nur afiqah md yusof, azyyati mohd pazil, syarul nataqain baharum, nurul hanun ahmad raston, chen-fei low.  (2026).  transcriptomic insights into the effect of luxp-targeting dna aptamer developed by ni-nta selex in pathogenic vibrio spp..  - journal of fish diseases.  1 - 14. 

norazli ghadin, syarul nataqain baharum, nurul hanun ahmad raston, chen-fei low.  (2025).  truncation-enhanced aptamer binding affinity and its potential as a sensor for macrobrachium rosenbergii nodavirus detection.  - journal of fish diseases.  1 - 9. 

hairunnisa mohd anas khan, nor azah yusof, shahrul ainliah alang ahmad, choo yee yu, nurul hanun ahmad raston, siti fatimah abd rahman.  (2024).  electrochemical aptasensor for 2-amino-2-thiazoline-4-carboxylic acid (atca), a metabolite for cyanide poisoning.  - scientific reports.  1 - 15. 

norazli ghadin, nur afiqah md yusof, baharum syarul nataqain, nurul hanun ahmad raston, chen fei low.  (2024).  selection and characterization of ssdna aptamer targeting macrobrachium rosenbergii nodavirus capsid protein: a potential capture agent in gold-nanoparticle-based aptasensor for viral protein detection.  - journal of fish diseases.  1-11. 

muhamad aidilfitri mohamad roslan, mohd norfikri omar, nur azlina mohd sharif, nurul hanun ahmad raston, mohd hafiz arzmi, hui-min neoh, ahmad bazli ramzi.  (2023).  recent advances in single-cell engineered live biotherapeutic products research for skin repair and disease treatment.  - npj biofilms and microbiomes.  1-9. 

ummul syafiqah ruslan, nurul hanun ahmad raston, nur azlina mohd sharif, neoh hui min, sheila nathan, ahmad bazli ramzi.  (2023).  development of corynebacterium glutamicum as staphylococcal-targeting chassis via the construction of autoinducing peptide (aip)-responsive expression system.  - sains malaysiana.  431-439. 

nur afiqah md yusof, azyyati mohd pazil, syarul nataqain baharum, nurul hanun ahmad raston, chen-fei low.  (2026).  transcriptomic insights into the effect of luxp-targeting dna aptamer developed by ni-nta selex in pathogenic vibrio spp..  - journal of fish diseases.  1 - 14. 

norazli ghadin, syarul nataqain baharum, nurul hanun ahmad raston, chen-fei low.  (2025).  truncation-enhanced aptamer binding affinity and its potential as a sensor for macrobrachium rosenbergii nodavirus detection.  - journal of fish diseases.  1 - 9. 

hairunnisa mohd anas khan, nor azah yusof, shahrul ainliah alang ahmad, choo yee yu, nurul hanun ahmad raston, siti fatimah abd rahman.  (2024).  electrochemical aptasensor for 2-amino-2-thiazoline-4-carboxylic acid (atca), a metabolite for cyanide poisoning.  - scientific reports.  1 - 15. 

norazli ghadin, nur afiqah md yusof, baharum syarul nataqain, nurul hanun ahmad raston, chen fei low.  (2024).  selection and characterization of ssdna aptamer targeting macrobrachium rosenbergii nodavirus capsid protein: a potential capture agent in gold-nanoparticle-based aptasensor for viral protein detection.  - journal of fish diseases.  1-11. 

ummul syafiqah ruslan, nurul hanun ahmad raston, nur azlina mohd sharif, neoh hui min, sheila nathan, ahmad bazli ramzi.  (2023).  development of corynebacterium glutamicum as staphylococcal-targeting chassis via the construction of autoinducing peptide (aip)-responsive expression system.  - sains malaysiana.  431-439. 

anis nabilah johari, nurul hanun ahmad raston, nazlina ibrahim.  (2018).  pengesanan staphylococcus aureus rintang methicillin (mrsa) menggunakan kaedah kolorimetri partikel nano emas terangkai aptamer.  - siri penyelidikan biosains dan bioteknol.  89-92. 

nazlina ibrahim, fariza juliana nordin, nur hidayah jamar, nurul hanun ahmad raston, nurul syakima ab mutalib .  (2026).  prosiding simposium prasiswazah 2026.  - prosiding simposium prasiswazah 2026 fakulti sains & teknologi.  1 - 309. 

mohammad ashraf morshidi, nurul hanun ahmad raston.  (2026).  sintesis dan pencirian aunp menggunakan ekstrak batang etlingera elatior sebagai agen penurunan.  - prosiding simposium prasiswazah fakulti sains & teknologi 2026; gugusan sains biologi dan bioteknologi.  136 - 142. 

nazlina ibrahim, fariza juliana nordin, nurul hanun ahmad raston, nurul yuziana mohd yusof, nur hidayah jamar .  (2025).  prosiding simposium prasiswazah fakulti sains dan teknologi 2025: gugusan sains biologi dan bioteknologi.  - prosiding simposium prasiswazah fakulti sains dan teknologi 2025: gugusan sains biologi dan bioteknolog.  1 - 131. 

nurulhikma md isa, muhamad hafiz che othman, noor liyana sukiran, nurul hanun ahmad raston, herryawan ryadi eziwar dyari, amirah mohamad sidik, nazlina ibrahim, zamri zainal.  (2024).  kursus tumbuhan transgenik dan teknik pengklonan.  - .  . 

nazlina ibrahim, doris quay huai xia, fariza juliana nordin, herryawan ryadi eziwar dyari, mohd asif mohd sukri, nadiatur akmar zulkifli, nurul hanun ahmad raston.  (2024).  prosiding simposium prasiswazah fst 2024 gugusan sains biologi dan bioteknologi.  - prosiding simposium prasiswazah fst 2024 gugusan sains biologi dan bioteknologi.  1-340. 

mohammad ashraf morshidi, nur azlina mohd sharif and nurul hanun ahmad raston.  (2025).  exploring nature-powered biotechnology at the nanoscale.  - stem irex 2025.  . 

mohammad ashraf morshidi, nur azlina mohd sharif and nurul hanun ahmad raston .  (2025).  exploring nature-powered biotechnology at the nanoscale.  - stem irex 2025.  . 

nurulhikma md isa, muhamad hafiz che othman, noor liyana sukiran, nurul hanun ahmad raston, herryawan ryadi eziwar dyari, amirah mohamad sidik, nazlina ibrahim, zamri zainal.  (2024).  kursus tumbuhan transgenik dan teknik pengklonan.  - .  . 

nurul hanun ahmad raston, nur azlina mohd sharif dan ahmad bazli ramzi.  (2024).  crispr-dcas13a-based biosensor for antifungal resistance in candida sp.".  - international symposium on synthetic biology and crispr technology 2024 (isynbioct 2024).  . 

nazlina ibrahim, faridda hannim ahmad@hashim, norefrina shafinaz md. nor and nurul hanun ahmad raston.  (2024).  capacity building of biosafety and biosecurity for synthetic biology and crispr technologies.  - international symposium on synthetic biology and crispr technology 2024 (isynbioct 2024).  .