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PROFESSIONAL STATUS AND COMMITMENT OF LABORATORY TECHNOLOGIST
CHAPTER ONE
INTRODUCTION
BACKGROUND TO THE STUDY
The technical profession of science and laboratory technology is a skill-based competence that is vital to the national economy and technology growth (URT, 2000). Technicians in science have an essential role to play in current and future scientific disciplines. Technicians’ practical skills, experiences and knowledge are basic needs in science, as these are more detailed than for common researchers and science teachers. Like any other country, in Tanzania there is a general requirement throughout the country for skill-based competence in scientific areas such as academics & research institutions, manufacturing & processing industries, and government agency laboratories. The availability of skilled and competent personnel is crucial in meeting URT’s 2025 vision, Five Year Development Plan (FYDP) and the Big Results Now (BRN) strategies.
The Technical Education and Training Policy (1996) established three main purposes for technical secondary schools to ensure that (a) an appropriate and cost effective vocational education is introduced to replace the diversified course package, (b) teaching of science and technology is strengthened in technical secondary schools and (c) training standards are prepared for different fields of vocational education to be taught in current technical secondary schools. However, recently, most technical secondary schools and colleges have been transformed into non-technical schools, universities or university colleges.
Experimental Laboratory technology is one of the most recently included subject content of the curriculum Laboratory technology it inclusion, Laboratory technology has continued to occupy its separate place and some time, it is often neglected in some schools even where the various branches of Laboratory technology are taught they are done without regard for the basic requirement needed in spite of the effort made during the present decade by the federal and state government of Nigeria to give Laboratory technology subject their role in education note much has been achieved in some selected schools in Shagamu Local Government Areaof Lagos state the effect of the deficiency in teaching Laboratory technology in schools are particularly evident in developing countries such as Nigeria
STATEMENT OF PROBLEM
To which extent has the number of students per class in Nigeria which is too unwieldy affect the effective teaching of Laboratory technology
In what way does in adequate use of specimens material and diagrams makes ineffective the teaching of Laboratory technology
Could lack of improvised teaching and by teacher cause ineffective teaching which lead to the students poor performance in Laboratory technology
Can bad attitude of teachers towards work affect the effective teaching of Laboratory technology
Could lack of practical work causes ineffective teaching of Laboratory technology
RESEARCH QUESTION
How does lack of laboratories and lack of instructional material affect the effective teaching of Laboratory technology?
How does pupil’s attitude towards the subject (Laboratory technology) affect their performance in the teaching of Laboratory technology?
Does teacher’s professional status and commitment also affect students performance in effective teaching of Laboratory technology/
How teacher dose’s teaching methods in Laboratory technology affects pupil’s performance ineffective teaching of Laboratory technology?
HYPOTHESIS
The ineffective teaching of Laboratory technology schools is brought by several factors the researcher has it in mind that the factors listed below could be responsible for it
Lack of laborites and lack of instructional materials
Students attitude towards the subject (Laboratory technology) affects their performance
Teacher’s professional status and commitment also affect the students performance in Laboratory technology
Teacher’s teaching method in Laboratory technology affect students performance
With answers to the above, the researcher has it in mind that there is going to be a total change in the teaching of Laboratory technology
PURPOSE OF STUDY
The purpose of this study is to find out the problem militating against the teaching of Laboratory technology the schools
SIGNIFICANCE OF STUDY
The teaching of Laboratory technology has not been as effective as it output to be is easily of students in schools it is therefore necessary to diagnose the various factors responsible for this unheeding state of affairs and proper means by which the anomalies could be arrested
The importance of Laboratory technology in the life of man need to be over emphasized therefore if the subject is note effectively taught, the rudiment that are necessary for development of the basic concept of Laboratory technology would be lacking at the secondary schools level and this could permeate the other state of the nation’s educational level it is believed that the importance of Laboratory technology is well under stood and all the factors responsible for it’s unhealthy development are quickly nipped on the bud it would be possible to build a Laboratory technology culture oriented society which will augur well for the healthy development of the nation
SCOPE AND DELIMITION OF STUDY
The study will be restricted to Shagamu Local Government Areain Benin City Lagos state a large number of primary school is located there hence Shagamu Local Government Areawill serve as the centre of the study this will enable one to know the factor militating against effective teaching of Laboratory technology
Selected secondary schools in Shagamu Local Government Areaare to be used for the study
The selected schools are:
Ugbowo primaryu school
Ediaken primary school
Olua primary school
Use primary school
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]]>BEFORE YOU READ THE ABSTRACT OR CHAPTER ONE OF THE PROJECT TOPICS BELOW, PLEASE READ THE INFORMATION BELOW.THANK YOU!
INFORMATION:
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SERUM ELECTROLYTES/UREA/CREATININE IN PREGNANT WOMEN WITH MALARIA PARASITES
CHAPTER ONE
INTRODUCTION
Child labor is an important global issue associated with poverty, inadequate educational opportunities, gender inequality, and a range of health risks.1 Child labor is defined by the relevant international conventions (UNICEF’s Convention on the Rights of the Child,2 International Labor Organization [ILO] Convention 138,3 and especially, 1824) not by the activities performed by the child, but by the consequences of such activities (exceptions are the so-called unconditional worst forms of child labor such as prostitution and bondage, as noted in ILO Convention 182). For instance, work affecting a child’s health and schooling should, according to these conventions, be eliminated.5 Identifying the health effects of child labor is essential because it enables policymakers to decide which types of child labor to target for eradication.
The ILO estimates that there are approximately 250 million child laborers worldwide, with at least 120 million of them working under circumstances that have denied them a childhood and in conditions that jeopardize their health and even their lives. Most working children are ages 11 to 14 years old, but as many as 60 million are between the ages of 5 and 11.6 Although the exact numbers are not known, available statistics indicate that approximately 96% of child workers reside in developing countries in Africa, Asia, and Latin America; there are also pockets of child labor in many industrialized countries.5,7,8 In spite of a reported decline in child labor during the period 1995 to 2000,9 child labor remains a major concern.
Most child laborers begin working at a very young age, are malnourished, and work long hours in hazardous occupations; frequently they do not attend school. They receive very low wages or are unpaid, and their income or help is usually essential for family survival. They are mainly employed in the informal sector, with agriculture accounting for more children workers than any other sector. It is estimated that, in developing countries, at least 90% of economically active children in rural areas are employed in agriculture.10 Recent ILO statistics from 20 developing countries categorized the proportion of economically active children aged 5 to 14 years as employed in agriculture, animal husbandry, and related work at 74% (73.3% of boys and 78.8% of girls).11
Short term, the most obvious economic impact of child labor at the family level is an increase in household income. Long term, the underaccumulation of human capital caused by low school attendance and poor health is a serious negative consequence of child labor, representing a missed opportunity to enhance the productivity and future earnings capacity of the next generation.12 Child laborers grow up to be low-wage–earning adults; as a result, their offspring will also be compelled to work to supplement the family’s income. In this way, poverty and child labor is passed from generation to generation.13,14
Although child labor is recognized as a global health problem, research on its health impact on children has been limited and sometimes inconsistent. In 1998, Graitcer and Lerer published the first comprehensive review of the effect of child labor on children’s health by extrapolating data from the Global Burden of Disease Study.15 The occupational mortality rate among children matched the adult occupational mortality rate, such that the occupational mortality rate indicates mortality associated with child labor. In another study, in 2000, Graitcer and Lerer did not find any differences in the health status of working and nonworking Egyptian children in the short run (the children were not followed to adulthood).16 A 2003 report on children’s work in Morocco,17 Yemen,18 and Guatemala,19 and a review developed under the aegis of Understanding Children’s Work Project20 provide an overview of the nature and extent of child labor, its determinants, and its consequences for the health and education of children in these countries. Several case–control and cohort studies have reported on the association of child labor, impaired growth, and malnutrition.21–26
Urban centres which have degenerated from centres of excellence to centres of squalor which are further characterized by inadequate social services, deplorable living conditions, high risk of disease outbreak, deprived land use planning, exposure to violence and other social vices.
Studies have shown that there has been an annual incremental formation of slums in Nigerian cities [1,2] Rivers State plays a major role because of its strategic economic importance to the country as the hydrocarbon hub and a centre of attraction for all and sundry. Slums formation in Nigeria are wrought with hasty urbanization, poverty, substandard urban housing stock, near non-existence of enforcement of urban development guidelines by city management authorities, lack of proper housing stock and maintenance. [3] asserts that slums have been theorized as collection of structures or an area encumbered by overcrowding, deterioration, unhygienic surroundings, absence of basic and essential facilities like potable water, standard educational and health facilities, drainage system, leisure centres, post office, markets and the like.
However, one sure way of coming out of this quagmire biased on town planning orientation is the application of the appropriate development control tools by the relevant authorities, especially the local planning authorities. These planning authorities when established will be saddled with the responsibility of enhancing the quality of the environment, improve the conditions of the housing stock, encourage ordered development and improve liveability within the cityscape. Notwithstanding the strategic importance of the application of these development control measures in the balancing of the physical environment, there exist other factors encumbering the effectiveness of this notion and thus made the entire process a mirage and a mismatch to the capacity of development control process to city growth management.
There may have been previous researches in this subject. This work gives further explanations and analysis in awareness of professions in business education among secondary schools
H0: There is no relationship between students’ orientation levels and their choice of profession in business education
H1: There is a relationship between students’ orientation levels and their choice of profession in business education
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BANK ACCOUNTS
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OR
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Account Number: 3139283609
Bank: FIRST BANK
FOR MORE INFORMATION, CALL:
08068231953 or 08168759420
]]>ATTENTION:
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PHD TOPICS AND RESEARCH IDEAS IN NUCLEAR MEDICINE TECHNOLOGY
1. Advanced Radiolabeling Techniques for PET Imaging Agents
2. Integrating Artificial Intelligence in Quantitative SPECT Imaging
3. Optimization of Theranostic Approaches in Nuclear Medicine
4. Biodistribution and Dosimetry Studies of Novel Radiopharmaceuticals
5. Innovations in Imaging Beta-Emitting Radionuclides for Cancer Therapy
6. Machine Learning Applications in Automated Lesion Segmentation on PET/CT Images
7. Development of Compact High-Resolution SPECT Systems for Small Animal Imaging
8. Radiomics Analysis in Predicting Response to Radionuclide Therapy
9. Improving the Spatial Resolution of Clinical SPECT Systems
10. Investigating New Radiopharmaceuticals for Imaging Cardiac Amyloidosis
11. Integration of Radiomics in Predicting Outcomes of Radionuclide Therapy in Neuroendocrine Tumors
12. Advanced Imaging Techniques for Theranostic Applications in Pediatric Oncology
13. Innovative Strategies for Enhancing Radiopharmaceutical Targeting Efficiency
14. Exploring the Role of Radiomics in Personalized Treatment Planning in Nuclear Medicine
15. Development of Portable Hybrid Imaging Devices for Point-of-Care Applications
16. Radiolabeled Nanoparticles for Targeted Imaging and Therapy of Multifocal Tumors
17. Optimizing Dosimetry in Alpha Particle Therapy for Solid Tumors
18. Application of Machine Learning in Predicting Therapeutic Response in Radionuclide Therapy
19. Advancements in Image Reconstruction Algorithms for PET Imaging
20. Investigating Radiolabeled Peptides for Imaging and Therapy in Breast Cancer
21. Dosimetry Optimization in Radioimmunotherapy for Hematological Malignancies
22. Advanced Statistical Methods for Quantitative Analysis of Dynamic PET Studies
23. Radiolabeled Nanobodies for Imaging and Therapy of Inflammatory Diseases
24. Integration of Radiomics in Predicting Treatment Response in 90Y-Radioembolization
25. Development of Theranostic Approaches for Imaging and Treating Brain Tumors
26. Enhancing Image Quality in SPECT/CT Imaging for Musculoskeletal Disorders
27. Radiolabeled Peptides for Targeting Metastatic Lesions in Prostate Cancer
28. Investigating the Theranostic Potential of Radiolabeled Nanoparticles in Lung Cancer
29. Role of Machine Learning in Personalized Dosimetry for Radionuclide Therapy
30. Optimization of 68Ga-Labeled Radiotracers for Neuroendocrine Tumor Imaging
31. Radiolabeled Antibodies for Imaging and Therapy in Gastrointestinal Cancers
32. Integration of Artificial Intelligence in Automated Quality Control in Nuclear Medicine Imaging
33. Dosimetry Considerations in 177Lu-DOTATOC Therapy for Gastroenteropancreatic Neuroendocrine Tumors
34. Investigating the Impact of Radiomics in Predicting Recurrence in Lymphoma Patients
35. Development of Novel Radiolabeled Peptides for Targeting Angiogenesis
36. Machine Learning Applications in Automated Diagnosis of Infectious Diseases using Nuclear Medicine Imaging
37. Radiogenomics Analysis in Predicting Treatment Response in Radionuclide Therapy for Colorectal Cancer
38. Optimization of Imaging Protocols for Therapeutic Response Assessment in Radioembolization
39. Exploring the Theranostic Potential of Radiolabeled Peptides in Pancreatic Cancer
40. Innovations in SPECT Imaging for Small Lesion Detection in Musculoskeletal Disorders
41. Application of Radiomics in Predicting Survival Outcomes in Patients undergoing Radionuclide Therapy
42. Dosimetry Optimization for 131I Radioiodine Therapy in Differentiated Thyroid Cancer
43. Investigating 68Ga-Labeled PSMA Inhibitors for Imaging and Therapy in Prostate Cancer
44. Development of Compact Hybrid Imaging Systems for Intraoperative Guidance in Cancer Surgery
45. Machine Learning Algorithms for Predicting Therapeutic Response in 177Lu-DOTATATE Therapy
46. Radiomics Analysis in Predicting Treatment Response in Radionuclide Therapy for Ovarian Cancer
47. Optimization of Radiopharmaceuticals for Theranostic Applications in Pediatric Neuroblastoma
48. Investigating the Theranostic Potential of Radiolabeled Nanoparticles in Liver Cancer
49. Dosimetry Considerations in 90Y-Radioembolization for Hepatocellular Carcinoma
50. Advanced Computational Models for Real-Time Image Reconstruction in Nuclear Medicine
51. Radiomics Analysis in Predicting Treatment Response in Radionuclide Therapy for Prostate Cancer
52. Optimization of Imaging Protocols for Therapeutic Response Assessment in Peptide Receptor Radionuclide Therapy (PRRT)
53. Integration of Machine Learning in Automated Detection of Therapeutic Side Effects in Nuclear Medicine Imaging
54. Investigating the Theranostic Potential of Radiolabeled Nanobodies in Breast Cancer
55. Dosimetry Optimization for 177Lu-PSMA Therapy in Advanced Prostate Cancer
56. Machine Learning Applications in Predicting Treatment Response in 131I Radioiodine Therapy
57. Radiogenomics Analysis in Predicting Treatment Response in Radionuclide Therapy for Pancreatic Cancer
58. Exploring the Theranostic Potential of Radiolabeled Nanoparticles in Ovarian Cancer
59. Optimization of Imaging Protocols for Therapeutic Response Assessment in Alpha Particle Therapy
60. Dosimetry Considerations in 131I-MIBG Therapy for Neuroblastoma
61. Development of Compact Hybrid Imaging Systems for Breast Cancer Detection
62. Machine Learning Algorithms for Predicting Therapeutic Response in 90Y-Radioembolization
63. Radiomics Analysis in Predicting Treatment Response in Radionuclide Therapy for Lung Cancer
64. Optimization of Imaging Protocols for Therapeutic Response Assessment in Neuroendocrine Tumors
65. Integration of Artificial Intelligence in Automated Detection of Therapeutic Response in Nuclear Medicine Imaging
66. Investigating the Theranostic Potential of Radiolabeled Nanoparticles in Pancreatic Cancer
67. Dosimetry Optimization for 177Lu-PSMA Therapy in Advanced Prostate Cancer
68. Machine Learning Applications in Predicting Treatment Response in 131I Radioiodine Therapy
69. Radiogenomics Analysis in Predicting Treatment Response in Radionuclide Therapy for Pancreatic Cancer
70. Exploring the Theranostic Potential of Radiolabeled Nanoparticles in Ovarian Cancer
71. Optimization of Imaging Protocols for Therapeutic Response Assessment in Alpha Particle Therapy
72. Dosimetry Considerations in 131I-MIBG Therapy for Neuroblastoma
73. Development of Compact Hybrid Imaging Systems for Breast Cancer Detection
74. Machine Learning Algorithms for Predicting Therapeutic Response in 90Y-Radioembolization
]]>ATTENTION:
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PhD thesis topics in Preventive and Social Medicine
1. The Impact of Health Education Interventions on Preventive Practices in Rural Communities.
2. Community Engagement Strategies for Enhancing Preventive Healthcare in Urban Settings.
3. Evaluating the Effectiveness of Population-wide Vaccination Campaigns in Disease Prevention.
4. Social Determinants of Preventive Healthcare Utilization: A Comparative Study.
5. The Role of Gender in Health-Seeking Behavior and Preventive Practices.
6. Integrating Traditional Medicine into Modern Preventive Healthcare Programs.
7. Exploring the Influence of Socioeconomic Status on Maternal and Child Health Outcomes.
8. The Effectiveness of Workplace Wellness Programs in Promoting Preventive Health Measures.
9. Assessing the Impact of Climate Change on Preventive Healthcare Strategies.
10. Community-Based Strategies for Preventing Non-Communicable Diseases in Developing Countries.
11. The Role of Social Networks in Shaping Health Behaviors and Preventive Practices.
12. Evaluating the Effectiveness of School-based Health Education in Promoting Preventive Measures.
13. Impact of Telemedicine on Access to Preventive Healthcare in Underserved Areas.
14. Exploring the Contribution of Environmental Policies to Preventive Health Outcomes.
15. Cultural Practices and their Influence on Preventive Healthcare in Specific Communities.
16. The Role of Primary Care Physicians in Promoting Preventive Health Practices.
17. Effectiveness of Mobile Health Applications in Facilitating Preventive Healthcare Behaviors.
18. Preventive Measures in Occupational Health: A Comparative Analysis of Industries.
19. The Impact of Family Planning Programs on Maternal and Child Health.
20. Integrating Mental Health Promotion into Preventive Healthcare Strategies.
21. Exploring the Role of Faith-Based Organizations in Promoting Preventive Healthcare.
22. Assessing the Knowledge and Practice of Preventive Measures during Epidemics.
23. Effectiveness of Nutrition Education in Preventing Childhood Obesity.
24. Community Surveillance Systems for Early Detection and Prevention of Disease Outbreaks.
25. Investigating the Relationship Between Early Childhood Education and Preventive Health.
26. The Role of Digital Health Platforms in Facilitating Preventive Healthcare Access.
27. Evaluating the Impact of Social Media Campaigns on Public Health Behaviors.
28. Exploring the Influence of Health Policies on Preventive Healthcare Practices.
29. The Effectiveness of Smoking Cessation Programs in Preventing Tobacco-related Diseases.
30. Assessing the Impact of Immunization Programs on Disease Prevention.
31. Integrating Mental Health Screening in Preventive Healthcare Initiatives.
32. The Role of Healthcare Professionals in Shaping Preventive Health Policies.
33. Effectiveness of Community Pharmacies in Promoting Preventive Healthcare Services.
34. Investigating the Link Between Preventive Measures and Healthy Aging.
35. Community-based Strategies for Preventing Substance Abuse and Addiction.
36. The Impact of Educational Interventions on Preventing Sexually Transmitted Infections.
37. Integrating Preventive Measures in Disaster Preparedness Programs.
38. Exploring the Role of Telepsychiatry in Preventing Mental Health Crises.
39. Assessing the Knowledge and Practice of Preventive Dental Care.
40. The Influence of Workplace Policies on Preventive Health Behaviors.
41. Effectiveness of Peer-led Interventions in Promoting Safe Sexual Practices.
42. Preventive Measures in the Context of Global Health Security.
43. Investigating the Role of Social Support in Shaping Preventive Health Outcomes.
44. Community Gardening Initiatives and their Impact on Healthy Eating Practices.
45. The Effectiveness of Extracurricular Activities in Promoting Preventive Health.
46. Preventive Measures in Disaster Management: Lessons from Recent Events.
47. Evaluating the Impact of Tele-Rehabilitation in Preventing Physical Disabilities.
48. The Role of Healthcare Systems in Shaping Preventive Healthcare Policies.
49. Effectiveness of Workplace Stress Management Programs in Preventing Burnout.
50. Investigating the Influence of Urban Planning on Physical Activity and Health.
51. Assessing the Impact of Public Health Policies on Preventive Measures in Schools.
52. The Role of Tele-dentistry in Preventing Oral Health Issues.
53. Effectiveness of Community Health Fairs in Promoting Preventive Healthcare Awareness.
54. Integrating Preventive Measures in Occupational Safety Programs.
55. Investigating the Relationship Between Preventive Measures and Healthy Sleep Habits.
56. Community-based Initiatives for Preventing Vector-Borne Diseases.
57. The Role of Technology in Enhancing Preventive Measures for Cardiovascular Diseases.
58. Effectiveness of Community-based Programs in Preventing Youth Violence.
59. Assessing the Impact of Gamified Health Apps on Preventive Health Behaviors.
60. The Influence of Cultural Competency in Preventive Healthcare Delivery.
61. Integrating Preventive Measures in Public Health Emergency Preparedness.
62. The Role of Social Capital in Shaping Preventive Health Promotion.
63. Effectiveness of School-based Anti-bullying Programs in Preventing Mental Health Issues.
64. Investigating the Link Between Preventive Measures and Healthy Nutrition.
65. The Impact of Community-based Fitness Programs on Overall Health.
66. Assessing the Effectiveness of Mindfulness-based Interventions in Stress Prevention.
67. Integrating Preventive Measures in Health Policies for Aging Populations.
68. The Role of Mobile Health Apps in Promoting Preventive Measures during Travel.
69. Evaluating the Impact of Workplace Health Promotion Initiatives on Employee Well-being.
70. Effectiveness of Community-based Interventions in Preventing Domestic Violence.
71. Investigating the Relationship Between Preventive Measures and Mental Health Outcomes.
72. The Role of Mobile Health Apps in Promoting Preventive Measures for Travel Health.
73. Assessing the Impact of Environmental Policies on Preventive Health Practices.
74. Integrating Preventive Measures in Primary Care Services for Chronic Diseases.
75. The Influence of Gender-responsive Policies on Preventive Healthcare Utilization.
76. Effectiveness of School-based Nutrition Programs in Preventing Childhood Malnutrition.
77. Investigating the Relationship Between Preventive Measures and Adolescent Health.
78. Community-based Strategies for Preventing Antibiotic Misuse.
79. The Role of Social Networks in Shaping Preventive Measures for Respiratory Health.
80. Assessing the Impact of Technology on Preventive Health Practices among Older Adults.
81. Integrating Preventive Measures in School Health Education Programs.
82. Effectiveness of Community-based Initiatives in Preventing Occupational Health Hazards.
83. Investigating the Link Between Preventive Measures and Healthy Aging in Elderly Populations.
84. The Role of Technology in Enhancing Preventive Measures for Vector-borne Diseases.
85. Evaluating the Impact of Workplace Health Screenings on Preventive Health Behaviors.
86. Assessing the Effectiveness of Health Literacy Programs in Promoting Preventive Measures.
87. Integrating Preventive Measures in Health Policies for Migrant Populations.
]]>ATTENTION:
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RESEARCH TOPICS IN CLINICAL TROPICAL MEDICINE
1. Epidemiological trends and risk factors for malaria in a tropical region.
2. The impact of climate change on the prevalence of vector-borne diseases in tropical areas.
3. Diagnosis and management of dengue fever in a tropical clinical setting.
4. Evaluation of emerging arboviral infections in tropical regions.
5. The role of mobile health technologies in improving tropical disease surveillance.
6. Clinical manifestations and management of leishmaniasis in tropical populations.
7. Impact of social determinants on the incidence and outcomes of tropical diseases.
8. Epidemiology and clinical features of Chikungunya virus infection in tropical areas.
9. Diagnosis and treatment challenges of visceral leishmaniasis in resource-limited settings.
10. Effectiveness of community-based interventions in preventing tropical diseases.
11. Clinical aspects and management of lymphatic filariasis in tropical populations.
12. Assessment of the burden of helminthic infections in tropical regions.
13. Evaluation of diagnostic tools for early detection of schistosomiasis in tropical settings.
14. Socioeconomic factors influencing access to healthcare for tropical diseases.
15. Clinical outcomes and treatment strategies for typhoid fever in tropical regions.
16. Emerging challenges in the diagnosis and management of Zika virus infection.
17. Impact of vector control strategies on the prevalence of dengue fever.
18. Clinical and epidemiological aspects of Chagas disease in tropical populations.
19. Surveillance and control of neglected tropical diseases in vulnerable populations.
20. Evaluation of the effectiveness of antimalarial drugs in tropical regions.
21. Clinical manifestations and complications of severe acute respiratory syndrome in tropical climates.
22. Epidemiology and clinical presentation of yellow fever in tropical areas.
23. Impact of climate variability on the distribution of tropical diseases.
24. Diagnostic challenges and advancements in the detection of tropical parasitic infections.
25. Clinical management and outcomes of melioidosis in tropical regions.
26. Evaluation of antimicrobial resistance patterns in tropical bacterial infections.
27. Epidemiological trends of viral hemorrhagic fevers in tropical countries.
28. Challenges in the diagnosis and management of Ebola virus disease in tropical settings.
29. Evaluation of the impact of water, sanitation, and hygiene interventions on tropical diseases.
30. Clinical features and outcomes of Mycobacterium ulcerans infection in tropical populations.
31. Vector biology and control strategies for controlling tropical diseases.
32. Epidemiology and clinical aspects of Japanese encephalitis in tropical regions.
33. Diagnostic accuracy of rapid tests for tropical diseases in field conditions.
34. Impact of urbanization on the transmission dynamics of tropical infections.
35. Clinical manifestations and treatment outcomes of brucellosis in tropical areas.
36. Assessment of public awareness and perceptions of tropical diseases.
37. Epidemiological patterns and risk factors for soil-transmitted helminth infections in tropical climates.
38. Challenges in the control and elimination of onchocerciasis in tropical regions.
39. Clinical management and outcomes of severe malaria in pediatric populations.
40. Evaluation of the impact of vector resistance on malaria control programs.
41. Epidemiological trends and clinical characteristics of Buruli ulcer in tropical settings.
42. Surveillance and control strategies for leprosy in tropical regions.
43. Impact of globalization on the spread of tropical infectious diseases.
44. Clinical manifestations and management of snakebite envenomation in tropical populations.
45. Diagnostic challenges and advancements in the detection of tropical viral infections.
46. Epidemiology and clinical presentation of rickettsial diseases in tropical areas.
47. Assessment of healthcare-seeking behavior for tropical diseases in remote communities.
48. Impact of malnutrition on the susceptibility to tropical infections in pediatric populations.
49. Clinical features and outcomes of Lassa fever in tropical regions.
50. Evaluation of the role of wildlife in the transmission of tropical diseases.
51. Epidemiology and clinical presentation of leprosy in urban and rural tropical areas.
52. Challenges in the diagnosis and management of cutaneous leishmaniasis in tropical regions.
53. Impact of travel and migration on the spread of tropical diseases.
54. Clinical manifestations and outcomes of typhoid and paratyphoid fevers in tropical populations.
55. Assessment of the effectiveness of community-based health education programs on tropical diseases.
56. Epidemiological patterns and clinical characteristics of scrub typhus in tropical climates.
57. Challenges in the control and elimination of lymphatic filariasis in urban areas.
58. Clinical management and outcomes of acute respiratory infections in tropical populations.
59. Evaluation of the impact of deforestation on the transmission of tropical diseases.
60. Epidemiology and clinical aspects of leptospirosis in tropical regions.
61. Surveillance and control strategies for emerging tropical viral infections.
62. Impact of agricultural practices on the prevalence of tropical parasitic infections.
63. Clinical manifestations and treatment outcomes of dengue hemorrhagic fever.
64. Challenges in the diagnosis and management of HIV/AIDS in tropical settings.
65. Epidemiological trends and clinical presentation of spotted fever group rickettsioses in tropical areas.
66. Assessment of the knowledge and practices of healthcare workers in managing tropical diseases.
67. Impact of socioeconomic factors on the prevalence and outcomes of tropical infections.
68. Clinical management and outcomes of severe acute malnutrition in the context of tropical diseases.
69. Evaluation of the role of non-human primates in the transmission of tropical viruses.
70. Epidemiology and clinical presentation of Q fever in tropical populations.
71. Challenges in the diagnosis and management of multidrug-resistant malaria.
72. Impact of insecticide resistance on the effectiveness of malaria vector control.
73. Clinical manifestations and outcomes of acute viral hepatitis in tropical areas.
74. Assessment of the impact of waterborne diseases on tropical populations.
75. Epidemiological patterns and risk factors for the re-emergence of tropical diseases.
76. Challenges in the control and elimination of guinea worm disease in tropical regions.
77. Clinical management and outcomes of encephalitis in pediatric populations in tropical areas.
78. Evaluation of the impact of climate change on the distribution of tropical infectious diseases.
79. Epidemiology and clinical presentation of Rift Valley fever in tropical climates.
80. Surveillance and control strategies for foodborne illnesses in tropical regions.
81. Impact of socio-cultural practices on the transmission of tropical diseases.
82. Clinical manifestations and outcomes of relapsing fever in tropical populations.
83. Challenges in the diagnosis and management of arboviral infections in pregnant women.
84. Epidemiological trends and clinical presentation of Babesia infections in tropical areas.
85. Assessment of the impact of urbanization on the prevalence of tropical parasitic infections.
86. Clinical management and outcomes of dengue shock syndrome in tropical populations.
87. Evaluation of the effectiveness of vector control measures in preventing malaria resurgence.
88. Epidemiology and clinical presentation of angiostrongyliasis in tropical regions.
89. Challenges in the diagnosis and management of cryptosporidiosis in tropical settings.
90. Impact of migration on the spread of tropical infectious diseases.
91. Clinical manifestations and outcomes of toxoplasmosis in tropical populations.
92. Assessment of the impact of natural disasters on the transmission of tropical diseases.
93. Epidemiological trends and clinical characteristics of spotted fever group rickettsioses in urban areas.
94. Challenges in the control and elimination of schistosomiasis in tropical regions.
95. Clinical management and outcomes of acute respiratory infections in pediatric populations.
96. Evaluation of the effectiveness of integrated vector management in tropical disease control.
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PRION AND PRION DISEASE: IMMUNOBIOLOGY, PATHOGENESIS AND POTENTIAL THREAT TO MANKIND
ABSTRACT
Prion diseases, also known as Transmissible Spongiform Encephalopathies (TSEs), are fatal neurodegenerative disorders with characteristic sponge-like microscopic appearance in the infected brain. They are caused by a protein-only particle consisting of an abnormal isoform (PrPSc) of the normal ubiquitous cellular prion protein PrPc. Prion diseases affect both human and animals, and can cause interspecies transmission. In humans, there are six different phonotypes of prion diseases, including kuru disease, Creutzfeldt-Jakob disease (CJD), Gerstmann- Sträussler-Scheinker (GSS) syndrome, Fatal Familial Insomnia (FFI), variant Creutzfeldt-Jakob disease (vCJD) and variably protease sensitive prionopathy (VPSPr). In herbivorous animals and carnivorous animals, there are five well-studied prion diseases including scrapie, Bovine Spongiform Encephalopathy (BSE), Chronic Wasting Disease (CWD), Transmissible Mink Encephalopathy (TME), and Feline Spongiform Encephalopathy (FSE). As the pathogen of the diseases, PrPSc accumulates in tissues and body fluids of affected individuals, and serves as the most reliable marker for diagnosis of priondiseases. A variety of bioassays, including immunoblotting, immunohistochemistry (IHC), and enzyme-linked immunosorbent assay (ELISA) have been used in prion disease diagnosis and surveillance; however, none of them is sufficient for preclinical diagnosis. Recently improved in vitro PrPSc amplification methods, such as protein misfolding cyclic amplification (PMCA), amyloid seeding assay (ASA), and real-time quaking-induced conversion (RT-QUIC), showed greatly increased sensitivity. In particular, RT-QUIC and PMCA have been applied to noninvasive detection of PrPSc in urine or nasal swab recently, shedding light on the uses of
the two methods in early diagnosis and surveillance of prion diseases.
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PREVALENCE OF UROPATHOGENIC ESCHERICHIA COLI & STAPHYLOCOCCUS AUREUS AMONG PATIENTS WITH CASES OF URINARY TRACT INFECTION ATTENDING BENUE STATE UNIVERSITY TEACHING HOSPITAL, MARKUDI
ABSTRACT
In the present study, we investigated the prevalence of few bacterial organisms associated with urinary tracts infection and their antimicrobial susceptibility patterns. Total of Ninety (90) midstream urine samples were collected from outpatients with respect to their age group, gender and marital status attending health facility in Benue State University Teaching Hospital Makurdi. Each 0.1ml of urine sample was cultured on MacConkey agar and colonies showing lactose fermentation were subsequently subcultured on Eosin Methylene Blue Agar to obtain a pure culture of E. coli whereas S. aureus was isolated by inoculating 0.1 ml of urine sample on Cysteine Lactose Electron Deficient (CLED) agar and subsequently subcultured into Manitol Salt Agar to obtain pure culture. One way analysis of variance (ANOVA) and paired t-test was carried out using IBM SPSS STATISTICAL version 22. Based on the result obtained, 33(36.67%) prevalence of E. coli and S. aureus was observed. E. coli has the highest occurrence of 19(95.00)% while S. aureus has 14(70.00%). There was significant variation within the age group at ρ
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WEIGHT CHANGES AND HISTOMORPHOLOGICAL EFFECTS OF MARIJUANA ON THE BRAIN OF ADULT WISTAR RATS
ABSTRACT
The present study was conducted in Ekpoma, headquarters of Esan West Local Government area of Edo state. The aim of the study was to determine the effect of marijuana on the heart of wistar rats. The study involved twenty four growing wistar rats having weights between 250g-275g divided into 4 groups; control and groups 1-3, comprising of 6 rats each. The control group received only grower’s mash and distilled water while groups 1, 2 and 3 received 0.02mg/kg body weight, 0.04mg/kg body weight and 0.06mg/kg body weight doses of marijuana respectively. The histological examination showed that oral administration of graded doses of marijuana over a period of 3 weeks presented no damages to the control group. Group 1 fed with 0.02mg showed normal brain cytoarchitecture and that of Group 2 fed with 0.04mg showed nothing of pathological significance while the last Group 3, fed with 0.06mg of the substance showed mild fibrosis, nuclear eosinophilia and chromatolysis indicative of neurotoxicity. Consequent upon the findings of this study, it was concluded that marijuana induces alterations and disruptions in the normal histological architecture of the brain of wistar rats (in high doses) and these disruptions could lead to increased risk of cerebro-spinal injury and damage to the rats.
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DISTRIBUTION OF ABO, Rh (RHESUS) BLOOD GROUPING AND HEPATITIS B AMONG BLOOD DONORS WITH NATIONAL BLOOD TRANSFUSION SERVICE KADUNA
ABSTRACT
ABO and Rh blood group systems are of major clinical significance amongst the thirty (30) human blood group system. The Distribution of ABO, Rh blood grouping and hepatitis B virus among blood donors with National Blood Transfusion Service, Kaduna was carried out. Two hundred voluntary blood donors (200) were used. Questionnaire was used to obtain the respondents’ bio-demographic data. Microplate technique was used for ABO and Rh blood grouping tests and ELISA kit (Monolisa HBsAg ULTRA) for hepatitis B virus test. The results showed that blood group O donors had (47.0%, group A (31.5%), group B (17.0%) and group AB (4.5%). Rh D positive has (95.0%) and RhD negative (5%). Reactive hepatitis B (12.5% and non-reactive hepatitis B (87.5%).
CHAPTER ONE
1.0Introduction
1.1Aim of the Study
1.2Objectives of the Study
1.3Justification of Study
CHAPTER TWO
2.0REVIEW OF LITERATURE
2.1Introduction
2.1.1Screening
2.2ABO Blood Groups System
2.2.1ABO blood group genetics
2.2.2Anti-A and anti-B antibodies
2.2.3ABO subgroups
2.3Rhesus (Rh) grouping system
2.3.1Rh Antigens
2.3.2Rh Antibodies
2.3.3Weak Antigen D
2.3.4Importance of Rh D Grouping
2.4Hepatitis B Virus (HBV)
2.5Hepatitis B Surface Antigen
2.6Hepatitis B Core Antibody
2.7Hepatitis B Virus DNA
2.8Microplate technique grouping
2.9Principle of the monolisaTM HBsAg ULTRA
2.10Interpretation
2.11Interpretation for Monolisa HBsAg ULTRA
CHAPTER THREE
3.0MATERIALS AND METHOD
CHAPTER FOUR
RESULTS
4.1DISCUSSION
CHAPTER FIVE
CONCLUSION, RECOMMENDATIONS AND LIMITATIONS
5.1CONCLUSION
5.2RECOMMENDATIONS
5.3LIMITATIONS
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SIWES REPORT
ABSTRACT
This training report
presents the six months experience gained during my student industrial work
experience scheme (SIWES) undertaken at Dr Musa Inuwa Hospital, Minna Niger
state. During this program, different units of the medical laboratory
department of the hospital were visited. These units include haematology,
chemical pathology, serology and microbiology units.
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