dr. muhammad redha bin abdullah zawawi

pensyarah universiti

institut biologi molekul perubatan ukm (umbi)

 mraz@ukm.edu.my

No. Telefon Rasmi :  9058

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :


  • 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. 

     

    muhammad redha abdullah zawawi, nisha govender, nor azlan nor muhammad, norfarhan mohd assaad, zamri zainal, zeti azura mohamed hussein.  (2022).  genome wide analysis of sulfur encoding biosynthetic genes in rice oryza sativa with arabidopsis as the sulfur dependent model plant.  - scientific reports.  1-15. 

     

    muhammad redha abdullah zawawi.  (2022).  drug discovery via chemical fingerprint and similarity analysis.  - 1. 

     

    muhammad redha abdullah zawawi, lay wen tan, zuraida ab rahman, ismanizan ismail, zamri zainal.  (2022).  an integration of transcriptomic data and modular gene co-expression network analysis uncovers drought overexpressing osabp57.  - agronomy.  1-22. 

     

    muhammad-redha abdullah-zawawi, nisha govender, mohammad bozlul karim, md. altaf-ul-amin, shigehiko kanaya, zeti-azura mohamed-hussein.  (2022).  chemoinformatics-driven classification of angiosperms using sulfur-containing compounds and machine learning algorithm.  - bmc plant methods.  1-14. 

     

    muhammad redha abdullah zawawi, nisha govender, nor azlan nor muhammad, norfarhan mohd assaad, zamri zainal, zeti azura mohamed hussein.  (2022).  genome wide analysis of sulfur encoding biosynthetic genes in rice oryza sativa with arabidopsis as the sulfur dependent model plant.  - scientific reports.  1-15. 

     

    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. 

     

    muhammad redha abdullah zawawi, lay wen tan, zuraida ab rahman, ismanizan ismail, zamri zainal.  (2022).  an integration of transcriptomic data and modular gene co-expression network analysis uncovers drought overexpressing osabp57.  - agronomy.  1-22. 

     

    muhammad-redha abdullah-zawawi, nisha govender, mohammad bozlul karim, md. altaf-ul-amin, shigehiko kanaya, zeti-azura mohamed-hussein.  (2022).  chemoinformatics-driven classification of angiosperms using sulfur-containing compounds and machine learning algorithm.  - bmc plant methods.  1-14. 

     

    muhammad redha abdullah zawawi, nisha govender, sarahani harun, nor azlan nor muhammad, zamri zainal, zeti azura mohamed hussein.  (2022).  multi omics approaches and resources for systems level gene function prediction in the plant kingdom.  - plants.  1-26. 

     

    muhammad redha abdullah zawawi, nisha govender, nor azlan nor muhammad, norfarhan mohd assaad, zamri zainal, zeti azura mohamed hussein.  (2022).  genome wide analysis of sulfur encoding biosynthetic genes in rice oryza sativa with arabidopsis as the sulfur dependent model plant.  - scientific reports.  1-15. 

     

    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. 

     

    muhammad redha abdullah zawawi, lay wen tan, zuraida ab rahman, ismanizan ismail, zamri zainal.  (2022).  an integration of transcriptomic data and modular gene co-expression network analysis uncovers drought overexpressing osabp57.  - agronomy.  1-22. 

     

    muhammad-redha abdullah-zawawi, nisha govender, mohammad bozlul karim, md. altaf-ul-amin, shigehiko kanaya, zeti-azura mohamed-hussein.  (2022).  chemoinformatics-driven classification of angiosperms using sulfur-containing compounds and machine learning algorithm.  - bmc plant methods.  1-14. 

     

    muhammad redha abdullah zawawi, nisha govender, sarahani harun, nor azlan nor muhammad, zamri zainal, zeti azura mohamed hussein.  (2022).  multi omics approaches and resources for systems level gene function prediction in the plant kingdom.  - plants.  1-26. 

     

    muhammad redha abdullah zawawi.  (2022).  drug discovery via chemical fingerprint and similarity analysis.  - 1.