pensyarah universiti
jabatan kejuruteraan tisu & perubatan regeneratif
nordinf@ppukm.ukm.edu.my
Biografi/ Biography :
Dr. Fazlina Nordin is a distinguished academic and researcher making significant contributions to
the field of tissue engineering and regenerative medicine. As a Senior Lecturer at the Department
of Tissue Engineering and Regenerative Medicine (DTERM), Universiti Kebangsaan Malaysia
Medical Centre (UKMMC), she holds an important role in driving advancements in this rapidly
evolving area. Her academic journey, marked by a strong foundation in the biological sciences,
includes a BSc. in Microbiology with Honors and an M.Med.Sc. in Pathology from Universiti
Kebangsaan Malaysia, culminating in a Ph.D. in cancer studies from King`s College London. Dr. Fazlina`s research is focused on unveiling the complexities of stem cell niches, with a
particular emphasis on induced pluripotent cells (iPSCs), mesenchymal stem cells (MSCs), and cord
blood (CB). Her work holds immense promise for developing innovative therapies to address a wide
range of medical challenges. Beyond her research, she is a dedicated educator and active member
of the scientific community. As an auditor and executive member of the Tissue Engineering and
Regenerative Medicine Society of Malaysia (TESMA), Dr. Fazlina plays a crucial role in shaping the
future of the field. Her expertise, combined with her passion, positions her as a leading figure in
regenerative medicine
izyan mohd idris, fazlina nordin, nur jannaim muhamad, siti zuleha idris, gee jun tye, wan safwani wan kamarul zaman & min hwei ng. (2024). evaluation of lentiviral based gene delivery system in adherent and suspension in vitro cell models. - sains malaysiana. 549-559.
noor anastasha balqis noor azlan, vieralynda vitus, nurshamimi nor rashid, fazlina nordin, gee jun tye, wan safwani wan kamarul zaman. (2024). human mesenchymal stem cell secretomes: factors affecting profiling and challenges in clinical application. - cell and tissue research. 227-250.
kalaiselvaan thanaskody, fajriyah nur natashah, fazlina nordin, wan safwani wan kamarul zaman and gee jun tye. (2024). designing molecules: directing stem cell differentiation. - frontiers in bioengineering and biotechnology. 1-24.
ahmad ismail khaled abdo, fazlina nordin, gee jun tye. (2024). selection and evaluation of single domain antibody against p19 subunit of il-23 by phage display for potential use as an autoinflammatory therapeutic. - international immunopharmacology. 1-13.
hafsa munir, wan safwani wan kamarul zaman, vieralynda vitus, norita mohd zain, fazlina nordin, mh busra fauzi. (2023). antimicrobial agents for biomaterial application. - emergent materials. 405-424.
ahmad ismail khaled abdo, fazlina nordin, gee jun tye. (2024). selection and evaluation of single domain antibody against p19 subunit of il-23 by phage display for potential use as an autoinflammatory therapeutic. - international immunopharmacology. 1-13.
kalaiselvaan thanaskody, fajriyah nur natashah, fazlina nordin, wan safwani wan kamarul zaman and gee jun tye. (2024). designing molecules: directing stem cell differentiation. - frontiers in bioengineering and biotechnology. 1-24.
nor idayu a. rahman, chung liang lam, nadiah sulaiman, nur atiqah haizum abdullah, fazlina nordin, shahrul hisham zainal ariffin, muhammad dain yazid. (2023). pax7, a key for myogenesis modulation in muscular dystrophies through multiple signaling pathways: a systematic review. - international journal of molecular sciences. 1-21.
amirah syamimi jusop, kalaiselvaan thanaskody, tye gee jun, sylvia annabel dass, wan safwani wan kamarul zaman and fazlina nordin. (2023). development of brain organoid technology derived from ipsc for the neurodegenerative disease modelling: a glance through. - frontiers in molecular neuroscience. 1-17.
elancheleyen mahindran, wan safwani wan kamarul zaman, khairul bariah ahmad amin noordin, tan yuen-fen and fazlina nordin. (2023). mesenchymal stem cell-derived extracellular vesicles: hype or hope for skeletal muscle anti-frailty. - international journal of molecular sciences. 1-17.
izyan mohd idris, fazlina nordin, nur jannaim muhamad, siti zuleha idris, gee jun tye, wan safwani wan kamarul zaman & min hwei ng. (2024). evaluation of lentiviral based gene delivery system in adherent and suspension in vitro cell models. - sains malaysiana. 549-559.
noor anastasha balqis noor azlan, vieralynda vitus, nurshamimi nor rashid, fazlina nordin, gee jun tye, wan safwani wan kamarul zaman. (2024). human mesenchymal stem cell secretomes: factors affecting profiling and challenges in clinical application. - cell and tissue research. 227-250.
izyan mohd idris, fazlina nordin, nur jannaim muhamad, julaina abdul jalil, fatimah diana amin nordin, rosnani mohamed, adiratna mat ripen, gee jun tye, wan safwani wan kamarul zaman, muhammad dain yazid & min hwei ng. (2023). the establishment of in-vitro human induced pluripotent stem cell-derived neurons. - sains malaysiana. 849-862.
ding sheng chin, crystale siew ying lim, fazlina nordin, norsyahida arifin and tye gee jun. (2022). antibody-dependent cell-mediated cytotoxicity through natural killer (nk) cells: unlocking nk cells for future immunotherapy. - current pharmaceutical biotechnology. 552-578.
ubashini vijakumaran, fazlina nordin, zariyantey abdul hamid, maha abdullah, gee jun tye. (2022). tat kappa (tatk): a novel cell penetrating peptide for delivery of pluripotent proteins into target cells. - sains malaysiana. 567-576.
izyan mohd idris, fazlina nordin, nur jannaim muhamad, siti zuleha idris, gee jun tye, wan safwani wan kamarul zaman & min hwei ng. (2024). evaluation of lentiviral based gene delivery system in adherent and suspension in vitro cell models. - sains malaysiana. 549-559.
noor anastasha balqis noor azlan, vieralynda vitus, nurshamimi nor rashid, fazlina nordin, gee jun tye, wan safwani wan kamarul zaman. (2024). human mesenchymal stem cell secretomes: factors affecting profiling and challenges in clinical application. - cell and tissue research. 227-250.
kalaiselvaan thanaskody, fajriyah nur natashah, fazlina nordin, wan safwani wan kamarul zaman and gee jun tye. (2024). designing molecules: directing stem cell differentiation. - frontiers in bioengineering and biotechnology. 1-24.
ahmad ismail khaled abdo, fazlina nordin, gee jun tye. (2024). selection and evaluation of single domain antibody against p19 subunit of il-23 by phage display for potential use as an autoinflammatory therapeutic. - international immunopharmacology. 1-13.
hafsa munir, wan safwani wan kamarul zaman, vieralynda vitus, norita mohd zain, fazlina nordin, mh busra fauzi. (2023). antimicrobial agents for biomaterial application. - emergent materials. 405-424.
fazlina nordin, zariyantey abdul hamid, lucas chan, farzin farzaneh and m k azaham a hamid. (2016). lentiviral vectors and exosomes as gene and protein delivery tools; methods in molecular biology. - . 15.
fazlina nordin, zariyantey abdul hamid, lucas chan, farzin farzaneh and m k azaham a hamid. (2016). lentiviral vectors and exosomes as gene and protein delivery tools; methods in molecular biology. - . 15.
s fadilah s abdul wahid, fazlina nordin, mohd razif mohd idris, muhammad khairul azaham ab hamid, nor azimah ismail, noralisa abdul karim, norrulhuda ibrahim, wan fariza wan jamaludin. (2016). fundamental in setting up a cgmp facility for cell-based therapies. - . 64.
fazlina nordin. (2022). memahami sel stem. - harian metro - sihat. 38-39.
fazlina nordin. (2022). terapi sel stem. - sihat, harian metro. 38-39.
izyan mohd idris, fazlina nordin, nur jannaim muhammad, rosnani mohamad, fatimah diana amin nordin, julaina abd jalil, adiratna mat ripen, tye gee jun, ng min hwei. (2022). termis ap-tissue engineering and regenerative medicine intenational society asia-pacific. - establishment of induced pluripotent stem cells by lentiviral reprogramming of primary dermal fibroblasts. 258.
izyan mohd idris, fazlina nordin, nur jannaim muhammad, rosnani mohamad, fatimah diana amin nordin, julaina abd jalil, adiratna mat ripen, tye gee jun, ng min hwei. (2022). establishment of induced pluripotent stem cells by lentiviral reprogramming of primary dermal fibroblasts.. - termis ap- tissue engineering and regenerative medicine internatonal society asia-pacific chapter conference. 409.
fazlina binti nordin;zariyantey binti abd hamid;raja norazireen binti raja ahmad. (2020). tatκ fusion proteins derived induced pluripotent stem cells (ipsc): an alternative for safety clinical application. - . .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| HESCS-DERIVED AND IPSCS-DERIVED EXOSOMES: THE POTENTIAL FOR THERAPEUTIC APPROACHES | ming medical sdn. bhd. | 68.6% (2024-03-20 sehingga 2026-03-19) |
| THE EFFECT AND MECHANISM OF ACTION OF EXOSOMES ON HUMAN TELOMERE LENGTH & BIOENERGETICS | ming medical sdn. bhd. | 48.3% (2024-08-15 sehingga 2026-08-14) |
| ELUCIDATING THE EFFECTS OF MESENCHYMAL STEM CELL TRANSPLANTATION ON COGNITIVE FUNCTION OF AGEING MICE | regena asia sdn bhd | 69.7% (2022-12-01 sehingga 2026-09-30) |