DR. NURADILLA BINTI MOHAMAD FAUZI
Institute of Biological Sciences
Faculty of Science
dilfauzium.edu.my| View CV | |
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| Biography | |
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Dr. Nuradilla Mohamad Fauzi is a senior lecturer at the Institute of Biological Sciences, Faculty of Science, Universiti Malaya (UM). She holds a Bachelor’s degree in Biotechnology and a Ph.D. degree in Genetics, both from University of California, Davis, USA. She seeks to understand how organisms respond to stress and adapt to the environment by using techniques in molecular biology and biotechnology, towards the goal of conservation of ecosystems and agricultural sustainability. Her ongoing projects are clustered in two main areas: 1) stress and reproduction in small ruminant livestock (agriculture), and 2) coral reef restoration and ecology of marine organisms. Working together with other livestock biotechnology researchers in UM, she is investigating the effects of temperature-humidity stress in the tropics on the physiology and reproduction of sheep, as well as the population genetics of Barbados Blackbelly sheep in Peninsular Malaysia. Within the marine context, she investigated the relationship between light availability, photosynthetic performance and photosymbiont association in sea anemones off the coast of Johor, Malaysia. She is one of the principal investigators in Project PULIH (Protecting Underwater Life through Integrated reHabilitation), in which she is examining the relationship between molecular age and regeneration of hard corals for improving coral restoration success rates, and exploring the diversity of crustose coralline algae, an important foundational organism in coral reefs, in Malaysia through molecular tools. |
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| Project Title | Progress | Status |
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| Profiling The Genetic Diversity And Population Structure Of Barbados Blackbelly Sheep In Malaysia Via High-density Snp Genotyping |
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on going |
| Profiling Heat Stress Response In The Reproductive Characteristics And Spermatozoal Transcriptome Of Barbados Blackbelly Rams |
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| Investigating Molecular Age In Hard Corals (order: Scleractinia) And Its Impact On Coral Regeneration |
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| This information is generated from Research Grant Management System | ||
In situ photobiological response of Symbiodiniaceae to diurnal light variation in the tropical clownfish-associated anemone<i> (Radianthus</i><i> magnifica)</i> from Peninsular Malaysia
Molecular age: A factor to consider for within-colony transplant choice in active coral restoration?
Adaptability of Barbados Blackbelly rams towards elevated temperature-humidity index assessed through reproductive physiology and behaviour
Transcriptomic Evidence of Base and Nucleotide Excision Repair Mechanisms in Response to UV-B Radiation in an Arctic Fungus Pseudogymnoascus australis Strain HNDR4
Environmental stress response and gene regulation
