muhammad najib fathi bin hassan, muhammad dain yazid, mohd heikal mohd yunus, shiplu roy chowdhury, yogeswaran lokanathan, ruszymah bt hj idrus, angela min hwei ng, jia xian law.  (2020).  large-scale expansion of human mesenchymal stem cells.  - stem cells international.  1-17. 

benson koh, nadiah sulaiman, mh busra fauzi, jia xian law, min hwei ng, ruszymah bt hj idrus & muhammad dain yazid.  (2020).  three dimensional microcarrier system in mesenchymal stem cell culture: a systematic review.  - cell & bioscience.  1-16. 

law jia xian, shiplu roy chowdhury, aminuddin bin saim, ruszymah bt hj idrus.  (2017).  platelet-rich plasma with keratinocytes and fibroblasts enhance healing of full-thickness wounds.  - journal of tissue viability.  208-215. 

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. 

prana hardinata budi harto, muhammad hanif mahmud, aisya hanim binti othman, nurulain hanani bt ngadenin, nur saihah bt mohd azahar, muhammad najib fathi bin hassan, nor hamdan mohd yahaya, rizal abdul rani, chooi fun leong, min hwei ng, jia xian law.  (2019).  human platelet lysate promotes proliferation but fails to maintain chondrogenic markers of chondrocytes.  - sains malaysiana.  2169-2176. 

wei lee lim, ling ling liau, min hwei ng, shiplu roy chowdhury, jia xian law.  (2019).  current progress in tendon and ligament tissue engineering.  - tissue engineering and regenerative medicine.  549-571. 

jezamine lim, zainul rashid mohamad razi, jia xian law, azmawati mohammed nawi, ruszymah binti haji idrus, tan geok chin, muaatamarulain mustangin, min hwei ng.  (2018).  mesenchymal stromal cells from the maternal segment of human umbilical cord is ideal for bone regeneration in allogenic setting.  - tissue engineering and regenerative medicine.  75-87. 

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. 

jia xian law, nur assilah bt rahim, muhammad najib fathi bin hassan, chooi fun leong, min hwei ng.  (2018).  preparation of fibrinogen-depleted human platelet lysate for cell culture purposes.  - regional conference on non-communicable diseases 2018.  . 

muhammad najib fathi bin hassan, zheng yie yap, chooi fun leong, min hwei ng, jia xian law.  (2018).  expired human platelet concentrate as a source of platelet lysate for the culturing skin dermal fibroblasts.  - regional conference on non-communicable diseases 2018.  . 

jia xian law, chooi fun leong, angela min hwei ng.  (2018).  platelet lysate prepared from expired platelet concentrates for the culture of skin dermal fibroblasts 151,443.  - termis world congress.  . 

shamsuddin, sharen aini, maarof, manira, muhammd najib fathi bin hassan, jia xian law, yazid, muhammad dain, lokanathan, yogeswaran, mohd yunus, mohd heikal, chowdhury, shiplu roy, hj idrus, ruszymah, ng, min hwei.  (2018).  wharton jelly stem cells culture for mass production expansion using good manufacturing practice-compliant media optimization.  - regional conference on non communicable diseases (rcncd 2018).  . 

muhd najib fathi bin hassan, chooi fun leong, min hwei ng, jia xian law.  (2018).  expired platelet concentrates as a source of human platelet lysate for the culture of mesenchymal stem cells.  - apastb 2018.  .