asma ismail mahmod, kayatri govindaraju, yogeswaran lokanathan, nur akmarina b.m. said, and baharudin ibrahim.  (2025).  exploring the potential of stem cells in modulating gut microbiota and managing hypertension.  - stem cells and development.  99 - 116. 

illayaraja krishnan, chiew yong ng, li ting kee, min hwei ng, jia xian law, thavachelvi thangarajah, ani amelia zainuddin, zalina mahmood, shathiya rajamanickam, baskar subramani, yogeswaran lokanathan.  (2025).  quality control of fetal wharton’s jelly mesenchymal stem cells-derived small extracellular vesicles.  - international journal of nanomedicine .  1807 - 1820. 

zarqa iffah zamlus, mawaddah azman, yogeswaran lokanathan, mh busra fauzi and marina mat baki .  (2025).  effects of wharton’s jelly mesenchymal stem cells and its-derived small extracellular vesicles loaded into injectable genipin-crosslinked gelatin hydrogel on vocal fold fibroblast.  - polymers.  1 - 29. 

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.  (2025).  evaluation of neuroprotective and neuroregenerative potential of neuroaid™ ii(mlc901) in a rat model of kainic acid-induced spinal cord injury.  - molecular neurobiology.  13060 - 13072. 

anam anjum, alvin man lung chan, hafiz bilawal hussain, yogeswaran lokanathan .  (2025).  advanced therapeutic approaches based on small extracellular vehicles (sevs) for the regeneration of spinal cord injuries.  - international journal of nanomedicine .  7415 - 7442. 

muhammad najib fathi hassan, muhammad dain yazid, mohd heikal bin mohd yunus, yogeswaran lokanathan, min hwei ng, ruszymah bt hj idrus, yee loong tang, see nguan ng, jia xian law.  (2025).  comparing the growth kinetics and characteristics of wharton’s jelly derived mesenchymal stem cells expanded using different culture mediums.  - cytotechnology.  1 - 16. 

vikneswary ravi kumar, mohamad fikeri ishak, sharifah izwan tuan othman, tristan tan, yogeswaran lokanathan.  (2023).  the optimal cryo revival period of cryopreserved wharton's jelly derived-mesenchymal stem cells.  - sains malaysiana.  3103-3119. 

magdalene tan mei ling, kayatri govindaraju, yogeswaran lokanathan, asmaa' zainal abidin, baharudin ibrahim.  (2023).  mesenchymal stem cell-derived extracellular vesicles for metabolic syndrome therapy: assessing efficacy with nuclear magnetic resonance spectroscopy.  - cell biochemistry and function.  1044-1059. 

nabila syahida binti zailan, nisriena azlin binti md isa, muhammad asyraf bin humayoon kabir, syahida rabia binti syed ali, muhamad firdaus bin norisman, siti a. m. imran, mohamad fikeri ishak, mohd reusmaazran yusof, yogeswaran lokanathan.  (2023).  decellularized and genipin crosslinked human umbilical cord artery and vein for potential use as peripheral nerve conduit.  - sains malaysiana.  967-979. 

nundisa jaulin, ruszymah hj idrus, aminuddin saim, wan izlina wan-ibrahim, puteri shafinaz abdul-rahman and yogeswaran lokanathan.  (2022).  airway fibroblast secretory products enhance cell migration.  - current proteomics.  182-195. 

alvin man lung chan, rajalingham sakthiswary, yogeswaran lokanathan.  (2025).  revolutionizing allogeneic graft tolerance through chimeric antigen receptor-t regulatory cells.  - biomedicines.  1 - 19. 

illayaraja krishnan, ubashini vijakumaran, min hwei ng, jia xian law, mohd rafizul mohd yusof, thavachelvi thangarajah, geok chin tan, yin ping wong, anusha kalyanasundaram, zalina mahmood, shathiya rajamanickam, baskar subramani, yogeswaran lokanathan.  (2025).  safety evaluation and biodistribution of fetal umbilical cord mesenchymal stem cells-derived small extracellular vesicles in sprague dawley rats.  - international journal of molecular sciences.  1 - 21. 

haider ayad ashour alasadi, illayaraja krishnan, ixora kamisan, tan geok chin, yogeswaran lokanathan, mohd fauzi mh busra, farrah hani imran, nani harlina md latar .  (2025).  comparative study between the effectiveness of amnion-collagee (collagen-gelatin-elastin) as a biological product wound dressing and conventional dressing on the donor site of the split-thickness skin graft in animals model (rats).  - formosan journal of surgery.  108 - 114. 

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.  (2025).  evaluation of neuroprotective and neuroregenerative potential of neuroaid™ ii(mlc901) in a rat model of kainic acid-induced spinal cord injury.  - molecular neurobiology.  13060 - 13072. 

tithteeya rattanachot, yogeswaran lokanathan, mh busra fauzi, manira maarof.  (2025).  enhancing wound healing through secretome-loaded 3d-printed biomaterials.  - gels.  1 - 23. 

jia xian law, min hwei ng, yogeswaran lokanathan, alvin man lung chan, jin min cheah.  (2025).  current progress and challenges of nongenetically modified natural killer (nk) cell-based immunotherapy.  - .  314 - 325. 

norzana abdul ghafar, norliza muhammad, yogeswaran lokanathan, chin kok yong & wong sok kuan.  (2024).  penuaan dan penyakit degeneratif.  - .  14 - 26. 

tamrin nuge, xiaoling liu, yogeswaran lokanathan, md enamul hoque.  (2024).  chapter 2: advances and issues in biomaterials for coronary stenting.  - 97898151793301240101.  15-29. 

yogeswaran lokanathan, angela ng min hwei, mohd heikal mohd yunus, ruszymah haji idrus & daniel lee eng shen.  (2024).  terapi sel dan sindrom metabolik.  - .  61 - 72. 

rohaina che man, ruszymah binti hj idrus, wan izlina wan ibrahim, aminuddin bin saim, and yogeswaran lokanathan.  (2024).  secretome analysis of human nasal fibroblast identifies proteins that promote wound healing.  - advances in experimental medicine and bi.  59-76. 

manira maarof, fauzi mh busra, yogeswaran lokanathan & ng min hwei.  (2025).  potensi sekretom (protein rembesan sel) dalam menyembuhkan luka dan meremajakan kulit.  - resmi ukm.  . 

norzana abdul ghafar, norliza muhammad, yogeswaran lokanathan, chin kok yong & wong sok kuan.  (2024).  penuaan dan penyakit degeneratif.  - .  14 - 26. 

yogeswaran lokanathan, angela ng min hwei, mohd heikal mohd yunus, ruszymah haji idrus & daniel lee eng shen.  (2024).  terapi sel dan sindrom metabolik.  - .  61 - 72. 

muttiah barathan, sook luan ng, yogeswaran lokanathan, min hwei ng, jia xian law.  (2024).  peranan dual vesikel ekstraselular dalam kanser: potensi untuk terapi dan sumbangan kepada rintangan dan metastasis.  - research medicine innovation.  . 

norlaila mustafa, zarina abdul latiff, alfizah hanafiah, salwati shuib, teoh seong lin, yogeswaran lokanathan, elena aisha azizan, mohd helmy mokhtar, tan jen kit, raja muhammad azlan shah raja alang m, nurul safaniza che ani.  (2021).  buku panduan pelajar program sarjana sains perubatan dan doktor falsafah (mod penyelidikan) fakulti perubatan universiti kebangsaan malaysia (ukm).  - .  1-43. 

manira maarof, fauzi mh busra, yogeswaran lokanathan & ng min hwei.  (2025).  potensi sekretom (protein rembesan sel) dalam menyembuhkan luka dan meremajakan kulit.  - resmi ukm.  . 

manira maarof, chowdhury shiplu roy, fauzi mohd busra, yogeswaran lokanathan, ng min hwei, ruszymah idrus.  (2024).  3d tissue engineered skin substitutes for skin regeneration.  - shift international conference &winter school, and the 9th mterms, in conjunction with european wellness academy's bioregenerative precision medicine 2024.  1. 

muttiah barathan, sook-luan ng, yogeswaran lokanathan, min hwei ng, jia xian law.  (2024).  antibiotic resistance (abr) in aquatic environments.  - scholarly community encyclopedia.  1-8. 

muttiah barathan, sook luan ng, yogeswaran lokanathan, min hwei ng, jia xian law.  (2024).  peranan dual vesikel ekstraselular dalam kanser: potensi untuk terapi dan sumbangan kepada rintangan dan metastasis.  - research medicine innovation.  . 

manira binti maarof;ng shiow fern;ng min hwei;mohd fauzi bin mh busra;nurwahyuna binti rosli;mohd asyraf bin mat afandi;yogeswaran a/l lokanathan.  (2024).  shelf-life and safety evaluation of the dermal fibroblast conditioned medium (dfcm) for future skin regeneration and rejuvenation.  - .  .