dr. nur hidayah binti jamar

pensyarah universiti

pusat pengurusan ekosistem & sumber semulajadi (ppess)

 njamar@ukm.edu.my

No. rasmi:
UKM : 03 8921 5555
HUKM : 03-9145 6074/6075/6931/7748



   Biografi :
  • pensyarah universiti

  • ibrahim mahmood, azhar mohamad, fauzi daud, babul airianah othman, douglas law, yew hoong cheah, mushrifah idris, azwan mat lazim, seng joe lim, nur hidayah jamar, herryawan ryadi eziwar dyari, nik marzuki sidik, shazrul fazry.  (2019).  potential mutant of lentinula edodeswith high yield of (1-3), (1-6-), beta-d-glucan.  - malaysian journal of fundamental and applied sciences.  336-340. 

     

    shazrul fazry, muhammad akram mohd noordin, salahuddin sanusi, mahanem mat noor, wan mohd aizat, azwan mat lazim, herryawan ryadi eziwar dyari, nur hidayah jamar, juwairiah remali, babul airianah othman, douglas law, nik marzuki sidik, yew hoong cheah and.  (2018).  cytotoxicity and toxicity evaluation of xanthone crude extract on hypoxic human hepatocellular carcinoma and zebrafish (danio rerio) embryos.  - toxics. 

     

    nur hidayah jamar, paraskevi kritsiligkou, chris m grant.  (2018).  loss of mrna surveillance pathways result in widespread protein aggregation.  - scientific reports.  1-17. 

     

    nur hidayah jamar, paraskevi kritsiligkou, chris m. grant.  (2017).  the non-stop decay mrna surveillance pathway is required for oxidative stress tolerance.  - nucleic acids research.  6881-6893. 

     

    nur hidayah jamar, paraskevi kritsiligkou & chris m. grant.  (2016).  role of nonstop decay in the oxidative response of saccharomyces cerevisiae.  - biopronet meeting for molecular chaperone: structure, function and application in bioprocessing. 

     

    nur hidayah jamar, paraskevi kritsiligkou, chris m grant.  (2018).  loss of mrna surveillance pathways result in widespread protein aggregation.  - scientific reports.  1-17. 

     

    nur hidayah jamar, paraskevi kritsiligkou, chris m. grant.  (2017).  the non-stop decay mrna surveillance pathway is required for oxidative stress tolerance.  - nucleic acids research.  6881-6893. 

     
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    nur hidayah jamar, paraskevi kritsiligkou & chris m. grant.  (2016).  role of nonstop decay in the oxidative response of saccharomyces cerevisiae.  - biopronet meeting for molecular chaperone: structure, function and application in bioprocessing. 

     

    nur hidayah jamar & chris m. grant.  (2015).  role of the mrna surveillance pathways in the oxidative response and translational activity of saccharomyces cerevisiae.  - british yeast group meeting.