dr. kamalrul azlan bin azizan

pensyarah universiti

institut biologi sistem (inbiosis)

No. Telefon Rasmi :  89214556

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Kamalrul Azlan Azizan telah menerima ijazah kedoktoran dalam bidang metabolomik mikrobiologi daripada UKM. Beliau sedang berkhidmat sebagai felo penyelidik/pensyarah kanan di Institut Biologi Sistem (INBIOSIS) UKM. Bidang penyelidikan beliau merangkumi analisis metabolomik tumbuhan dan mikrobiologi, analisis data dan visualisasi.
    Kamalrul Azlan Azizan completed his PhD degree at UKM, specializing in the area of microbial metabolomics. He is currently working as a research fellow/senior lecturer at the Institute of Systems Biology (INBIOSIS), UKM. His research interests include plant and microbial metabolomics, data analysis and visualization.

  • kamalrul azlan azizan, nornasuha yusoff.  (2023).  metabolomics approach to determine the phytotoxicityof essential oil (eo) of wedeliatrilobata.  - international conference on agriculture, animal science & food technology.  129. 

     

    maizom binti hassan;nurul wahida binti othman;kamalrul azlan bin azizan;nor azlan bin nor muhammad.  (2023).  identification and characterization of juvenile hormone genes from oil palm pest, metisa plana walker for potential insecticide discovery via comparative genomic approaches.  -

     

    nurul liyana rozali, kamalrul azlan azizan, rajinder singh, sharifah nabihah syed jaafar, abrizah othman, wolfram weckwerth, umi salamah ramli.  (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.  1-11. 

     

    muhd arif shaffiq sahrir, nornasuha yusoff, kamalrul azlan azizan.  (2023).  allelopathy activity under laboratory, greenhouse and field conditions: a review.  - aims agriculture and food.  78-104. 

     

    noor hanini che lah, kamalrul azlan azizan, norazlan mohmad misnan, ahmed mediani, normah mohd noor, emelda rosseleena rohani.  (2023).  utilizing metabolite analysis for understanding recalcitrant behavior of desiccated mangosteen seeds.  - 6th international conference on molecular biology and biotechnology 2023 (icmbb2023).  1. 

     

    rubashiny veeramohan, arief izzairy zamani, kamalrul azlan azizan, hoe-han goh, wan mohd aizat, mohd fauzi abd razak, nur sabrina mohd yusof, sharif mahsufi mansor, syarul nataqain baharum, chyan leong ng.  (2023).  comparative metabolomics analysis reveals alkaloid repertoires in young and mature mitragyna speciosa (korth.) havil. leaves.  - plos one.  1-24. 

     

    noor hanini che lah, hesham ali el enshasy, ahmed mediani, kamalrul azlan azizan, wan mohd aizat, jen kit tan, adlin afzan, normah mohd noor, emelda rosseleena rohani.  (2023).  an insight into the behaviour of recalcitrant seeds by understanding their molecular changes upon desiccation and low temperature.  - agronomy.  1-18. 

     

    nurul liyana rozali, kamalrul azlan azizan, rajinder singh, sharifah nabihah syed jaafar, abrizah othman, wolfram weckwerth, umi salamah ramli.  (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.  1-11. 

     

    kamalrul azlan azizan, nurul haizun abdul ghani, mohamad firdaus nawawi.  (2022).  discrimination and prediction of the chemical composition and the phytotoxic activity of wedelia trilobata essential oil (eo) using metabolomics and chemometrics.  - plant biosystems.  217-231. 

     

    nur fadlin saifulazmi, emelda rosseleena rohani, sarahani harun, hamidun bunawan, hamizah shahirah hamezah, nor azlan nor muhammad, kamalrul azlan azizan, qamar uddin ahmed, sharida fakurazi, ahmed mediani, murni nazira sarian.  (2022).  a review with updated perspectives on the antiviral potentials of traditional medicinal plants and their prospects in antiviral therapy.  - life.  1-38. 

     

    hazim syahmi elias, syarul nataqain baharum, kamalrul azlan azizan, wan yaacob wan ahmad, sheela chandren, norazah basar.  (2023).  optimization of ultrasound-assisted extraction for antioxidant activity in relation to rhoifolin content of fortunella polyandra using response surface methodology (rsm).  - sains malaysiana.  153-164. 

     

    nur nabilah alias, norlia basherudin, nazirah abdullah, nor hasnida hassan, kamalrul azlan azizan.  (2022).  differentiation of eurycoma longifolia using high-performance liquid chromatography-quadrupole time-of-flight mass spectrometry-based metabolomic approach.  - journal of analytical chemistry.  1325-1332. 

     

    kamalrul azlan azizan, arief izzairy zamani, nor azlan nor muhammad, khairunisa khairudin, nornasuha yusoff, mohamad firdaus nawawi.  (2022).  dose-dependent effect of wedelia trilobata essential oil (eo) on lettuce (lactuca sativa l.) with multivariate analysis.  - chemistry & biodiversity.  1-10. 

     

    syarul nataqain baharum, yosmetha mayalvanan, maya erna natnan, kamalrul azlan azizan, hamidun bunawan, nik raikhan nik him, chen fei low, chou min chong.  (2022).  lc-qtof-ms analysis of fish immune organs reveals the distribution of amino acids in response to metabolic adaptation of the survival phenotype in grouper against vibrio infection.  - 3 biotech.  1-16. 

     

    kamalrul azlan azizan, arief izzairy zamani, sarah ibrahim, nornasuha yusoff, nurul haizun abdul ghani, mohamad firdaus nawawi.  (2021).  the dynamic linkage between phytotoxicity and metabolites in wedelia trilobata soils.  - weed biology and management.  68-85. 

     

    hazim syahmi elias, syarul nataqain baharum, kamalrul azlan azizan, wan yaacob wan ahmad, sheela chandren, norazah basar.  (2023).  optimization of ultrasound-assisted extraction for antioxidant activity in relation to rhoifolin content of fortunella polyandra using response surface methodology (rsm).  - sains malaysiana.  153-164. 

     

    rubashiny veeramohan, arief izzairy zamani, kamalrul azlan azizan, hoe-han goh, wan mohd aizat, mohd fauzi abd razak, nur sabrina mohd yusof, sharif mahsufi mansor, syarul nataqain baharum, chyan leong ng.  (2023).  comparative metabolomics analysis reveals alkaloid repertoires in young and mature mitragyna speciosa (korth.) havil. leaves.  - plos one.  1-24. 

     

    noor hanini che lah, hesham ali el enshasy, ahmed mediani, kamalrul azlan azizan, wan mohd aizat, jen kit tan, adlin afzan, normah mohd noor, emelda rosseleena rohani.  (2023).  an insight into the behaviour of recalcitrant seeds by understanding their molecular changes upon desiccation and low temperature.  - agronomy.  1-18. 

     

    nurul liyana rozali, kamalrul azlan azizan, rajinder singh, sharifah nabihah syed jaafar, abrizah othman, wolfram weckwerth, umi salamah ramli.  (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.  1-11. 

     

    muhd arif shaffiq sahrir, nornasuha yusoff, kamalrul azlan azizan.  (2023).  allelopathy activity under laboratory, greenhouse and field conditions: a review.  - aims agriculture and food.  78-104. 

     

    marhaini mostapha, noorhasmiera abu jahar, siew xian chin, sharifah nabihah syed jaafar, sarani zakaria, wan m. aizat, and kamalrul azlan azizan.  (2016).  effect of zeolite catalyst on sugar dehydration for 5 hydroxymethylfurfural synthesis.  - the 2016 ukm fst postgraduate colloquium, aip conference proceedings, selangor malaysia.  1-5. 

     

    sharifah nabihah syed jaafar, kamalrul azlan azizan, nurul shuhadah mahadi.  (2021).  sisa berharga kelapa sawit.  - 83. 

     

    siti farah mamat, syarul nataqain baharum, kamalrul azlan azizan, normah mohd noor, wan mohd aizat wan kamaruddin.  (2019).  buah manggis proses pemasakan dan taburan sebatian kompleks.  - 163. 

     

    syarul nataqain baharum, kamalrul azlan azizan.  (2018).  omics applications for systems biology - advances in experimental medicine and biology 1102.  - 17. 

     

    syarul nataqain baharum, kamalrul azlan azizan.  (2018).  omics applications for systems biology - advances in experimental medicine and biology 1102.  - 17. 

     

    sharifah nabihah syed jaafar, kamalrul azlan azizan, nurul shuhadah mahadi.  (2021).  sisa berharga kelapa sawit.  - 83. 

     

    siti farah mamat, syarul nataqain baharum, kamalrul azlan azizan, normah mohd noor, wan mohd aizat wan kamaruddin.  (2019).  buah manggis proses pemasakan dan taburan sebatian kompleks.  - 163. 

     

    maizom binti hassan;nurul wahida binti othman;kamalrul azlan bin azizan;nor azlan bin nor muhammad.  (2023).  identification and characterization of juvenile hormone genes from oil palm pest, metisa plana walker for potential insecticide discovery via comparative genomic approaches.  -

     

    noor hanini che lah, kamalrul azlan azizan, norazlan mohmad misnan, ahmed mediani, normah mohd noor, emelda rosseleena rohani.  (2023).  utilizing metabolite analysis for understanding recalcitrant behavior of desiccated mangosteen seeds.  - 6th international conference on molecular biology and biotechnology 2023 (icmbb2023).  1. 

     

    kamalrul azlan azizan, sarah ibrahim, nornasuha yusoff.  (2023).  allelopathic potential and active substances from wedelia trilobata.  - the 3rd virtual international symposium on science 2023 ( visos ).  122. 

     

    kamalrul azlan azizan, nornasuha yusoff.  (2023).  metabolomics approach to determine the phytotoxicityof essential oil (eo) of wedeliatrilobata.  - international conference on agriculture, animal science & food technology.  129. 

     

    noor hanini che lah, kamalrul azlan azizan, wan mohd aizat wan kamaruddin, hazim syahmi elias, tan jen kit, normah mohd noor & emelda rosseleena rohani.  (2022).  metabolite analysis to understand mangosteen seed as a recalcitrant model after exposure to desiccation.  - 5th international conference on molecular biology and biotechnology 2022.  129.