pensyarah universiti
jabatan kejuruteraan tisu & perubatan regeneratif
izzahfadilah@ukm.edu.my
Kluster Kepakaran/ Cluster of Expertise :
Kesihatan dan Perubatan Termaju,
Biografi/ Biography :
Dr. Nur Izzah Md Fadilah specializes in tissue engineering, regenerative medicine, and medicinal chemistry, with expertise in skin wound healing, peptides, 3D bioprinting, and biomaterials. Her work focuses on advancing tissue-engineered substitutes, cell-scaffold interactions, and regenerative technologies. She is involved in international research collaborations and has contributed significantly to the fields of biochemistry and tissue engineering through numerous publications and awards.
ponnhmalar subramaniam, mohamad nasir shafiee, nur izzah md fadilah, mh busra fauzi and manira maarof. (2026). secretome as a novel regenerative strategy for atopic dermatitis: a comprehensive review. - stem cell research & therapy. 1 - 15.
nur izzah md fadilah, yasuhiko tabata, manira maarof, and busra fauzi. (2026). in vitro and in vivo evaluation of a 3d-bioprinted hydrogel for diabetic. skin wound healing . - shift-international winter school for tissue engineering and regenerative medicine (term) 2026. .
siti balqis adnan, fang lim, haslina ahmad, manira maarof, mh busra fauzi, nur izzah md fadilah. (2026). peptide-based nanocarriers for targeted drug delivery: recent advances, strategies, and therapeutic frontiers. - international journal of nanomedicine. 1 - 30.
ponnhmalar subramaniam, mohamad nasir shafiee, nur izzah md fadilah, mh busra fauzi, manira maarof. (2026). proteomic characterization of wharton-jelly mesenchymal stem cell (wj-msc) and human dermal fibroblast (hdf) secretomes highlight differential regenerative profiles relevant to atopic dermatitis. - shift-international winter school for tissue engineering and regenerative medicine (term) 2026. .
raniya razif, nur izzah md fadilah, manira maarof, daniel looi qi hao, adzim poh yuen wen and mh busra fauzi. (2025). physicochemical characterization of injectable genipin-crosslinked gelatin–kelulut honey hydrogels for future cutaneous tissue loss. - polymers. 1 - 26.
ponnhmalar subramaniam, mohamad nasir shafiee, nur izzah md fadilah, mh busra fauzi and manira maarof. (2026). secretome as a novel regenerative strategy for atopic dermatitis: a comprehensive review. - stem cell research & therapy. 1 - 15.
siti balqis adnan, fang lim, haslina ahmad, manira maarof, mh busra fauzi, nur izzah md fadilah. (2026). peptide-based nanocarriers for targeted drug delivery: recent advances, strategies, and therapeutic frontiers. - international journal of nanomedicine. 1 - 30.
siti balqis adnan, manira maarof, mh busra fauzi, nur izzah md fadilah. (2025). antimicrobial peptides in wound healing and skin regeneration: dual roles in immunity and microbial defense. - international journal of molecular sciences. 1 - 27.
nusaibah sallehuddin, nur izzah md fadilah, mh busra fauzi, manira maarof. (2025). a scoping review of pathogenesis, current treatments, and novel approaches for vitiligo. - journal of cosmetic dermatology. 1 - 53.
nur syazana sabarudin, norshazliza ab ghani, nazeha ahmat, eka wahyuni harlin, looi qi hao, juni handajani, mohd nor fatimah, nur izzah md fadilah, manira maarof, mh busra fauzi. (2025). harnessing plant bioactive compounds in biomaterial scaffolds for advanced wound healing: a comprehensive review. - biomedicines. 1 - 22.
siti balqis adnan, fang lim, haslina ahmad, manira maarof, mh busra fauzi, nur izzah md fadilah. (2026). peptide-based nanocarriers for targeted drug delivery: recent advances, strategies, and therapeutic frontiers. - international journal of nanomedicine. 1 - 30.
ponnhmalar subramaniam, mohamad nasir shafiee, nur izzah md fadilah, mh busra fauzi and manira maarof. (2026). secretome as a novel regenerative strategy for atopic dermatitis: a comprehensive review. - stem cell research & therapy. 1 - 15.
aifa asyhira khairul nizam, syafira masri, nur izzah md fadilah, manira maarof and mh busra fauzi. (2025). current insight of peptide-based hydrogels for chronic wound healing applications: a concise review. - pharmaceuticals. 1 - 37.
raniya razif, nur izzah md fadilah, manira maarof, daniel looi qi hao, adzim poh yuen wen and mh busra fauzi. (2025). physicochemical characterization of injectable genipin-crosslinked gelatin–kelulut honey hydrogels for future cutaneous tissue loss. - polymers. 1 - 26.
nurul ain zawawi, haslina ahmad, rajesh madatheri, nur izzah md fadilah, manira maarof and mh busra fauzi. (2025). flavonoids as natural anti-inflammatory agents in the atopic dermatitis treatment. - pharmaceutics. 1 - 25.
nur izzah md fadilah. (2025). peptida terapeutik: harapan baharu dalam penyembuhan luka. - majalah sains. .
nur izzah md fadilah, yasuhiko tabata, manira maarof, and busra fauzi. (2026). in vitro and in vivo evaluation of a 3d-bioprinted hydrogel for diabetic. skin wound healing . - shift-international winter school for tissue engineering and regenerative medicine (term) 2026. .
ponnhmalar subramaniam, mohamad nasir shafiee, nur izzah md fadilah, mh busra fauzi, manira maarof. (2026). proteomic characterization of wharton-jelly mesenchymal stem cell (wj-msc) and human dermal fibroblast (hdf) secretomes highlight differential regenerative profiles relevant to atopic dermatitis. - shift-international winter school for tissue engineering and regenerative medicine (term) 2026. .
nur izzah md fadilah. (2025). peptida terapeutik: harapan baharu dalam penyembuhan luka. - majalah sains. .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| 3D BIOPRINTING OF GREEN HONEY-GELATIN BIOMATERIAL INK USING A TRI-NOZZLE SYSTEM FOR ENHANCED WOUND HEALING | 3d gens sdn. bhd. | 65.3% (2024-12-26 sehingga 2026-12-25) |
| THERAPEUTIC EFFICACY OF MESENCHYMAL STEM CELLS AND EXOSOMES IN A MICE FRAILTY AND INFLAMMATORY MODEL | regen hospital sdn bhd | 58.3% (2025-07-24 sehingga 2026-10-23) |
| ELUCIDATING THE STABILITY AND BIOCOMPATIBILITY OF LYSINE-ARGININE-ISOLEUCINE TRIPEPTIDE IN VARIOUS THREE-DIMENSIONAL SCAFFOLDS FROM PRINTED GELATIN BIOMATERIALS-INK | 3d gens sdn. bhd. | 18.7% (2025-12-01 sehingga 2027-11-30) |
| ELUCIDATING THE HEALING CAPACITY OF DIABETIC FOOT ULCERS USING 3D BIOPRINTED BIOINKS COMPRISING GELATIN-BIOACTIVE COMPOUNDS COMBINATION | my cytohealth sdn bhd | 72.8% (2024-11-01 sehingga 2026-10-31) |
| SAFETY AND EFFICACY OF OVINE-DERIVED COLLAGEN SPONGE (COLPATCH®) IN FULL-THICKNESS WOUND MANAGEMENT: A PHASE 1 CLINICAL RESEARCH | my cytohealth sdn bhd | 24.9% (2025-12-01 sehingga 2027-05-31) |