\/td> <\/tr>\n
320<\/td>Singh, R; Jayanthi, N; Tan, S G; Panandam, J M and Cheah, S C (2007). Development of simple sequence repeat (SSR) markers for oil palm and their application in genetic mapping and fingerprinting of tissue culture clones.\u00c2 Asia Pacific J. Mol. Biol. & Biotech., 15: 121-131.<\/td>2007<\/td> <\/tr>\n
321<\/td>Singh, R; Tan, S G; Panandam, J; Sharma, M and Cheah, S C (2007). Preliminary analysis of quantitative trait loci associated with oil quality in an interspecific cross of oil palm.\u00c2 Pertanika J. Trop. Agri. Sc., 30(1): 31-44.<\/td>2007<\/td> <\/tr>\n
322<\/td>Parveez, G K A; Majid, N A; Alizah, Z and Rasid, O A (2007). Determination of minimal inhibitory concentration of selection agents for selecting transformed immature embryos of oil palm.\u00c2 APJMBB., 15(3): 133-146.<\/td>2007<\/td> <\/tr>\n
323<\/td>Majid, N A and Parveez, G K A (2007). Evaluation of green fluorescence protein (GFP) as a selectable marker for oil palm transformation via transient expression.\u00c2 APJMBB, 15(1):1-8.<\/td>2007<\/td> <\/tr>\n
324<\/td>Ho, C-L; Kwan, Y-Y; Choi, M-C; Tee, S-S; Ng, W-H; Lim, K-A; Lee, Y-P; Ooi, S-E; Lee, W-W; Tee, J-M; Tan, S-H; Kulaveerasingam, H; Syed Alwee, S S R and Ong-Abdullah, M (2007). Analysis and functional annotation of expressed sequence tags (ESTs) from multiple tissues of oil palm (Elaeis guineensis Jacq.).\u00c2 BMC Genomics, 8:381.<\/td>2007<\/td> <\/tr>\n
325<\/td>Azlin, C O; Amir, H G; Keng, C L and Zamzuri, I (2007). Effect of plant growth-promoting Rhizobacteria on on root formation and growth of tissue cultured oil palm (Elaeis guineensis Jacq.).\u00c2 Biotechnol., 6: 549-554.<\/td>2007<\/td> <\/tr>\n
326<\/td>Ting, N-C; Cheah, S C; Zamzuri, I; Tan, S G; Faridah, Q Z; Ithnin, M and Singh, R (2006). Statistical mapping of quantitative trait loci controlling the time to first callusing in oil palm (Elaeis guineensis Jacq.) tissue culture.\u00c2 Pertanika J. Trop. Agri. Sc., 29(1&2): 35-45.<\/td>2006<\/td> <\/tr>\n
327<\/td>Syed Alwee, S S R; Van der Linden, C G; Van der Schoot, J; de Folter, S; Angenent, G C; Cheah, S-C and Smulders, M J M (2006). Characterization of oil palm MADS box genes in relation to the mantled flower abnormality. Plant Cell Tiss. Org. Cult., 85: 331-344.<\/td>2006<\/td> <\/tr>\n
328<\/td>Ramli, U S; Salas, J J; Quant, P A and Harwood, J L (2005). Metabolic control analysis reveals an important role for diacylglycerol acyltransferase in olive but not in oil palm lipid accumulation.\u00c2 FEBS Journal, 272: 5764-5770.<\/td>2006<\/td> <\/tr>\n
329<\/td>Low, E T L; Tan, J S; Chan, P L; Boon, S H; Wong, Y L; Rosli, R; Ooi, L C L; Ma, L S; Ong-Abdullah, M; Cheah, S C and Rajinder, S (2006). Developments towards the application of DNA chip technology in oil palm tissue culture.\u00c2 J. Oil Palm Res., Vol. special issue: 87-98.<\/td>2006<\/td> <\/tr>\n
330<\/td>Janna, O A; Marziah, M; Parveez, G K A and Saleh, K (2006). Factors affecting delivery and transient expression of glucuronidase gene in Dendrobium Sonia protocorm-like-body.\u00c2 Afr. J., 5(2): 88-94<\/td>2006<\/td> <\/tr>\n
331<\/td>Gorret, N; Samsul, K R; Oppenheim, S F; Willis, L B; Lessard, P A; Rha, C and Sinskey, A J (2004). Bioreactor culture of oil palm (Elaeis guineensis Jacq.) and effects of nitrogen source, inoculum size, and conditioned medium on biomass production.\u00c2 J. Biotechnol., 108(3): 253-263.<\/td>2004<\/td> <\/tr>\n
332<\/td>Tarmizi, A H; Norjihan, M A and Zaiton, R (2003). Multiplication of oil palm suspension cultures in a bench-top (2-litre) bioreactor.\u00c2 J. Oil Palm Res., 16(2): 44-49.<\/td>2003<\/td> <\/tr>\n
333<\/td>Ramli, U S; Baker, D S; Quant, P A and Harwood, J L (2002). Use of control analysis to study the regulation of plant lipid biosynthesis.\u00c2 Biochem. Soc., 30(6): 1043 \u00e2\u0080\u0093 1046.<\/td>2002<\/td> <\/tr>\n
334<\/td>Ramli, U S; Baker, D S; Quant, P A and Harwood, J L (2002). Control mechanisms operating for lipid biosynthesis differ in oil palm (Elaeis guineensis Jacq.) and olive (Olea europaea L.) callus cultures.\u00c2 Biochem. J., 364: 385-391.<\/td>2002<\/td> <\/tr>\n
335<\/td>Namasivayam, P; Ong-Abdullah, M and Kulaveerasingam, H (2001). Sequence analysis and characterization of an oil palm (Elaeis guineensis Jacq.) cDNA encoding calmodulin.\u00c2 APJMBB., 9(1): 45-51.<\/td>2001<\/td> <\/tr>\n
336<\/td>Tarmizi, A H and Marziah, M (2000). Studies towards understanding proline accumulation in oil palm (Elaeis guineensis Jacq.) polyembryogenic cultures.\u00c2 J. Oil Palm Res., 12(1): 8-13.<\/td>2000<\/td> <\/tr>\n
337<\/td>Othman, A; Lazarus, C; Fraser, T and Stobart, K (2000). Cloning of a palmitoyl-acyl carrier protein thioesterase from oil palm. Biochem Soc Trans., 28(6): 619\u00e2\u0080\u0093622.<\/td>2000<\/td> <\/tr>\n
338<\/td>Mohd Din, A; Rajanaidu, N and Jalani, B S (2000). Performance of Elaeis oleifera from Panama, Costa Rica, Colombia and Honduras in Malaysia. J. Oil Palm Res., 12(1): 71-80.<\/td>2000<\/td> <\/tr>\n
339<\/td>Janna, O A; Marziah, M and Parveez, G K A. (2000). Potential selective agents for orchid transformation.\u00c2 APJMBB., 8: 85-93.<\/td>2000<\/td> <\/tr>\n <\/tbody>\n <\/table>\n \n \n \n<\/div>\n<\/div>\n\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t","protected":false},"excerpt":{"rendered":"","protected":false},"author":4,"featured_media":0,"parent":27116,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"footnotes":""},"class_list":["post-21141","page","type-page","status-publish"],"_links":{"self":[{"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/pages\/21141","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/users\/4"}],"replies":[{"embeddable":true,"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/comments?post=21141"}],"version-history":[{"count":1,"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/pages\/21141\/revisions"}],"predecessor-version":[{"id":21145,"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/pages\/21141\/revisions\/21145"}],"up":[{"embeddable":true,"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/pages\/27116"}],"wp:attachment":[{"href":"https:\/\/mpob.gov.my\/ms\/wp-json\/wp\/v2\/media?parent=21141"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}