dr. fazren bin azmi

pensyarah universiti

pejabat dekan fakulti farmasi

 fazren.azmi@ukm.edu.my

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :


  • My research is devoted towards the development of vaccine technology and advanced nanoparticle-based drug delivery platform. My research goal is to establish a world class research team fostered by a collaborative and curiosity-driven environment. Specific current areas of interest are detailed below: 1. Subunit Vaccine Development: The uses of recombinant vaccine technology and synthetic approaches, including post-translational chemical modification in producing subunit-based vaccine antigen. 2. Nanoparticles for Biomedical Applications: Pre-clinical translation of active biomaterials (e.g. chitosan nanoparticles, liposomes, solid lipid nanoparticles) designed specifically as therapeutics or delivery systems for subunit-based vaccine formulations.

  • abdin shakirin mohamad norpi, muhammad luqman nordin, nuraziemah ahmad, haliza katas, abdullah al-hadi ahmad fuaad, asif sukri, nirmal marasini, fazren azmi.  (2022).  new modular platform based on multi adjuvanted amphiphilic chitosan nanoparticles for efficient.  - asian journal of pharmaceutical sciences.  435-446. 

     

    nur adilah abdul rahman, abdin shakirin mohamad norpi, muhammad luqman nordin, mohd cairul iqbal mohd amin, abdullah al-hadi ahmad fuaad, nor azila muhammad azami, nirmal marasini, fazren azmi.  (2022).  denv-mimetic polymersome nanoparticles bearing multi-epitope lipopeptides antigen as the next-generation dengue vaccine.  - pharmaceutics.  1-18. 

     

    fazren bin azmi;mohd cairul iqbal bin mohd amin;lam kok wai.  (2021).  design, synthesis and structure-activity relationship studies of novel lipidated chitosan oligomers as potent antibacterial agents.  -

     

    fazren bin azmi;mohd cairul iqbal bin mohd amin;yap wei boon.  (2021).  the design, formulation and immunological evaluations of novel virus-mimicking polymersome-based nanoparticulate delivery system for multi-epitopes peptide vaccine against dengue virus.  -

     

    thiviya sunmugam, hanisah azhari, ng shiow-fern, fazren azmi.  (2021).  influence of the oil phase on the wound healing activity of sea cucumber extract-based cream formulations.  - sains malaysiana.  839-847. 

     

    nur adilah abdul rahman, abdin shakirin mohamad norpi, muhammad luqman nordin, mohd cairul iqbal mohd amin, abdullah al-hadi ahmad fuaad, nor azila muhammad azami, nirmal marasini, fazren azmi.  (2022).  denv-mimetic polymersome nanoparticles bearing multi-epitope lipopeptides antigen as the next-generation dengue vaccine.  - pharmaceutics.  1-18. 

     

    abdin shakirin mohamad norpi, muhammad luqman nordin, nuraziemah ahmad, haliza katas, abdullah al-hadi ahmad fuaad, asif sukri, nirmal marasini, fazren azmi.  (2022).  new modular platform based on multi adjuvanted amphiphilic chitosan nanoparticles for efficient.  - asian journal of pharmaceutical sciences.  435-446. 

     

    mohd shukri baba, noraziah mohamad zin, siti junaidah ahmad, noor wini mazlan, syarul nataqain baharum, nuraziemah ahmad and fazren azmi.  (2021).  antibiotic biosynthesis pathways from endophytic streptomyces suk 48 through metabolomics and genomics approaches.  - antibiotics.  1-12. 

     

    muhammad luqman nordin, abdin shakirin mohamad norpi, pei yuen ng, khatijah yusoff, nadiah abu, kue peng lim, fazren azmi.  (2021).  her2/neu-based peptide vaccination-pulsed with b-cell epitope induced efficient prophylactic and therapeutic antitumor activities in tubo breast cancer mice model.  - cancers.  1-16. 

     

    sundos suleman ismail abdalla, haliza katas, jie yee chan, pavitra ganasan, fazren azmi, mh busra fauzi.  (2021).  gelatin hydrogels loaded with lactoferrin-functionalized bio-nanosilver as a potential antibacterial and anti-biofilm dressing for infected wounds: synthesis, characterization, and deciphering of cyto.  - molecular pharmaceutics.  1956-1969. 

     

    thiviya sunmugam, hanisah azhari, ng shiow-fern, fazren azmi.  (2021).  influence of the oil phase on the wound healing activity of sea cucumber extract-based cream formulations.  - sains malaysiana.  839-847. 

     

    sundos suleman ismail abdalla, haliza katas, fazren azmi, mohd fauzi mh busra.  (2020).  antibacterial and anti-biofilm biosynthesised silver and gold nanoparticles for medical applications: mechanism of action, toxicity and current status.  - current drug delivery.  88-100. 

     

    fazren azmi, abdullah al hadi ahmad fuaad, mariusz skwarczynski, and istvan toth.  (2014).  recent progress in adjuvant discovery for peptide-based subunit vaccines.  - human vaccines & immunotherapeutics.  778-796. 

     

    abdin shakirin mohamad norpi, muhammad luqman nordin, nuraziemah ahmad, haliza katas, abdullah al-hadi ahmad fuaad, asif sukri, nirmal marasini, fazren azmi.  (2022).  new modular platform based on multi adjuvanted amphiphilic chitosan nanoparticles for efficient.  - asian journal of pharmaceutical sciences.  435-446. 

     

    nur adilah abdul rahman, abdin shakirin mohamad norpi, muhammad luqman nordin, mohd cairul iqbal mohd amin, abdullah al-hadi ahmad fuaad, nor azila muhammad azami, nirmal marasini, fazren azmi.  (2022).  denv-mimetic polymersome nanoparticles bearing multi-epitope lipopeptides antigen as the next-generation dengue vaccine.  - pharmaceutics.  1-18. 

     

    mohd shukri baba, noraziah mohamad zin, siti junaidah ahmad, noor wini mazlan, syarul nataqain baharum, nuraziemah ahmad and fazren azmi.  (2021).  antibiotic biosynthesis pathways from endophytic streptomyces suk 48 through metabolomics and genomics approaches.  - antibiotics.  1-12. 

     

    thiviya sunmugam, hanisah azhari, ng shiow-fern, fazren azmi.  (2021).  influence of the oil phase on the wound healing activity of sea cucumber extract-based cream formulations.  - sains malaysiana.  839-847. 

     

    sundos suleman ismail abdalla, haliza katas, jie yee chan, pavitra ganasan, fazren azmi, mh busra fauzi.  (2021).  gelatin hydrogels loaded with lactoferrin-functionalized bio-nanosilver as a potential antibacterial and anti-biofilm dressing for infected wounds: synthesis, characterization, and deciphering of cyto.  - molecular pharmaceutics.  1956-1969. 

     

    ng shiow fern, fazren azmi.  (2021).  teknologi penghantaran bahan aktif dalam perawatan luka.  - 16. 

     

    ng shiow fern, fazren azmi.  (2021).  teknologi penghantaran bahan aktif dalam perawatan luka.  - 172. 

     

    haliza katas, hanisah azhari, fazren azmi, mohd hanif zulfakar, shiow-fern ng.  (2019).  teknologi penghantaran dadah dalam perubatan.  - 12. 

     

    ng shiow fern, fazren azmi.  (2021).  teknologi penghantaran bahan aktif dalam perawatan luka.  - 16. 

     

    haliza katas, hanisah azhari, fazren azmi, mohd hanif zulfakar, shiow-fern ng.  (2019).  teknologi penghantaran dadah dalam perubatan.  - 12. 

     

    ng shiow fern, fazren azmi.  (2021).  teknologi penghantaran bahan aktif dalam perawatan luka.  - 172. 

     

    fazren bin azmi;mohd cairul iqbal bin mohd amin;yap wei boon.  (2021).  the design, formulation and immunological evaluations of novel virus-mimicking polymersome-based nanoparticulate delivery system for multi-epitopes peptide vaccine against dengue virus.  -

     

    fazren bin azmi;mohd cairul iqbal bin mohd amin;lam kok wai.  (2021).  design, synthesis and structure-activity relationship studies of novel lipidated chitosan oligomers as potent antibacterial agents.  -

     

    fazren azmi.  (2021).  penyelidik tempatan dalam peringkat akhir untuk cetus sejarah dunia perubatan: cipta vaksin cegah kanser payudara.  - kosmo.  2. 

     

    bee-yee lim, fazren azmi, shiow-fern ng.  (2021).  antimicrobial peptide ll37 microspheres loaded on activated carbons to combat bacterial resistance in chronic wound infection.  - pharmacy research day 2021.  28. 

     

    nuraziemah ahmad, fazren azmi, noraziah md zin, lam kok wai, chua eng wee.  (2020).  synthesis, physicochemical characterisations and biological evaluations of nature-inspired amphiphilic chitosan nanoparticles as potential antimicrobial agents with membranolytic activity.  - 2020 controlled release society (crs) annual meeting and exposition.  1.