Biochemistry Project Topics

Ameliorating Role of N.p.k. Fertilizer on the Toxic Effects of Ni on (Sorghum) Root Antioxidant Enzymes

Ameliorating Role of N.p.k. Fertilizer on the Toxic Effects of Ni on (Sorghum) Root Antioxidant Enzymes


Ameliorating Role of N.p.k. Fertilizer on the Toxic Effects of Ni on (Sorghum) Root Antioxidant Enzymes

Content Structure of Ameliorating Role of N.p.k. Fertilizer on the Toxic Effects of Ni on (Sorghum) Root Antioxidant Enzymes

The abstract contains the research problem, the objectives, methodology, results, and recommendations

  • Chapter one of this thesis or project materials contains the background to the study, the research problem, the research questions, research objectives, research hypotheses, significance of the study, the scope of the study, organization of the study, and the operational definition of terms.
  • Chapter two contains relevant literature on the issue under investigation. The chapter is divided into five parts which are the conceptual review, theoretical review, empirical review, conceptual framework, and gaps in research
  • Chapter three contains the research design, study area, population, sample size and sampling technique, validity, reliability, source of data, operationalization of variables, research models, and data analysis method
  • Chapter four contains the data analysis and the discussion of the findings
  • Chapter five contains the summary of findings, conclusions, recommendations, contributions to knowledge, and recommendations for further studies.
  • References: The references are in APA
  • Questionnaire.

Table Of Contents Of Ameliorating Role of N.p.k. Fertilizer on the Toxic Effects of Ni on (Sorghum) Root Antioxidant Enzymes

Title Page                                                                       
Table of Contents                                                          



Introduction and Literature Review                        


    1. Literature Review                                                    
      1. Definition of heavy metals                                            
      2. Characteristics of Nickel                                         
      3. Nickel in the environment                                         
      4. Biological roles of nickel                                       
      5. Absorption of nickel by plant                                 
      6. Accumulation of Nickel in plants                            
      7. Nickel and photosynthesis                                     
      8. Effects of nickel on plant respiration                              
      9. Metabolic effects of nickel                                               
      10. Effects of nickel on enzyme activity                
      11. Mechanism of nickel toxicity                          
      12. Strategies of plant tolerance to nickel toxicity 
      13. Management of nickel toxicity                        
        1. Land management procedure                         
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1.2.14      The use of micro-organisms to mitigate nickel toxicity                                                            22

Scientific classification of Sorghum                    

Chemical Composition and Nutritive Value of

Sorghum                                                                  25
1.5   Classification of sorghum                                                28
1.6   Uses of Sorghum                                                     29
1.7   Germination / Growth Stages of Sorghum                       32
1.7.1  Growth Stages                                                               32
1.72 Nutrient Uptake                                                       36
1.8   Diseases of Grain Sorghum                                     37
1.9   Activities that induce Germination                          38
1.10 Metabolism of Germinating Seeds                           40
1.11 NPK (15-15-15) Fertilizer                                         41
1.11.1Catalase                                                                 44
1.12 History of Catalase                                                   45
1.12.1  Activities of Catalase                                            46
1.12.2 Molecular mechanism of catalase action                      47
1.13 Superoxide Dismatase                                             48
1.13.1Types of Superoxide Dismutase                             49
1.13.2 Physiological Importance of Superoxide Dismutase      51
1.13.3 Use of Superoxide Dismutase in Cosmetic            52
1.14 Peroxidase                                                               52
1.14.1 Isozymes of Glutathione Peroxidase                      53
1.15 Oxidative stress and reactive oxygen species           53
1.16 Objective of the Study                                              56


Materials and Method                                              55

 Materials                                                                  55
Contaminant                                                           55

      1. Fertilizer                                                                  55
      2. Quantity of soil used                                                        55
      3. Source of Soil                                                          55
      4. Source of Soybean seed used                                   56
      5. Instruments/Apparatus used                                  56
      6. Reagents used for the study                                     57
    1. Methods                                                                   59
      1. Preparation of Soil                                                   59
      2. Contamination of Soil                                              59
      3. Viability test of Seeds                                               59
      4. Experimental design                                                        59
      5. Biochemical analysis                                                       62
        1. Estimation of total protein                                   61
        2. Estimation of malondialdehyde level                   64
        3. Estimation of Superoxide Dismutase activity               66
        4. Estimation of Catalase activity                             68
        5. Estimation of peroxidase activity                         70

 Statistical Analysis                                                        72



Results                                                                    73

Soil Analysis                                                            78


Discussion and Conclusion                                     79

Bibliography                                                                    83
Appendix One: Reagents Preparation                                       97

Appendix Two:  Statistics



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