M.Sc. Supervision (Mix-mode)
No |
Name |
Projects |
1. |
Nurul Asma Hasliza Zulkifly (2008) |
Monochloroacetic acid degradation by locally isolated presumptive Bacillus sp. TW1. |
2. |
Azzmer Azzar Abd Hamid (2009) |
The identification of bacteria capable of degrading halogenated compound using 16S rRNA gene analysis. |
3. |
Yilmaz Kaya (2010) |
Plant tissue culture of Nicotiana tabacum. |
4. |
Mohamed Faraj Abdulgader (2010)
|
Identification of dehalogenase producing bacteria isolated from UTM Agricultural and seaside contaminated area of the Philippine based on small subunit ribosomal RNA gene sequence. |
5. |
Safoora Amini (2011) |
The identification of bacterium capable of degrading halogenated compound using 16S rRNA gene analysis. |
6. |
Karwan Talaat Mohammed (2011) |
The effects of plant growth regulators and herbicide Dalapon on Nicotiana tabacum. |
7. |
Mahdieh Nemati (2012)
|
Analysis 16S rRNA gene and putative cof like hydrolase in bacterial growth on 22DCP isolated from the marine environment. |
8. |
Anmar A. Mohammed S. Alrawas (2012) |
Characterisation and Identification of bacteria capable of degrading chloroacetic acids. |
9. |
Mohamed Orsod Ahmed (2012) |
Characterisation of marine bacteria isolated from Asian Seabass that can produce bioactive compounds. |
10. |
Bashir Sajo Mienda (2012) |
Characterisation of Bacillus cereus BM1 with protease activity. |
11. |
Javad Hamzehalipour Almaki (2012) |
Identification of bacterial species capable of degrading h22DCP isolated from contaminated agricultural soil in UTM. |
12. |
Mohsen Sohrabi (2012) |
Isolation and identification of DBT (dibenzo thiophene) desulphurizing bacteria. |
13. |
Elham Khosrowabadi (2012)
|
Isolation and identification of bacteria from marine sediment core that grown on halogenated compound base on 16S rRNA method. |
14. |
Duha Yousef O. Alomar (2012)
|
Isolation and molecular identification of haloacetate bacteria that able to degrade monochloroacetic acid (Monochloroacetate). |
15. |
Sepideh Parvizpour (2012) |
Isolation and identification of 3CP degrading fungi. |
16. |
Yaseen Khasman Hussein (2012) |
Identification of thermo-tolerant bacteria from hot-spring that can degrade halogenated compounds. |
17. |
Mugambwa Joseph (2012) |
Characteristion of chloroaliphatic compounds-degrading bacteria isolated from soil of palm oil plantation. |
18. |
Saeedeh Bagherbaigi (2012) |
Moleular analysis of dehalogenase gene from selected bacterial samples from soil. |
19. |
Nastaran Rizan (2013) |
Screen a dehalogenase gene using isolated bacterium from sea-shore soil of Caspian Sea. |
20. |
Shadi Pourmehdi (2013) |
Screen a novel dehalogenase gene from consortium culture from sea lagoon soil. |
21. |
Mona Kiminezhadmalaie (2013) |
Isolation of dehalogenase producing bacteria from marine environment that can degrade 2,2 dichloropropionic acid. |
22. |
Mahshid Heidarrezaei (2013) |
Degradation of trichloroacetic acid (TCA) by bacteria isolated from marine environment. |
MSc Research
No |
Name |
Projects |
1. |
Ng Hong Jing (2007) |
Isolation of local bacterial capable of degrading halogenated compounds and analysis of putative haloacid permease gene. |
2. |
Aishah Mohd. Taha (2007) |
Tissue culture and biolistic-mediated transformation of Impatiens balsamina. |
3. |
Faridah Suratman (2009) |
The study of regeneration and transformation of Watermelon (Citrulus lanatus). |
4. |
Kavitah A/P Ganasan (2009) |
Invitro regeneration and Agrobacterium tumefaciens- mediated transformation of Citrullus lanatus. |
5. |
Praveena A/P Charter Kutty (2009) |
Agrobacterium tumefaciens Mediated Genetic Transformation of Nicotiana tabacum. |
6. |
Damia Diyana Roslan (2012) |
Identification of microorganisms that capable of degrading halogenated compound using molecular analysis and its basic properties. |
7. |
Wong Wen Yong (2012) |
Isolation and characterization of 22DCP degrading bacteria. |
|
Stasha Eleanor Rosland Abel (2012) |
Identification of bacterial species that can grow on selected halogenated compound. |
8. |
Shanmugaprakasham S/O Selvamani (In progress) |
Fungal degradation of 3-chloropropionic acid (3CP) |