LEVEL 100
FIRST SEMESTER
Code |
Title |
Credits |
UGRC 150 |
Critical Thinking and Practical Reasoning |
3 |
ABCS 101 |
Introductory Animal Biology |
3 |
CHEM 111 |
General Chemistry I |
3 |
PHYS 101 |
Practical Physics I |
1 |
PHYS 143 |
Mechanics and Thermal Physics |
3 |
MATH 101 |
General Mathematics |
3 |
Total |
16 |
SECOND SEMESTER
Code |
Title |
Credits |
URGC 110 |
Academic Writing I |
3 |
UGRC 130 |
Understanding Human Society |
3 |
BOTN 104 |
Growth of Flowering Plants |
3 |
CHEM 112 |
General Chemistry II |
3 |
CHEM 110 |
Practical Chemistry |
1 |
PHYS 102 |
Practical Physics II |
1 |
PHYS 144 |
Electricity and Magnetism |
3 |
Total |
17 |
SINGLE MAJOR IN BIOCHEMISTRY CELL AND MOLECULAR BIOLOGY
LEVEL 200
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
UGRC 210 |
Academic Writing II |
3 |
BCMB 201 |
Structure And Function of Biomolecules[1] |
3 |
BCMB 203 |
Principles of Biochemical Techniques |
2 |
CHEM 231 |
Physical Chemistry I |
2 |
CHEM 271 |
Analytical Chemistry I |
2 |
CHEM 233 |
Organic Chemistry I |
2 |
|
Total |
14 |
SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
UGRC 220-238 |
Introduction to African Studies |
3 |
BCMB 200 |
Practical Biochemistry I |
3 |
BCMB 202 |
Cell Biology I |
2 |
BCMB 204 |
Enzymology |
2 |
BCMB 206 |
Spectroscopic and Radioisotopic Techniques |
1 |
CHEM 252 |
Inorganic Chemistry I (S-Block Elements) |
2 |
CHEM 234 |
Organic Chemistry II |
2 |
|
Total |
15 |
ELECTIVES
In addition to satisfying the Core requirements above as well as Faculty and University prescribed courses, candidates are also required to select electives from other DEPARTMENTS to satisfy the minimum work load of 15 credits per semester as would be permitted by the Time Table.
LEVEL 300
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 301 |
Intermediary Metabolism |
3 |
BCMB 303 |
Molecular Biology I |
2 |
BCMB 305 |
Biochemistry of Hormones |
2 |
BCMB 307 |
Data Handling & Interpretation |
1 |
BCMB 309 |
Principles of Lab. Organization & Management |
2 |
BCMB 311 |
Practical Biochemistry II |
3 |
CHEM 343 |
Chemistry of Aromatic Compounds |
3 |
|
Total |
16 |
ELECTIVES (Select a maximum of 2 Credits)
Course Code |
Course Title |
Credits |
BCMB 313 |
Biochemistry of Viruses |
2 |
BCMB 315 |
Industrial Microbiology |
2 |
In addition to satisfying the Faculty, Core and Prescribed Elective requirements above, candidates MAY select electives from other Departments as would be permitted by the Time Table provided the maximum work load of 18 credits per semester is not exceeded.
SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 302 |
Cell Biology II[2] |
2 |
BCMB 304 |
Molecular Biology II |
2 |
BCMB 306 |
Integration and Control of Metabolism[3] |
3 |
BCMB 308 |
Bioenergetics |
2 |
BCMB 312 |
Cell & Molecular Biology Practical I |
3 |
BCMB 314 |
Membrane Biochemistry |
2 |
CHEM 346 |
Molecular Rearrangement Reactions |
2 |
CHEM 344 |
Carbanions and Their Reactions |
2 |
|
Total |
18 |
LEVEL 400
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 401 |
Protein Chemistry I |
2 |
BCMB 403 |
Molecular Biotechnology & Applications |
2 |
BCMB 405 |
Cell Signalling |
2 |
BCMB 407 |
Cell & Molecular Biology Practicals II |
3 |
BCMB 410 |
Seminar Presentation and Scientific Writing |
1 |
|
Total |
10 |
ELECTIVES (Select a minimum of 4 Credits)
Course Code |
Course Title |
Credits |
BCMB 409 |
Biochemistry of Parasites |
2 |
BCMB 411 |
Clinical Biochemistry |
2 |
BCMB 415 |
Xenobiotic Metabolism |
2 |
SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 400 |
Research Project |
6 |
BCMB 402 |
Protein Chemistry II |
2 |
BCMB 404 |
Immunology and Immunochemistry |
2 |
BCMB 406 |
Molecular Genetics |
2 |
BCMB 408 |
Entrepreneurship for Innovations in Biosciences |
2 |
|
Total |
14 |
ELECTIVES (Select a minimum of 2 Credits)
Course Code |
Course Title |
Credits |
BCMB 414 |
Plant Biochemistry |
2 |
BCMB 416 |
Bioremediation |
2 |
BCMB 418 |
Insect Biochemistry & Chemical Ecology |
2 |
COMBINED MAJOR IN BIOCHEMISTRY
To combine biochemistry with other subjects, candidate must take the following courses.
LEVEL 200
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
UGRC 210 |
Academic Writing II |
3 |
BCMB 201 |
Structure And Function of Biomolecules[4] |
3 |
BCMB 203 |
Principles of Biochemical Techniques |
2 |
CHEM 231 |
Physical Chemistry I |
2 |
CHEM 271 |
Analytical Chemistry I |
2 |
CHEM 233 |
Organic Chemistry I |
2 |
|
Total |
14 |
SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
UGRC 220-238 |
Introduction to African Studies |
3 |
BCMB 200 |
Practical Biochemistry I |
3 |
BCMB 204 |
Enzymology |
2 |
BCMB 206 |
Spectroscopic and Radioisotopic Techniques |
1 |
CHEM 234 |
Organic Chemistry II |
2 |
|
Total |
11 |
LEVEL 300
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 301 |
Intermediary Metabolism |
3 |
BCMB 303 |
Molecular Biology I |
2 |
BCMB 305 |
Biochemistry of Hormones |
2 |
BCMB 311 |
Practical Biochemistry II |
3 |
|
Total |
10 |
Elective
BCMB 307 |
Data Handling & Interpretation |
1 |
SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 304 |
Molecular Biology II |
2 |
BCMB 306 |
Integration and Control of Metabolism[5] |
3 |
BCMB 308 |
Bioenergetics |
2 |
BCMB 314 |
Membrane Biochemistry |
2 |
|
Total |
9 |
LEVEL 400
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 401 |
Protein Chemistry I |
2 |
BCMB 403 |
Molecular Biotechnology & Applications |
2 |
BCMB 405 |
Cell Signalling |
2 |
BCMB 410 |
Seminar Presentation and Scientific Writing |
1 |
|
Total |
7 |
SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
BCMB 402 |
Protein Chemistry II |
2 |
BCMB 404 |
Immunology and Immunochemistry |
2 |
BCMB 408 |
Entrepreneurship for Innovations in Biosciences |
2 |
|
Total |
6 |
*Students must select prescribed courses from the other major department to satisfy the total credit requirement.
COMBINED MAJOR IN BIOCHEMISTRY AND NUTRITION
To combine Biochemistry with Nutrition, students must take the following courses.
LEVEL 200
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
UGRC 210 |
Academic Writing II |
3 |
NUTN 201 |
Introductory Nutrition |
2 |
BCMB 201 |
Structure And Function of Biomolecules[6] |
3 |
BCMB 203 |
Principles of Biochemical Techniques |
2 |
CHEM 231 |
Physical Chemistry I |
2 |
CHEM 271 |
Analytical Chemistry I |
2 |
CHEM 233 |
Organic Chemistry I |
2 |
|
Total |
16 |
SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
UGRC 220-238 |
Introduction to African Studies |
3 |
NUTN 202 |
History and Concepts in Nutrition |
2 |
BCMB 200 |
Practical Biochemistry I |
3 |
BCMB 204 |
Enzymology |
2 |
BCMB 206 |
Spectroscopic and Radioisotopic Techniques |
1 |
CHEM 234 |
Organic Chemistry II |
2 |
FOSC 202 |
General Microbiology (Theory and Practical) |
3 |
|
Total |
16 |
LEVEL 300
FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
NUTN 301 |
Nutrients and Their Metabolism I |
2 |
NUTN 303 |
Nutritional Physiology (Theory and Practical) |
3 |
BCMB 301 |
Intermediary Metabolism |
3 |
BCMB 303 |
Molecular Biology I |
2 |
BCMB 305 |
Biochemistry of Hormones |
2 |
BCMB 311 |
Practical Biochemistry II |
3 |
FOSC 305 |
Biometry |
2 |
|
Total |
17 |
*SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
NUTN 302 |
Nutrients And Their Metabolism II |
2 |
NUTN 304 |
Food Analysis And Animal Experimentation |
2 |
BCMB 304 |
Molecular Biology II |
2 |
BCMB 306 |
Integration and Control of Metabolism[7] |
3 |
BCMB 308 |
Bioenergetics |
2 |
BCMB 314 |
Membrane Biochemistry |
2 |
|
Total |
13 |
LEVEL 400
*FIRST SEMESTER
CORE
Course Code |
Course Title |
Credits |
NUTN 401 |
Assessment of Nutritional Status I |
2 |
NUTN 403 |
Assessment of Nutritional Status II |
2 |
NUTN 400 |
Assessment of Nutritional Status of a Community: Field Data Collection and Analysis |
2 |
BCMB 401 |
Protein Chemistry I |
2 |
BCMB 403 |
Molecular Biotechnology & Applications |
2 |
BCMB 405 |
Cell Signalling |
2 |
BCMB 410 |
Seminar Presentation and Scientific Writing |
1 |
|
Total |
13 |
*SECOND SEMESTER
CORE
Course Code |
Course Title |
Credits |
NUTN 410 |
Project |
6 |
NUTN 402 |
Applied Nutrition and Food Policies |
2 |
BCMB 402 |
Protein Chemistry II |
2 |
BCMB 404 |
Immunology and Immunochemistry |
2 |
BCMB 408 |
Entrepreneurship for Innovations in Biosciences |
2 |
|
Total |
14 |
*Students are to talk to their advisors to select electives to make the total credits.
BIOCHEMISTRY COURSES FOR NON-BIOCHEMISTRY STUDENTS
Course Code |
Course Title |
Credits |
BCMB 205 |
General Biochemistry |
3 |
BCMB 205 is available ONLY for Agricultural Science or Biological Science students who would not study Biochemistry beyond level 200.
Course Code |
Course Title |
Credits |
BCMB 217 |
Veterinary Biochemistry I |
2 |
BCMB 218 |
Veterinary Biochemistry II |
3 |
BCMB 222 |
Veterinary Biochemistry III |
3 |
BCMB217, 218 and 222 are available only to students from the School of Veterinary Medicine.
[1]Pre-requisite for all level 300 & 400 courses
[2]Pre-requisite: BCMB 201, 202
Key to new programme: † New subject; * Revised subject
[3] Prerequisite: BCMB 301
[4]Pre-requisite for all level 300 & 400 courses
[5] Prerequisite: BCMB 301
[6]Pre-requisite for all level 300 & 400 courses
[7] Prerequisite: BCMB 301
MASTER OF PHILOSOPHY IN BIOCHEMISTRY
In response to recent advances in the field of Biochemistry as well as changes in the developmental needs of the country, the existing Master of Philosophy in Biochemistry programme has been reviewed. In view of this, new courses have been introduced and some existing courses have been revised.
Admission Requirements: To be admitted to the Master of Philosophy in Biochemistry programme a candidate must have:
· Obtained a good first degree (at least 2nd class) in Biological or Physical Sciences with adequate Chemistry or Biochemistry content.
· Passed an interview.
Duration: Two years
Scope: The programme will cover topics in mainly biochemistry and other specialised areas. Students would satisfy requirements in TWO broad areas, which are:
Graduation Requirement: To be awarded a Master of Philosophy in Biochemistry, a candidate must have:
YEAR 1
SEMESTER 1
CORE CREDITS
BCMB 601 Complex Biomolecules 2
BCMB 603 Advanced Molecular Biology 3
BCMB 605 Advanced Protein Chemistry 2
BCMB 630 Research Methodology & Scientific Communication 3
BCMB 640 Seminar 1 3
TOTAL 13
ELECTIVES: Select a minimum of 2 credits
BCMB 607 Molecular Mechanisms of Development 2
BCMB 609 Immune Response Mechanisms 3
BCMB 611 Pesticide Biochemistry 2
BCMB 613 Parasite Biochemistry & Antimicrobial Chemotherapy 3
TOTAL 10
SEMESTER 2
CORE
BCMB 602 Advanced Enzymology 2
BCMB 604 Bioinformatics 2
BCMB 606 Mitochondrial Biochemistry 2
BCMB 608 Signal Transduction 3
BCMB 610 Special Topics 1
BCMB 620 Experimental Techniques 3
TOTAL 13
ELECTIVES: Select a minimum of 2 credits
BCMB 612 Applications of Biotechnology 3
BCMB 614 Eukaryotic Cell Biology 2
BCMB 616 Biochemical Toxicology 2
BCMB 618 Secondary Metabolism & Natural Products 3
TOTAL 10
YEAR II
CORE
BCMB 600 Thesis 30
BCMB 660 Seminar II 3
MASTER OF SCIENCE IN BIOCHEMISTRY (Dissertation Option)
Many Biochemists in several fields of endeavour are often desirous of advancing their career through study. The aim of this course is to provide opportunities for advanced knowledge in areas of Biochemistry that such individuals would consider beneficial, without the need for a laboratory-based research project. The course would also attempt to draw experts in industry and field application to participate in seminars and workshops for the benefit of the candidates. In addition to the choice of courses, this programme would require candidates to choose a topic critical to their particular employment background in which to undertake data mining and review, submitting a report each semester.
The objectives are to:
Admission Requirements: To be admitted to the Master of Science in Biochemistry a candidate must have: · Obtained a good first degree (at least 2nd class) in Biological or Physical Sciences with adequate Chemistry, Biochemistry and/or Molecular Biology content · A minimum of three years working experience in the biosciences
Duration: One year (12 months)
Scope: The programme will cover topics in General Biochemistry, Molecular Biology and other specialised areas. Students would satisfy requirements in TWO broad areas, which are:
Graduation Requirement: To be awarded a Master of Science in Biochemistry, a candidate must have taken and passed a minimum of 45 credits including all core courses.
SEMESTER 1
CORE CREDITS BCMB 601 Complex Biomolecules 2 BCMB 603 Advanced Molecular Biology 3 BCMB 620 Experimental Techniques 3 BCMB 630 Research Methodology & Scientific Communication 3 BCMB 640 Seminar 1 3
TOTAL 14
ELECTIVES: Select a minimum of 4 credits BCMB 605 Advanced Protein Chemistry 2 BCMB 607 Molecular Mechanisms of Development 2 BCMB 609 Immune Response Mechanisms 3 BCMB 611 Pesticide Biochemistry 2 BCMB 613 Parasite Biochemistry & Antimicrobial Chemotherapy 3
TOTAL 12
SEMESTER 2
CORE BCMB 650 Graduate Research Project 12
TOTAL 12
ELECTIVES: Select a minimum of 9 credits BCMB 602 Advanced Enzymology 2 BCMB 604 Bioinformatics 2 BCMB 606 Mitochondrial Biochemistry 2 BCMB 608 Signal Transduction 3 BCMB 612 Applications of Biotechnology 3 BCMB 614 Eukaryotic Cell Biology 2 BCMB 616 Biochemical Toxicology 2 BCMB 618 Secondary Metabolism & Natural Products 3
TOTAL 17 |
MASTER OF PHILOSOPHY IN MOLECULAR BIOLOGY
Recent advances in the field of life sciences such as the development of Molecular and Cell Biology, which were once considered part of Biochemistry into separate disciplines, have made it imperative for the department to comprehensively review its graduate programme and award students, degrees that reflect their area of specialisation. In fact for the past 5 – 10 years, most of the Graduate dissertations in the department have either been in Molecular Biology or Immunology but students are being awarded degrees in Biochemistry. This we consider inappropriate, since these disciplines are now well-developed and one cannot be substituted for the other. To achieve this, the department proposes the introduction Master of Philosophy in Molecular Biology.
Admission Requirements: To be admitted to the Master of Philosophy in Molecular Biology programme a candidate must have:
· Obtained a good first degree (at least 2nd class) in Biological or Physical Sciences with adequate Chemistry, Biochemistry or Molecular Biology content
· Passed an interview
Duration: Two years
Scope: It will cover topics in Molecular Biology and other specialised areas. Students would be required to satisfy requirements in TWO broad areas, which are:
Graduation Requirement: To be awarded a Master of Philosophy in Molecular Biology, a candidate must have:
YEAR 1
SEMESTER 1
CORE CREDITS
BCMB 601 Complex Biomolecules 2
BCMB 603 Advanced Molecular Biology 3
BCMB 607 Molecular Mechanisms of Development 2
BCMB 609 Immune Response Mechanisms 3
BCMB 610 Special Topics 1
BCMB 630 Research Methodology & Scientific Communication 3
TOTAL 14
ELECTIVES: Select a minimum of 2 credits
BCMB 605 Advanced Protein Chemistry 2
BCMB 611 Pesticide Biochemistry 2
BCMB 613 Parasite Biochemistry & Antimicrobial Chemotherapy 3
TOTAL 7
SEMESTER 2
CORE
BCMB 604 Bioinformatics 3
BCMB 612 Applications of Biotechnology 3
BCMB 614 Eukaryotic Cell Biology 2
BCMB 620 Experimental Techniques 3
BCMB 640 Seminar 1 3
TOTAL 14
ELECTIVES: Select a minimum of 2 credits
BCMB 602 Advanced Enzymology 2
BCMB 606 Mitochondrial Biochemistry 2
BCMB 608 Signal Transduction 3
BCMB 616 Biochemical Toxicology 2
BCMB 618 Secondary Metabolism & Natural Products 3
TOTAL 12
YEAR II
CORE
BCMB 600 Thesis 30
BCMB 660 Seminar II 2
Master of Philosophy (MPhil) in Molecular Cell Biology of Infectious Diseases (MCBI)
Introduction
In response to the World Bank’s call for applications to establish African Centers of Excellence to promote higher education in Africa, the University of Ghana submitted a proposal to establish the West African Center for Cell Biology of Infectious Pathogens (WACCBIP). This proposal was led by faculty from the department of Biochemistry, Cell and Molecular Biology, in collaboration with the Noguchi Memorial Institute for Medical Research (NMIMR) and the University of Ghana Computing Systems (UGCS). The proposal was also supported by several local, regional and international institutions, including the American Society for Cell Biology (ASCB). The main aim of the proposed center is to provide Ghana and the West African sub-region in general with a site for world-class training and research on the cell and molecular biology of infectious diseases. Such training and research is necessary to provide innovation for diagnosis, prevention and control of infectious diseases in sub-Saharan Africa. Therefore, to help achieve the objectives of the center, we propose to introduce two graduate programs: Master of Philosophy (MPhil) and Doctor of Philosophy (PhD) in Molecular Cell Biology of Infectious Diseases. Below we describe the specifics of each program and show how it takes advantage of existing courses, and is strengthened by new specialized courses that will provide a unique education for talented biomedical scientists.
Program Objectives
The new programs will train the next generation of biomedical scientists in modern techniques of molecular cell biology and equip them with current knowledge on the major pathogens causing disease in sub-Saharan Africa. The course work will cover bacteria, viruses, fungi, helminths and protozoan pathogens, and will include training in epidemiology and biostatistics, pathogen biology, disease pathogenesis, immune responses, and targets for development of drugs and vaccines. All students will also receive training in the field and laboratory methods used to obtain current knowledge, empowering them both to understand the research literature and to contribute to new knowledge through research. The students who successfully complete their course work will work with a faculty mentor to define a research project on a pathogen that interests them. They will then be supported to complete original research for their dissertation and for publication in peer-reviewed journals. This training will prepare successful students for jobs in industry, government and the Universities and Health Research Institutions.
To ensure sustainability of the programs beyond the World Bank’s support, WACCBIP will build Core facilities to provide fee-paying services in Flow cytometry, Mass spectrometry, Microscopy (fluorescent and confocal), protein expression and primer synthesis, and Biomedical High Performance Computing services (bioinformatics). In addition, the Center will leverage its improved technical resources and core facilities to compete for large research and training grants from major donors such as the Wellcome Trust, the Bill and Melinda Gates Foundation and the National Institutes of Health (NIH).
MASTER OF PHILOSOPHY IN MOLECULAR CELL BIOLOGY OF INFECTIOUS DISEASES (MPHIL MCBI)
Admission Requirements: A good first degree (at least 2nd class lower) in a relevant discipline.
Duration: Two years
Graduation Requirement:
Total: 60-72 credits
Program structure
Year 1
Semester 1
CORE CREDITS
MCBI 601: Bacterial and Viral Infections 3
MCBI 603: Experimental Microbiology 3
*BCMB 603: Advanced Molecular Biology 3
*BCMB 609: Immune Response Mechanisms 3
*BCMB 630: Research Methodology & Scientific Communication 3
TOTAL 15
ELECTIVES (select maximum of 3 credits)
*BCMB 605: Advanced Protein Chemistry 3
*BSTT 601: Methods in Biostatistics I 3
Semester 2
CORE
MCBI 602: Eukaryotic Infections: Protozoan, Helminthic and Fungal 3
MCBI 604: Host and Pathogen Genomics 3
MCBI 606: Antimicrobial Therapeutics: Molecular Mechanisms and Concepts 3
MCBI 608: Molecular Epidemiology of Infectious Diseases 3
TOTAL 12
ELECTIVES (select 3-6 credits)
*BCMB 608: Signal Transduction 3
*BCMB 612: Applications of Biotechnology 3
*BCMB 614: Eukaryotic Cell Biology 2
*ENTO 606: Disease Vectors of Medical and Veterinary Importance 3
*BSTT 602: Methods in Biostatistics II 3
MCBI 610: Seminar I 3
Year 2
CORE
MCBI 600: Thesis 30
MCBI 620: Seminar II 3
*Existing Courses
DOCTOR OF PHILOSOPHY IN MOLECULAR CELL BIOLOGY OF INFECTIOUS DISEASES (PHD MCBI)
Admission requirements: Candidates with a Master’s degree in the biological sciences, physical sciences, or other fields relevant to Infectious Diseases may apply for direct admission into the PhD MCBI program. Candidates with a good first degree (at least 2nd class lower) in a relevant discipline, including Biological or Physical Sciences may also apply into the PhD MCBI program.
Duration: Four years full time, six years part time.
Graduation requirements:
Total: 75-81 credits
Program structure Year 1 Semester 1 CORE CREDITS MCBI 701: Advanced Qualitative Research Methods and Information Literacy 3 *FASC 700: Special Topics in Science 3 *FASC 701: Science and Society 3 TOTAL 9
ELECTIVES (select maximum of 3 credits) MCBI 710: Laboratory Rotation 3 *BCMB 701: Advanced Topics in Bioinformatics 3 MCBI 601: Bacterial and Viral Infections 3 MCBI 603: Experimental Microbiology 3 *BCMB 609: Immune Response Mechanisms 3
Semester 2 CORE CREDITS *FASC 702: Advanced Quantitative Research Methods 3
ELECTIVES (select 6-9 credits) MCBI 702: Current Vaccine Approaches 3 MCBI 704: Advances in Drug Discovery and Development 3 *BCMB 708 Advances in Biomedical and Infectious Diseases Research 3 *FASC 710: Teaching Science at Tertiary Level 3 MCBI 602: Eukaryotic Infections: Protozoan, Helminthic and Fungal 3 MCBI 604: Host and Pathogen Genomics 3 MCBI 606: Antimicrobial Therapeutics: Molecular Mechanisms and Concepts 3 MCBI 608: Molecular Epidemiology of Infectious Diseases 3
Year 2 MCBI 700: Thesis MCBI 720: Seminar I 3 MCBI 730: Seminar II 3
Years 3 & 4 MCBI 700: Thesis 45 MCBI 740: Seminar III 3 MCBI 750: Seminar IV 3 *Existing courses |
DOCTOR OF PHILOSOPHY IN MOLECULAR CELL BIOLOGY OF INFECTIOUS DISEASES (PHD MCBI)
Admission requirements: Candidates with a Master’s degree in the biological sciences, physical sciences, or other fields relevant to Infectious Diseases may apply for direct admission into the PhD MCBI program. Candidates with a good first degree (at least 2nd class lower) in a relevant discipline, including Biological or Physical Sciences may also apply into the PhD MCBI program.
Duration: Four years full time, six years part time.
Graduation requirements:
Total: 75-81 credits
Program structure Year 1 Semester 1 CORE CREDITS MCBI 701: Advanced Qualitative Research Methods and Information Literacy 3 *FASC 700: Special Topics in Science 3 *FASC 701: Science and Society 3 TOTAL 9
ELECTIVES (select maximum of 3 credits) MCBI 710: Laboratory Rotation 3 *BCMB 701: Advanced Topics in Bioinformatics 3 MCBI 601: Bacterial and Viral Infections 3 MCBI 603: Experimental Microbiology 3 *BCMB 609: Immune Response Mechanisms 3
Semester 2 CORE CREDITS *FASC 702: Advanced Quantitative Research Methods 3
ELECTIVES (select 6-9 credits) MCBI 702: Current Vaccine Approaches 3 MCBI 704: Advances in Drug Discovery and Development 3 *BCMB 708 Advances in Biomedical and Infectious Diseases Research 3 *FASC 710: Teaching Science at Tertiary Level 3 MCBI 602: Eukaryotic Infections: Protozoan, Helminthic and Fungal 3 MCBI 604: Host and Pathogen Genomics 3 MCBI 606: Antimicrobial Therapeutics: Molecular Mechanisms and Concepts 3 MCBI 608: Molecular Epidemiology of Infectious Diseases 3
Year 2 MCBI 700: Thesis MCBI 720: Seminar I 3 MCBI 730: Seminar II 3
Years 3 & 4 MCBI 700: Thesis 45 MCBI 740: Seminar III 3 MCBI 750: Seminar IV 3 *Existing courses |
DOCTOR OF PHILOSOPHY IN BIOCHEMISTRY
In 2008/2009 academic year, the University of Ghana implemented a visitation panel recommendation of the requirement of a terminal degree (PhD) for the position of Lecturer or Research Fellow. This, coupled with the fact that some good Bachelor degree holders could be prepared to take up a PhD research without necessarily having to do MPhil as it is in most universities across the globe, has made it necessary for the Department of Biochemistry, Cell and Molecular Biology to comprehensively review its PhD programme to enable it to continue to: · Train and produce postgraduates of international standard
Admission requirements Two admission streams are being proposed for entry into the PhD programme:
These candidates depending on when they were awarded the MPhil degree may be required to take taught courses in areas to be designated by the department.
Duration: Minimum of Three Years
These candidates will be admitted first of all into the MPhil programme and may proceed into the PhD programme after their first year. These candidates must have: · Passed all courses taken during the first year · Obtained a minimum cumulative Grade Point Average of 3.50 · Submitted a PhD research proposal for approval
Duration: Minimum of Four Years (Including the One Year of the Taught Courses)
ALL PhD candidates would be required to: · To present seminars (at least once a semester) on topical issues in their research area · Present quarterly progress report · Assist in teaching lower classes under strict supervision
PROGRAMME STRUCTURE
YEAR 1
SEMESTER 1 CORE CREDITS FASC 701 Science and Society 3 BCMB 630 Research Methodology & Scientific Communication 3 BCMB 701 Advance Topics in Bioinformatics 3 FASC 700 Special Topics in Science 3
Total 12
SEMESTER 2 CORE CREDITS FASC 702 Advanced Quantitative Research Methods 3
Candidates should select at least 3 credits base on your proposed thesis area BCMB 702 Advances in Biochemical Pharmacology and Toxicology 3 BCMB 704 Advances in Molecular Biology and Applications 3 BCMB 706 Advances in Natural Product Research 3 BCMB 708 Advances in Biomedical and Infectious Diseases Research 3
Electives FASC 710 Teaching Science at Tertiary Level 3
Total 18
YEAR 2 BCMB 710 Seminar 1 3 BCMB 720 Seminar II 3 BCMB 700 Thesis
YEAR 3 & 4 BCMB 730 Seminar III 3 BCMB 740 Seminar IV 3 BCMB700 Thesis 45 |