Master students

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)