dr. nor azlan bin nor muhammad

pensyarah universiti

institut biologi sistem (inbiosis)

 norazlannm@ukm.edu.my

No. sambungan :  0389214550

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Dr. Nor Azlan is a Research Fellow in Bioinformatics at the Institute of Systems Biology (INBIOSIS). He received his Bachelor of Biomedical Engineering (majoring in Bioinformatics) in 2008 and PhD in Bioinformatics in 2015 from the University of Melbourne, Australia. After his PhD, he joined INBIOSIS and have been working on various omics projects focusing on bioinformatics and computational biology analysis. Current on-going projects include: Bacterial Type IX Secretion Systems; Database development (PCOSBase, SuCComBase, Mplanabase (on-going)); Transcriptomics of Bagworm (Metisa plana) and Cocoa Pod Borer (Conopomorpha cramerella); Genomics of Ganoderma boninense and Metisa plana; Metagenomics of palm oil mill effluent; Omics integration of samples from ovarian cancer patients. His current interests are in analyzing biological big data especially multi-omics data and application of computer science methods in biotechnology focusing on Next Generation Sequencing (NGS) data from genomics, transcriptomics and metagenomics projects.

  • nur lina rahmat, anis nadyra zifruddin, cik mohd rizuan zainal abidin, nor azlan nor muhammad, maizom hassan.  (2021).  the developmental transcriptome of bagworm, metisa plana (lepidoptera: psychidae) and insights into chitin biosynthesis genes.  - genes.  1-20. 

     

    nor azlan nor muhammad, intan azlinda ramlee, diana mohd nor, mahasakthy vijeyasri satyavenathan, nur lina rahmat, alias awang, maizom hassan.  (2021).  data on rna-seq analysis of the cocoa pod borer pest conopomorpha cramerella (snellen) (lepidoptera: gracillariidae).  - data in brief.  1-4. 

     

    mohd firdaus bin mohd raih;wan kiew lian;zeti azura binti mohamed hussein;shairah binti abdul razak;nor azlan bin nor muhammad.  (2020).  a multi-transcriptome rna-sequencing approach for insights into understanding host-pathogen/parasite interactions and specific inter-species bacterial interactions.  -

     

    matthew minggu, m., baharum, s. n., nor azlan, n. m., ramzi, a. b.  (2020).  development of engineered escherichia coli as whole-cell biocatalysts for surface display of pet plastic-degrading enzyme.  - asian regional conference on systems biology 2020 (arcsb2020).  42. 

     

    nor azlan nor muhammad, nur lina rahmat, anis nadyra zifruddin, mohd-rizuan zainal-abidin, maizom hassan.  (2020).  mplanabasetm, a repository of metisa plana transcriptome data for gene discovery.  - the 19th international conference on bioinformatics (incob 2020).  76. 

     

    nur lina rahmat, anis nadyra zifruddin, cik mohd rizuan zainal abidin, nor azlan nor muhammad, maizom hassan.  (2021).  the developmental transcriptome of bagworm, metisa plana (lepidoptera: psychidae) and insights into chitin biosynthesis genes.  - genes.  1-20. 

     

    reeki emrizal, nor azlan nor muhammad.  (2020).  phylogenetic comparison between type ix secretion system (t9ss) protein components suggests evidence of horizontal gene transfer.  - peerj.  1-26. 

     

    ili nadhirah jamil, juwairiah remali, kamalrul azlan azizan, nor azlan nor muhammad, masanori arita, hoe-han goh, wan mohd aizat.  (2020).  systematic multi-omics integration (moi) approach in plant systems biology.  - frontiers in plant science.  1-16. 

     

    ahmad bazli ramzi, muhammad lutfi che me, ummul syafiqah ruslan, syarul nataqain baharum, nor azlan nor muhammad.  (2019).  insight into plant cell wall degradation and pathogenesis of ganoderma boninense via comparative genome analysis.  - peerj.  1-24. 

     

    sarahani harun, muhammad-redha abdullah-zawawi, mohd rusman arief a-rahman, nor azlan nor muhammad and zeti-azura mohamed-hussein.  (2019).  succombase: a manually curated repository of plant sulfur-containing compounds.  - database: the journal of biological database and curation.  1-9. 

     

    muhammad iqmal abdullah & nor azlan nor muhammad.  (2018).  prediction of colorectal cancer driver genes from patients' genome data.  - sains malaysiana. 

     

    reeki emrizal & nor azlan nor muhammad.  (2018).  identification of sequence motifs for the protein components of type ix secretion system.  - sains malaysiana. 

     

    nor azlan nor muhammad, emelda rosseleena rohani, sarahani harun & hoe-han goh.  (2018).  transcriptomics workshop workbook 2018.  - 109. 

     

    nor azlan nor muhammad.  (2019).  encyclopedia of bioinformatics and computational biology.  - 10. 

     

    nor azlan nor muhammad, emelda rosseleena rohani, sarahani harun & hoe-han goh.  (2018).  transcriptomics workshop workbook 2018.  - 109. 

     

    jamil in, nor muhammad na, arita m, goh h-h & aizat wm.  (2020).  thou shalt ripen: multiomics integration during ripening of mangosteen, the queen of fruit.  - the 7th horticulture research conference.  -. 

     

    mohd firdaus bin mohd raih;wan kiew lian;zeti azura binti mohamed hussein;shairah binti abdul razak;nor azlan bin nor muhammad.  (2020).  a multi-transcriptome rna-sequencing approach for insights into understanding host-pathogen/parasite interactions and specific inter-species bacterial interactions.  -

     

    khairi, m. h. f., nor muhammad, n. a., abdul murad, a. m., ramzi, a. b..  (2020).  identification of effector proteins in oil palm pathogen ganoderma boninense using genome-wide in silico analysis.  - asian regional conference on systems biology 2020 (arcsb2020).  59. 

     

    nor azlan nor muhammad, nur lina rahmat, anis nadyra zifruddin, mohd-rizuan zainal-abidin, maizom hassan.  (2020).  mplanabasetm, a repository of metisa plana transcriptome data for gene discovery.  - the 19th international conference on bioinformatics (incob 2020).  76. 

     

    matthew minggu, m., baharum, s. n., nor azlan, n. m., ramzi, a. b.  (2020).  development of engineered escherichia coli as whole-cell biocatalysts for surface display of pet plastic-degrading enzyme.  - asian regional conference on systems biology 2020 (arcsb2020).  42.