dr. sarahani harun

pensyarah universiti

institut biologi sistem (inbiosis)

 sarahani@ukm.edu.my

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Dr. Sarahani Harun is a research fellow at the Institute of Systems Biology (INBIOSIS). She graduated from the Universiti Kebangsaan Malaysia where she earned a Bachelor in Bioinformatics, Master in Molecular Biology and PhD in Systems Biology. Her research interest involves in computational biology that includes gene co-expression network analysis and protein-protein interaction pathway construction in humans and plants.

  • s. harun, e. r. rohani, m. ohme takagi, h.h. goh, z.a. mohamed hussein.  (2021).  adap is a possible negative regulator of glucosinolate biosynthesis in arabidopsis thaliana based on clustering and gene expression analyses..  - journal of plant research.  327-339. 

     

    rabiatul-adawiah zainal-abidin,insyirah-hannah ruhaizat-ooi, sarahani harun.  (2021).  a review of omics technologies and bioinformatics to accelerate improvement of papaya traits.  - agronomy.  1-17. 

     

    sarahani harun, nor afiqah aleng, fatin izzati abdul hadi, su datt lam, zeti azura mohamed hussein.  (2021).  identification of potential genes encoding protein transporters in arabidopsis thaliana glucosinolate (gsl) metabolism.  - synthetic biology and biotechnology (sbb) conference 2021.  31. 

     

    nurul hidayah samsulrizal, khairul shahyidi khadzran, tamil chelvan meenakshi sundram, zarina zainuddin, siti hajar nor shaarani, nur sabrina ahmad azmi, sarahani harun.  (2021).  transcriptome profiling of stevia rebaudiana ms007 revealed genes involved in flower development.  - turkish journal of biology.  314-322. 

     

    sarahani harun, muhammad-redha abdullah-zawawi, hoe-han goh, zeti-azura mohamed-hussein.  (2020).  a comprehensive gene inventory for glucosinolate biosynthetic pathway in arabidopsis thaliana.  - journal of agricultural and food chemistry.  7281-7297. 

     

    rabiatul-adawiah zainal-abidin,insyirah-hannah ruhaizat-ooi, sarahani harun.  (2021).  a review of omics technologies and bioinformatics to accelerate improvement of papaya traits.  - agronomy.  1-17. 

     

    s. harun, e. r. rohani, m. ohme takagi, h.h. goh, z.a. mohamed hussein.  (2021).  adap is a possible negative regulator of glucosinolate biosynthesis in arabidopsis thaliana based on clustering and gene expression analyses..  - journal of plant research.  327-339. 

     

    sarahani harun, muhammad-redha abdullah-zawawi, hoe-han goh, zeti-azura mohamed-hussein.  (2020).  a comprehensive gene inventory for glucosinolate biosynthetic pathway in arabidopsis thaliana.  - journal of agricultural and food chemistry.  7281-7297. 

     

    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. 

     

    nor afiqah-aleng, sarahani harun, mohd rusman arief a-rahman, nor azlan nor muhammad, zeti-azura mohamed-hussein.  (2017).  pcosbase: a manually curated database of polycystic ovarian syndrome.  - database: the journal of biological databases and curation.  1-6. 

     

    nurul hidayah samsulrizal, khairul shahyidi khadzran, tamil chelvan meenakshi sundram, zarina zainuddin, siti hajar nor shaarani, nur sabrina ahmad azmi, sarahani harun.  (2021).  transcriptome profiling of stevia rebaudiana ms007 revealed genes involved in flower development.  - turkish journal of biology.  314-322. 

     

    sarahani harun, nurulisa zulkifle.  (2018).  construction and analysis of protein-protein interaction network to identify the molecular mechanism in laryngeal cancer.  - sains malaysiana. 

     

    khalidah-syahirah ashari, muhammad-redha abdullah-zawawi, sarahani harun & zeti-azura mohamed-hussein.  (2018).  reconstruction of the transcriptional regulatory network in arabidopsis thaliana aliphatic glucosinolate biosynthetic pathway.  - sains malaysiana.  2993-3002. 

     

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

     

    balqis ramly, sarahani harun, zeti-azura mohamed-hussein.  (2018).  interaksi protein-protein dalam sindrom ovari polisistik.  - 88. 

     

    sarahani harun, zeti-azura mohamed-hussein.  (2018).  tapak jalan penghasilan sebatian dalam tumbuhan.  - 103. 

     

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

     

    balqis ramly, sarahani harun, zeti-azura mohamed-hussein.  (2018).  interaksi protein-protein dalam sindrom ovari polisistik.  - 88. 

     

    sarahani harun, zeti-azura mohamed-hussein.  (2018).  tapak jalan penghasilan sebatian dalam tumbuhan.  - 103. 

     

    sarahani harun, nor afiqah aleng, fatin izzati abdul hadi, su datt lam, zeti azura mohamed hussein.  (2021).  identification of potential genes encoding protein transporters in arabidopsis thaliana glucosinolate (gsl) metabolism.  - synthetic biology and biotechnology (sbb) conference 2021.  31. 

     

    harun, s., goh, h. h.,mohamed-hussein, z. a..  (2020).  functional validation of potential gsl genes in a. thaliana gsl biosynthetic pathway.  - asian regional conference on systems biology 2020 (arcsb2020).  88. 

     

    md hashim sn, al-tayar ba, halim as, abdul hamid ss, kannon tp, noordin kbaa, abdul majid n, harun, s, and azlina a..  (2020).  microarray gene expression profiling on dental stem cells differentiated into epithelial-like cells.  - asian regional conference on systems biology (arcsb 2020).  105. 

     

    nor azlan nor muhammad, sarahani harun.  (2018).  bioinformatics workshop workbook 2018 - understanding biological big data using bioinformatics.  -

     

    zeti azura binti mohamed hussein;norfilza binti mohd mokhtar;emelda rosseleena binti rohani;ng chyan leong;sarahani binti harun;nor azlan bin nor muhammad.  (2018).  three dimensional reconstruction of protein networks towards understanding the molecular basis of pcos abnormality.  -