prof. madya dr. ng min hwei

pensyarah universiti

pusat kejuruteraan tisu

No. sambungan :  0123139179

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Assoc. Prof. Dr. Angela Min Hwei Ng obtained her Bachelor’s Degree in Biotechnology from Universiti Putra Malaysia. She then obtained her Master’s degree under the supervision of two distinguished Pathologists, Prof. Dr. Looi Lai Meng and Prof. Dr. Cheah Phaik Leng in Universiti Malaya studying on the association of telomerase and telomere length with cancer aggressiveness and cell immortality. Under the guidance of Prof Ruszymah Idrus, a notable Professor in Physiology in Universiti Kebangsaan Malaysia, Angela pursued her PhD in tissue engineering & regenerative medicine whereby she revolutionized different approaches in bone regeneration including developing an injectable bone, fabrication of complex 3D bone substitutes and rejuvenation of stem cells from elderly patients via exogenous telomerase expression. Angela is currently a Research Fellow and the Head of Tissue Engineering Centre in Universiti Kebangsaan Malaysia Medical Centre. Her experience in tissue engineering and regenerative research covers various tissues including bone, cartilage, nerve, heart, bladder and cornea. Her extensive work over the past 10 years has resulted in several innovative products which have won her distinguished awards in local and international expositions. To date, she has 5 patents filed and over 60 publications published. Her current research focus includes 3D scaffold rapid prototyping, engineering vascularized tissues, and cell and exosome-based therapies. She is also actively involved in clinical translation. She has first-hand experience on establishing a GMP facility for cell & tissue products; from the conception of the facility layout to developing the quality system, training of personnel and running of a clinical trial.

  • lohashenpahan shanmuganantha , azmi baharudin , abu bakar sulong , roslinda shamsudin and min hwei ng.  (2021).  prospect of metal ceramic (titanium-wollastonite) composite as permanent bone implants: a narrative review.  - materials.  1-24. 

     

    ling ling liau, muhammad najib fathi bin hassan, yee loong tang, min hwei ng, jia xian law.  (2021).  feasibility of human platelet lysate as an alternative to foetal bovine serum for in vitro expansion of chondrocytes.  - international journal of molecular sciences.  1-17. 

     

    ng min hwei;ruszymah binti haji idrus;shamsul bin sulaiman;mohd fauzi bin mh busra;shiplu roy chowdhury;yogeswaran a/l lokanathan.  (2021).  novel approach of target delivery of cell micromass via antibody conjugation.  -

     

    law jia xian;ng min hwei.  (2021).  tendon and ligament tissue engineering: polycaprolactone/polyglycolic acid nanofibers on ammiotic membrane with tenogenic differentiated wharton’s jelly-derived mesenchymal stem cells for tendon and.  -

     

    ling ling liau, qi hao looi, wui chuen chia, thayaalini subramaniam, min hwei ng, jia xian law.  (2020).  treatment of spinal cord injury with mesenchymal stem cells.  - cell & bioscience.  112. 

     

    lohashenpahan shanmuganantha , azmi baharudin , abu bakar sulong , roslinda shamsudin and min hwei ng.  (2021).  prospect of metal ceramic (titanium-wollastonite) composite as permanent bone implants: a narrative review.  - materials.  1-24. 

     

    ling ling liau, muhammad najib fathi bin hassan, yee loong tang, min hwei ng, jia xian law.  (2021).  feasibility of human platelet lysate as an alternative to foetal bovine serum for in vitro expansion of chondrocytes.  - international journal of molecular sciences.  1-17. 

     

    anam anjum, muhammad dain yazid, muhammad fauzi daud, jalilah idris, angela min hwei ng, amaramalar selvi naicker, ohnmar htwe@ rashidah ismail, ramesh kumar athi kumar, yogeswaran lokanathan.  (2020).  spinal cord injury: pathophysiology, multimolecular interactions, and underlying recovery mechanisms.  - international journal of molecular sciences.  1-35. 

     

    ling ling liau, qi hao looi, wui chuen chia, thayaalini subramaniam, min hwei ng, jia xian law.  (2020).  treatment of spinal cord injury with mesenchymal stem cells.  - cell & bioscience.  112. 

     

    ali smandri, abid nordin, ng min hwei, kok-yong chin, izhar abd aziz and mh busra fauzi.  (2020).  natural 3d-printed bioinks for skin regeneration and wound healing: a systematic review.  - polymers.  1-20. 

     

    ling ling liau, ruszymah biti haji idrus, ng min hwei, law jia xian.  (2020).  characteristics and clinical applications of whartons jelly-derived mesenchymal stromal cells.  - current research in translational medicine.  5-16. 

     

    qi hao looi, sue ping eng, ling ling liau, yin sim tor, mohd yazid bajuri, min hwei ng, law jia xian.  (2020).  mesenchymal stem cell therapy for sports injuries - from research to clinical practice.  - sains malaysiana.  825-838. 

     

    mohsen golieskardi, meenaloshini satgunam, dinesh ragurajan, md enamul hoque, and angela min hwei ng.  (2020).  microstructural, tribological, and degradation properties of al2o3-and ceo2-doped 3 mol.% yttria-stabilized zirconia bioceramic for biomedical applications.  - journal of materials engineering and performance.  2890-2897. 

     

    wai hoe ng, mimi zulaikha umar fuaad, siti maisura azmi, yin yee leong, yoke keong yong, angela min hwei ng, jun jie tan.  (2019).  guided evaluation and standardisation of mesenchymal stem cell culture conditions to generate conditioned medium favourable to cardiac c-kit cell growth.  - cell and tissue research.  383-396. 

     

    ishak, m.f., manira, m., ng, m.h., khairul, b., gargy, l., aminuddin, b.s. & ruszymah, b.h.i..  (2019).  long term effect of cryopreservation on primary human skin cells (kesan jangka panjang pengawetan krio pada sel kulit primer manusia).  - sains malaysiana.  137-144. 

     

    siti saniah ab. karim, abu bakar sulong, che husna azhari, ng min hwei and mohd reusmaazran yusof.  (2011).  influence of polyacrilonitrile (pan) concentration on the mechanical and physical properties of electrospun fibres.  - key engineering materials. 

     

    siti saniah ab. karim, abu bakar sulong, che husna azhari, ng min hwei and mohd reusmaazran yusof.  (2011).  influence of polyacrilonitrile (pan) concentration on the mechanical and physical properties of electrospun fibres.  - key engineering materials. 

     

    ling ling liau, qi hao looi, sue ping eng, muhammad dain yazid, nadiah sulaiman, mohd fauzi mh busra, min hwei ng, jia xian law.  (2020).  stem cells: from hype to hope.  - 33. 

     

    ling ling liau, qi hao looi, sue ping eng, muhammad dain yazid, nadiah sulaiman, mohd fauzi mh busra, min hwei ng, jia xian law.  (2020).  stem cells: from hype to hope.  - 33. 

     

    shiplu roy chowdhury, mohd fauzi mh busra, yogeswaran lokanathan, min hwei ng, jia xian law, ude chinedu cletus, ruszymah binti haji idrus.  (2018).  novel biomaterials for regenerative medicine.  - 26. 

     

    ng min hwei;ruszymah binti haji idrus;shamsul bin sulaiman;mohd fauzi bin mh busra;shiplu roy chowdhury;yogeswaran a/l lokanathan.  (2021).  novel approach of target delivery of cell micromass via antibody conjugation.  -

     

    law jia xian;ng min hwei.  (2021).  tendon and ligament tissue engineering: polycaprolactone/polyglycolic acid nanofibers on ammiotic membrane with tenogenic differentiated wharton’s jelly-derived mesenchymal stem cells for tendon and.  -

     

    roslinda binti shamsudin;muhammad azmi bin abdul hamid;zalita binti zainuddin;abu bakar bin sulong;ng min hwei.  (2020).  tajuk program: metal-ceramic composite: a new generation material for bone implant tajuk projek: a study on the role and mechanism of argentum and superparamagnetic material in the prperties of wolla.  -

     

    abu bakar bin sulong;norhamidi bin muhamad;andanastuti muchtar;roslinda binti shamsudin;ng min hwei.  (2020).  tajuk program: metal-ceramic composite: a new generation material for bone implant tajuk projek: effect of processing parameters on novel metal-ceramic composite through powder injection molding.  -

     

    mohd heikal bin mohd yunus;shamsul bin sulaiman;ng min hwei;mohd fauzi bin mh busra;veronica sainik @ ronald.  (2020).  development of halal gelatin sponge scaffold as the biomaterial for human skin substitute.  -

     
    prof. madya dr. ng min hwei

    pensyarah universiti

    pusat kajian kejuruteraan tisu & perubatan regeneratif

     angela@ukm.edu.my

    No. sambungan :  7670

    No. rasmi:
    UKM : 03 8921 5555



       Biografi/ Biography :

  • PENSYARAH UNIVERSITI

  • lohashenpahan shanmuganantha , azmi baharudin , abu bakar sulong , roslinda shamsudin and min hwei ng.  (2021).  prospect of metal ceramic (titanium-wollastonite) composite as permanent bone implants: a narrative review.  - materials.  1-24. 

     

    ling ling liau, muhammad najib fathi bin hassan, yee loong tang, min hwei ng, jia xian law.  (2021).  feasibility of human platelet lysate as an alternative to foetal bovine serum for in vitro expansion of chondrocytes.  - international journal of molecular sciences.  1-17. 

     

    ng min hwei;ruszymah binti haji idrus;shamsul bin sulaiman;mohd fauzi bin mh busra;shiplu roy chowdhury;yogeswaran a/l lokanathan.  (2021).  novel approach of target delivery of cell micromass via antibody conjugation.  -

     

    law jia xian;ng min hwei.  (2021).  tendon and ligament tissue engineering: polycaprolactone/polyglycolic acid nanofibers on ammiotic membrane with tenogenic differentiated wharton’s jelly-derived mesenchymal stem cells for tendon and.  -

     

    ling ling liau, qi hao looi, wui chuen chia, thayaalini subramaniam, min hwei ng, jia xian law.  (2020).  treatment of spinal cord injury with mesenchymal stem cells.  - cell & bioscience.  112. 

     

    lohashenpahan shanmuganantha , azmi baharudin , abu bakar sulong , roslinda shamsudin and min hwei ng.  (2021).  prospect of metal ceramic (titanium-wollastonite) composite as permanent bone implants: a narrative review.  - materials.  1-24. 

     

    ling ling liau, muhammad najib fathi bin hassan, yee loong tang, min hwei ng, jia xian law.  (2021).  feasibility of human platelet lysate as an alternative to foetal bovine serum for in vitro expansion of chondrocytes.  - international journal of molecular sciences.  1-17. 

     

    anam anjum, muhammad dain yazid, muhammad fauzi daud, jalilah idris, angela min hwei ng, amaramalar selvi naicker, ohnmar htwe@ rashidah ismail, ramesh kumar athi kumar, yogeswaran lokanathan.  (2020).  spinal cord injury: pathophysiology, multimolecular interactions, and underlying recovery mechanisms.  - international journal of molecular sciences.  1-35. 

     

    ling ling liau, qi hao looi, wui chuen chia, thayaalini subramaniam, min hwei ng, jia xian law.  (2020).  treatment of spinal cord injury with mesenchymal stem cells.  - cell & bioscience.  112. 

     

    ali smandri, abid nordin, ng min hwei, kok-yong chin, izhar abd aziz and mh busra fauzi.  (2020).  natural 3d-printed bioinks for skin regeneration and wound healing: a systematic review.  - polymers.  1-20. 

     

    ling ling liau, ruszymah biti haji idrus, ng min hwei, law jia xian.  (2020).  characteristics and clinical applications of whartons jelly-derived mesenchymal stromal cells.  - current research in translational medicine.  5-16. 

     

    qi hao looi, sue ping eng, ling ling liau, yin sim tor, mohd yazid bajuri, min hwei ng, law jia xian.  (2020).  mesenchymal stem cell therapy for sports injuries - from research to clinical practice.  - sains malaysiana.  825-838. 

     

    mohsen golieskardi, meenaloshini satgunam, dinesh ragurajan, md enamul hoque, and angela min hwei ng.  (2020).  microstructural, tribological, and degradation properties of al2o3-and ceo2-doped 3 mol.% yttria-stabilized zirconia bioceramic for biomedical applications.  - journal of materials engineering and performance.  2890-2897. 

     

    wai hoe ng, mimi zulaikha umar fuaad, siti maisura azmi, yin yee leong, yoke keong yong, angela min hwei ng, jun jie tan.  (2019).  guided evaluation and standardisation of mesenchymal stem cell culture conditions to generate conditioned medium favourable to cardiac c-kit cell growth.  - cell and tissue research.  383-396. 

     

    ishak, m.f., manira, m., ng, m.h., khairul, b., gargy, l., aminuddin, b.s. & ruszymah, b.h.i..  (2019).  long term effect of cryopreservation on primary human skin cells (kesan jangka panjang pengawetan krio pada sel kulit primer manusia).  - sains malaysiana.  137-144. 

     

    siti saniah ab. karim, abu bakar sulong, che husna azhari, ng min hwei and mohd reusmaazran yusof.  (2011).  influence of polyacrilonitrile (pan) concentration on the mechanical and physical properties of electrospun fibres.  - key engineering materials. 

     

    siti saniah ab. karim, abu bakar sulong, che husna azhari, ng min hwei and mohd reusmaazran yusof.  (2011).  influence of polyacrilonitrile (pan) concentration on the mechanical and physical properties of electrospun fibres.  - key engineering materials. 

     

    ling ling liau, qi hao looi, sue ping eng, muhammad dain yazid, nadiah sulaiman, mohd fauzi mh busra, min hwei ng, jia xian law.  (2020).  stem cells: from hype to hope.  - 33. 

     

    ling ling liau, qi hao looi, sue ping eng, muhammad dain yazid, nadiah sulaiman, mohd fauzi mh busra, min hwei ng, jia xian law.  (2020).  stem cells: from hype to hope.  - 33. 

     

    shiplu roy chowdhury, mohd fauzi mh busra, yogeswaran lokanathan, min hwei ng, jia xian law, ude chinedu cletus, ruszymah binti haji idrus.  (2018).  novel biomaterials for regenerative medicine.  - 26. 

     

    ng min hwei;ruszymah binti haji idrus;shamsul bin sulaiman;mohd fauzi bin mh busra;shiplu roy chowdhury;yogeswaran a/l lokanathan.  (2021).  novel approach of target delivery of cell micromass via antibody conjugation.  -

     

    law jia xian;ng min hwei.  (2021).  tendon and ligament tissue engineering: polycaprolactone/polyglycolic acid nanofibers on ammiotic membrane with tenogenic differentiated wharton’s jelly-derived mesenchymal stem cells for tendon and.  -

     

    roslinda binti shamsudin;muhammad azmi bin abdul hamid;zalita binti zainuddin;abu bakar bin sulong;ng min hwei.  (2020).  tajuk program: metal-ceramic composite: a new generation material for bone implant tajuk projek: a study on the role and mechanism of argentum and superparamagnetic material in the prperties of wolla.  -

     

    abu bakar bin sulong;norhamidi bin muhamad;andanastuti muchtar;roslinda binti shamsudin;ng min hwei.  (2020).  tajuk program: metal-ceramic composite: a new generation material for bone implant tajuk projek: effect of processing parameters on novel metal-ceramic composite through powder injection molding.  -

     

    mohd heikal bin mohd yunus;shamsul bin sulaiman;ng min hwei;mohd fauzi bin mh busra;veronica sainik @ ronald.  (2020).  development of halal gelatin sponge scaffold as the biomaterial for human skin substitute.  -