mohammad asad ullah, muhammad redha abdullah zawawi, rabiatul adawiah zainal abidin, noor liyana sukiran, md imtiaz uddin, zamri zainal.  (2022).  a review of integrative omic approaches for understanding rice salt response mechanisms.  - plants.  1-36. 

tasneem shakri, muhammad hafiz che othman, nurulhikma md isa, noor liyana sukiran, zamri zainal.  (2022).  morpho-physiological and stress-related gene expression of rice varieties in response to salinity stress at early vegetative stage.  - agriculture.  1-20. 

zarifth shafika kamarudin, noraziyah abd aziz shamsudin, muhamad hafiz che othman, tasneem shakri, lay-wen tan, noor liyana sukiran, nurulhikma md isa, zuraida ab rahman, zamri zainal.  (2020).  morpho-physiology and antioxidant enzyme activities of transgenic rice plant overexpressing abp57 under reproductive stage drought condition.  - agronomy.  1-14. 

noor liyana sukiran, julia c ma, hong ma, zhao su.  (2019).  anac019 is required for recovery of reproductive development under drought stress in arabidopsis.  - plant molecular biology.  161-174. 

xuan ma, noor liyana sukiran, hong ma and zhao su.  (2014).  moderate drought causes dramatic floral transcriptomic reprogramming to ensure successful reproductive development in arabidopsis.  - bmc plant biology.  1-16. 

nur farhana roslan, nor syafiqah abd rashid, intan elya suka, nadiatul ain nabila ahmad taufik, nur syahirah abdullah, mohd bajuri asruri, bernadette toni, noor liyana sukiran, zamri zainal, nurulhikma md isa.  (2017).  enhanced tolerance to salinity and aba is regulated by oryza sativa stress associated protein8 (ossap8).  - australian journal of crop science.  853-860. 

selvia dewi pohan, noor liyana sukiran, jamsari jamsari & noraziyah abd aziz shamsudin.  (2023).  morpho-physiological screenings and molecular analysis of west sumatra rice genotypes under submergence stress.  - plant science today.  34-44. 

mohammad asad ullah, muhammad redha abdullah zawawi, rabiatul adawiah zainal abidin, noor liyana sukiran, md imtiaz uddin, zamri zainal.  (2022).  a review of integrative omic approaches for understanding rice salt response mechanisms.  - plants.  1-36. 

tasneem shakri, muhammad hafiz che othman, nurulhikma md isa, noor liyana sukiran, zamri zainal.  (2022).  morpho-physiological and stress-related gene expression of rice varieties in response to salinity stress at early vegetative stage.  - agriculture.  1-20. 

noor liyana sukiran, muhammad aiman hafiz jaya karso, qatrunnada qurratu'aini mohd razemin, noraziyah abd aziz shamsudin.  (2022).  the effects of submergence on selected malaysian rice varieties.  - malaysian applied biology.  97-106. 

farah afiqah baharuddin, zhan xuan khong, zamri zainal, noor liyana sukiran.  (2021).  in silico promoter and expression analyses of rice auxin binding protein 57 (abp57).  - plant science today.  741-748. 

farah afiqah baharuddin, zamri zainal, noor liyana sukiran.  (2019).  morphological changes analysis of rice cv ir64 under drought stress.  - the 2018 ukm fst postgraduate colloquium, aip conference proceeding.  1-7. 

khairunnisa basri, noor liyana sukiran & zamri zainal.  (2016).  cloning and characterization of the onac106 gene from oryza sativa cultivar kuku belang.  - the 2016 ukm fst postgraduate colloquium,aip conference proceedings.  1-7. 

khong zhan xuan, farah afiqah baharuddin, noor liyana sukiran.  (2018).  siri penyelidikan biosains & bioteknologi 2018.  - .  4. 

cheong kae luen, farah afiqah baharuddin, noor liyana sukiran.  (2018).  siri penyelidikan biosains & bioteknologi 2018.  - .  4. 

rachel racha stephen & noor liyana sukiran.  (2017).  siri penyelidikan biosains dan bioteknologi 2017.  - .  4. 

azizul fikri ma`alif, farah afiqah baharuddin & noor liyana sukiran.  (2017).  siri penyelidikan biosains & bioteknologi 2017.  - .  4. 

aizatun zawiyah hasim & noor liyana sukiran.  (2017).  siri penyelidikan biosains & bioteknologi 2017.  - .  4. 

khong zhan xuan, farah afiqah baharuddin, noor liyana sukiran.  (2018).  siri penyelidikan biosains & bioteknologi 2018.  - .  4. 

cheong kae luen, farah afiqah baharuddin, noor liyana sukiran.  (2018).  siri penyelidikan biosains & bioteknologi 2018.  - .  4. 

siti najiha nasahruddin, mohd ikmal asmuni, noor liyana sukiran, noraziyah abd aziz shamsudin.  (2018).  siri penyelidikan biosains & bioteknologi 2018.  - .  4. 

mohamad ali bahrum, azhani abdul-rahman, wan mohd aizat wan kamaruddin & noor liyana sukiran.  (2017).  siri penyelidikan biosains & bioteknologi 2017.  - .  4. 

rachel racha stephen & noor liyana sukiran.  (2017).  siri penyelidikan biosains dan bioteknologi 2017.  - .  4. 

zamri zainal, herryawan ryadi eziwar dyari, doris quay huai xia, nur hazlin hazrin chong, noor liyana sukiran, shazilah kamaruddin.  (2018).  siri penyelidikan biosains & bioteknologi 2018.  - .  323. 

mahanem mat noor, abdul munir abdul murad, herryawan ryadi eziwar dyari, noor liyana sukiran, nur hazlin hazrin chong & shazilah kamaruddin.  (2017).  siri penyelidikan biosains & bioteknologi 2017.  - .  565. 

zamri zainal, nazlina ibrahim, nurulhikma md isa, noor liyana sukiran, herryawan ryari eziwar dyari, izwan bharudin, nurul hanun ahmad raston, muhamad hafiz che othman.  (2023).  modul kursus tumbuhan transgenik dan teknik asas biologi molekul.  - .  1-139. 

norazreen binti abd aziz;noorfazila binti kamal;norhana binti arsad;sawal hamid bin md ali;noor liyana binti sukiran;muhamad ramdzan bin buyong.  (2023).  development of mems ultrasonic transducer for plant cell transformation applications.  - .  . 

zamri bin zainal;noor liyana binti sukiran;muhamad hafiz bin che othman;nurulhikma md isa;hamidun bin bunawan.  (2022).  genetic engineering of rice to enhance nitrogen use efficiency (nue).  - .  . 

noor liyana binti sukiran;zamri bin zainal;noraziyah abd aziz shamsudin;nurulhikma md isa.  (2021).  morpho-physiological and transcriptomic analyses of submergence-tolerant rice.  - .  . 

noor liyana binti sukiran;zamri bin zainal;babul airianah binti othman;nurulhikma md isa.  (2021).  understanding the role of auxin binding protein in root development during drought stress.  - .  .