pensyarah universiti
institut biologi sistem (inbiosis)
No. rasmi:
UKM : 03 8921 5555
Biografi/ Biography :
Dr. Ahmad Bazli Ramzi received his Bachelor and PhD degrees from University of Malaya (Malaysia) and Korea University (South Korea), respectively, with major in Biotechnology. He assumed post-doctoral fellow position and currently, works as a research fellow at the Institute of Systems Biology (INBIOSIS), Universiti Kebangsaan Malaysia (UKM), Malaysia. His present research aims at advancing metabolic engineering, systems and synthetic biology approaches using microbial platforms for bioproducts and biodiagnostics development. He is actively working with national and international institutions for promoting microbial synthetic biology research through various R&D platforms including as plenary and invited speaker at 12th Malaysia International Genetics Congress 2017 (MiGC12) and Symposium on Promoting Institutional Oversight to Address Biosecurity Threats from Emerging Technologies 2019. He is the principal investigator for several research projects awarded by UKM and national agencies including Yayasan Penyelidikan Antartika Sultan Mizan (YPASM) Fellowship and Ministry of Education (MOE) FRGS Scheme. Dr. Bazli has established international partnership with United Kingdom (UK) synthetic biology centres at University of Manchester (SYNBIOCHEM, UoM) and University of Nottingham (SBRC Nottingham, UoN) where his collaborative projects have received funding from UoN International Collaboration Fund and Global Doctoral Research Network (GOLDEN) Global Challenges Research Fund (GCRF) - PhD Studentship 2020 programmes.
tiew yik ting, yadong li, hamidun bunawan, ahmad bazli ramzi, hoe han goh. (2023). current advancements in systems and synthetic biology studies of saccharomyces cerevisiae. - journal of bioscience and bioengineering. 259-265.
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.
nurul hanun binti ahmad raston;abdul munir bin abd. murad;ahmad bazli bin ramzi. (2023). production of crispr-associated nuclease (cas)-specific aptamer for precise genome editing. - . .
ahmad bazli bin ramzi;nurul hanun binti ahmad raston. (2022). elucidating the effects of targeted gene disruption on cell growth of oil palm pathogen ganoderma boninense using crispr-based genome editing . - . .
ismanizan bin ismail;normah bt. mohd. noor;zamri bin zainal;roohaida binti othman;zeti azura binti mohamed hussein;maizom binti hassan;syarul nataqain binti baharum;goh hoe han;emelda rosseleena binti rohani;kamalrul azlan bin azizan;wan mohd aizat bin wa. (2022). integrated databases in plant systems biology for societal well being . - . .
tiew-yik ting, anis baharin, ahmad bazli ramzi, chyan-leong ng, hoe-han goh. (2022). neprosin belongs to a new family of glutamic peptidase based on in silico evidence. - plant physiology and biochemistry. 23-35.
mohamad hazwan fikri khairi, nor azlan nor muhammad, hamidun bunawan, abdul munir abdul murad, ahmad bazli ramzi. (2022). unveiling the core effector proteins of oil palm pathogen ganoderma boninense via pan-secretome analysis. - journal of fungi. 1-20.
darvien gunasekaran, noor idayu tahir, muhamad afiq akbar, syazwani basir, ismanizan ismail, noraini talip, ahmad bazli ramzi, syarul nataqain baharum, normah mohd noor, hamidun bunawan. (2021). discovery of anthocyanin biosynthetic pathway in cosmos caudatus kunth. using omics analysis. - agronomy. 1-23.
mohd faiz mat saad, aziz ramlee sau, muhamad afiq akbar, syarul nataqain baharum,ahmad bazli ramzi, noraini talip, hamidun bunawan. (2021). construction of infectious clones of begomoviruses: strategies, techniques and applications. - biology. 1-19.
rafidah ahmad, choon kiat lim, nurul fadhilah marzuki, yit-kheng goh, kamalrul azlan azizan, you keng goh, kah joo goh, ahmad bazli ramzi, syarul nataqain baharum. (2020). metabolic profile of scytalidium parasiticum - ganoderma boninense co-cultures revealed the alkaloids, flavonoids and fatty acids that contribute to anti-ganoderma activity. - molecules. 1-23.
tiew yik ting, yadong li, hamidun bunawan, ahmad bazli ramzi, hoe han goh. (2023). current advancements in systems and synthetic biology studies of saccharomyces cerevisiae. - journal of bioscience and bioengineering. 259-265.
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.
ahmad bazli ramzi, matthlessa matthew minggu, ummul syafiqah ruslan, mohamad hazwan fikri khairi, peer mohamed abdul. (2022). expression of furfural reductase improved furfural tolerance in antarctic bacterium pseudomonas extremaustralis. - sains malaysiana. 3163-3170.
mohd shakir mohamad yusop, zeti-azura mohamed-hussein, ahmad bazli ramzi, hamidun bunawan. (2022). cymbidium mosaic virus infecting orchids: what, how, and what next?. - iranian journal of biotechnology. 1-11.
fatin lyana azman shah, ahmad bazli ramzi, syarul nataqain baharum, normah mohd noor, hoe-han goh, thean chor leow, siti nurbaya oslan, suriana sabri. (2019). recent advancement of engineering microbial hosts for the biotechnological production of flavonoids. - molecular biology reports. 6647-6659.
tiew yik ting, yadong li, hamidun bunawan, ahmad bazli ramzi, hoe han goh. (2023). current advancements in systems and synthetic biology studies of saccharomyces cerevisiae. - journal of bioscience and bioengineering. 259-265.
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.
tiew-yik ting, anis baharin, ahmad bazli ramzi, chyan-leong ng, hoe-han goh. (2022). neprosin belongs to a new family of glutamic peptidase based on in silico evidence. - plant physiology and biochemistry. 23-35.
ahmad bazli ramzi, matthlessa matthew minggu, ummul syafiqah ruslan, mohamad hazwan fikri khairi, peer mohamed abdul. (2022). expression of furfural reductase improved furfural tolerance in antarctic bacterium pseudomonas extremaustralis. - sains malaysiana. 3163-3170.
mohamad hazwan fikri khairi, nor azlan nor muhammad, hamidun bunawan, abdul munir abdul murad, ahmad bazli ramzi. (2022). unveiling the core effector proteins of oil palm pathogen ganoderma boninense via pan-secretome analysis. - journal of fungi. 1-20.
ahmad bazli ramzi. (2021). microbial cell factories engineering for production of biomolecules. - . 490.
ahmad bazli ramzi. (2018). omics applications for systems biology - advances in experimental medicine and biology 1102. - . 14.
ahmad bazli ramzi. (2021). microbial cell factories engineering for production of biomolecules. - . 490.
ahmad bazli ramzi. (2018). omics applications for systems biology - advances in experimental medicine and biology 1102. - . 14.
nurul hanun binti ahmad raston;abdul munir bin abd. murad;ahmad bazli bin ramzi. (2023). production of crispr-associated nuclease (cas)-specific aptamer for precise genome editing. - . .
ahmad bazli ramzi. (2022). designing microbial chassis for bioengineering and biomanufacturing applications. - 4th afob malaysia chapter international symposium (afobmcis) 2022. 1-18.
ahmad bazli ramzi, nor azlan nor muhammad, syarul nataqain baharum. (2022). parts and chassis for omics-driven biofoundry. - symposium on synthetic biology and crispr technology (synbioct). 1-24.
ahmad bazli bin ramzi;nurul hanun binti ahmad raston. (2022). elucidating the effects of targeted gene disruption on cell growth of oil palm pathogen ganoderma boninense using crispr-based genome editing . - . .
ismanizan bin ismail;normah bt. mohd. noor;zamri bin zainal;roohaida binti othman;zeti azura binti mohamed hussein;maizom binti hassan;syarul nataqain binti baharum;goh hoe han;emelda rosseleena binti rohani;kamalrul azlan bin azizan;wan mohd aizat bin wa. (2022). integrated databases in plant systems biology for societal well being . - . .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| UNCOVERING METABOLITES WITH ANTIFUNGAL PROPERTIES FROM LOCALLY ISOLATED MICROORGANISMS AGAINST OIL PALM FUNGAL PATHOGENS. | fgv r&d sdn bhd | 34.7% (2022-10-01 sehingga 2024-09-30) |
| EXPRESSION OF AQUILARIA MALACCENSIS TERPENE SYNTHASES FOR ALPHA-TERPINEOL BIOSYNTHESIS IN ENGINEERED ESCHERICHIA COLI | oudh malizie resources | 95.4% (2020-08-01 sehingga 2023-07-31) |