Hematology and Immunology, also commonly written as Haematology and Immunology, focuses on the study of blood, blood-forming tissues, blood disorders and the immune system. The field covers areas such as anaemia, blood cancers, clotting disorders, blood transfusion, immune responses and laboratory diagnosis.
In Nigeria, Hematology and Immunology is generally not offered as a standalone undergraduate JAMB degree. Students who want to become medical specialists in Haematology usually begin with Medicine and Surgery (MBBS/MBChB) before proceeding to specialist training.
Another route is through Medical Laboratory Sciences, especially for students interested in laboratory-based Haematology, blood transfusion science and immunological testing. Other related science and health programmes may also lead to postgraduate study or research in the field.
For the 2027/2028 academic session, applicants need to understand the admission requirements of the undergraduate programme they intend to use as their entry route. This includes the correct UTME subjects, O’Level requirements and any applicable Direct Entry qualifications.
This guide explains the JAMB subject combination for Hematology and Immunology, O’Level and Direct Entry requirements, admission pathways, related courses, core areas of study, career opportunities and other important information students should know before applying.
JAMB Subject Combination for Hematology and Immunology 2027/2028
Students interested in Hematology and Immunology usually enter through Medicine and Surgery or Medical Laboratory Sciences, depending on the career path they want to follow.
For both routes, the standard JAMB subject combination is:
| JAMB Subject | Requirement |
|---|---|
| English Language | Compulsory |
| Physics | Required |
| Chemistry | Required |
| Biology | Required |
The four UTME subjects are:
- English Language
- Physics
- Chemistry
- Biology
These subjects provide the science foundation needed for studying blood, disease, laboratory diagnosis, human physiology and immune system function.
Students who want to become medical doctors specialising in Haematology should normally apply for Medicine and Surgery. Those more interested in laboratory testing, blood analysis, transfusion science and diagnostic work may consider Medical Laboratory Sciences.
Applicants should confirm the exact undergraduate programme offered by their preferred university instead of assuming that Hematology and Immunology is available as a separate JAMB course.
O’Level Requirements for Hematology and Immunology
The O’Level subjects required for Hematology and Immunology depend on the undergraduate route, but Medicine and Surgery and Medical Laboratory Sciences generally require the same five core science subjects.
| O’Level Subject | Requirement |
|---|---|
| English Language | Credit pass |
| Mathematics | Credit pass |
| Physics | Credit pass |
| Chemistry | Credit pass |
| Biology | Credit pass |
Applicants are generally expected to obtain these credits through WAEC, NECO or another recognised equivalent examination.
The number of sittings accepted can vary by institution. Some universities may accept the required subjects in one or two sittings, while certain medical schools may apply stricter conditions for Medicine and Surgery.
Students should also avoid replacing any of the core science subjects without checking the policy of their preferred university. English Language, Mathematics, Physics, Chemistry and Biology form the standard O’Level foundation for both major pathways into Hematology and Immunology.
Before applying for the 2027/2028 academic session, it is advisable to confirm the exact O’Level requirements for either Medicine and Surgery or Medical Laboratory Sciences at the chosen institution.
Direct Entry Requirements for Hematology and Immunology
Direct Entry admission is usually made into the undergraduate programme that leads toward Hematology and Immunology, especially Medicine and Surgery or Medical Laboratory Sciences.
Common Direct Entry routes include:
| Qualification | Typical Requirement |
|---|---|
| A-Level | Relevant passes in Physics, Chemistry and Biology or Zoology |
| IJMB/JUPEB | Appropriate passes in Physics, Chemistry and Biology |
| First Degree | Relevant medical, biological or health science degree where accepted |
| Medical Laboratory Qualification | May be accepted for Medical Laboratory Sciences by some universities |
| O’Level | Credit passes in English Language, Mathematics, Physics, Chemistry and Biology must still be satisfied |
For Medicine and Surgery, some universities may accept strong A-Level, IJMB or JUPEB results in the core science subjects. A relevant first degree may also be considered by certain institutions, although the required class of degree can differ.
Medical Laboratory Sciences may have additional Direct Entry options. Depending on the university, applicants with recognised Medical Laboratory Science qualifications, relevant diplomas, HNDs or degrees in related biological sciences may be considered.
The exact qualification, minimum grade and entry level are not the same across all universities. Applicants should check the Direct Entry requirements for the specific undergraduate programme they plan to use as their route into Hematology and Immunology.
Admission Requirements Overview
The admission route for Hematology and Immunology depends on whether a student plans to follow the medical pathway through Medicine and Surgery or the laboratory pathway through Medical Laboratory Sciences.
| Requirement | Details |
|---|---|
| UTME | English Language, Physics, Chemistry and Biology |
| O’Level | Five credit passes in English Language, Mathematics, Physics, Chemistry and Biology |
| Direct Entry | Relevant A-Level, IJMB/JUPEB, first degree or professional qualification, depending on the university and programme |
| Medical Route | Medicine and Surgery (MBBS/MBChB) |
| Laboratory Route | Medical Laboratory Sciences |
| Later Specialisation | Haematology, Immunology, Transfusion Science or related areas through further professional or postgraduate training |
| O’Level Examination | WAEC, NECO or another recognised equivalent |
| Number of Sittings | One or two sittings may be accepted, depending on the institution |
| University Requirement | Applicants should confirm the current admission conditions of their preferred university |
The key point is that students generally do not gain undergraduate admission directly into Hematology and Immunology as a separate JAMB programme.
Those aiming to become physician haematologists normally begin with Medicine and Surgery, while students interested in laboratory-based blood testing, transfusion science and immunological diagnosis may follow the Medical Laboratory Sciences route.
Special Considerations and University-Specific Requirements
Admission requirements can differ depending on whether a student chooses Medicine and Surgery or Medical Laboratory Sciences as the route into Hematology and Immunology.
Some of the areas that may vary between universities include:
| Admission Area | What May Differ by University |
|---|---|
| O’Level Sittings | Some institutions accept one or two sittings, while certain medical schools may require one sitting |
| Direct Entry Subjects | Universities may specify Physics, Chemistry and Biology or Zoology |
| Minimum Grades | Required A-Level, IJMB or JUPEB grades can vary |
| First Degree Route | Some universities consider relevant biological, medical or health science degrees |
| Professional Qualifications | Certain Medical Laboratory Science qualifications may be accepted for Direct Entry |
| Screening Requirements | Post-UTME, departmental screening or other admission exercises may apply |
| Programme Structure | Haematology and Immunology may be taught within Medicine, Medical Laboratory Science or postgraduate programmes rather than as a separate first degree |
Applicants should understand that having a Department of Haematology and Immunology does not necessarily mean a university offers the subject as a standalone undergraduate JAMB programme. Such departments may be responsible for teaching medical students, supervising laboratory training, conducting research or providing postgraduate specialist education.
The Direct Entry route also deserves careful attention. A qualification accepted for Medical Laboratory Sciences at one institution may not automatically qualify a candidate for Medicine and Surgery at another.
Programme names can also differ. One university may organise Haematology, Immunology and Blood Transfusion under separate units, while another may combine them within a broader medical or laboratory science department.
Before selecting a course in JAMB, applicants should confirm the exact undergraduate programme available at their preferred university and check its current 2027/2028 admission requirements.
Courses Related to Hematology and Immunology
Hematology and Immunology is closely connected to several medical, laboratory and biological science programmes. Students interested in blood disorders, immune system function, laboratory diagnosis and medical research may also consider related courses such as:
- Medicine and Surgery
- Medical Laboratory Sciences
- Medical Biochemistry
- Biochemistry
- Microbiology
- Anatomy
- Physiology
- Pharmacology
- Nursing Sciences
- Biomedical Sciences
These programmes overlap with Hematology and Immunology in different ways.
Medicine and Surgery provides the clinical route for students who want to become medical doctors and later specialise in Haematology. Medical Laboratory Sciences offers a stronger laboratory-based pathway involving blood analysis, transfusion science and diagnostic testing.
Biochemistry and Medical Biochemistry focus more on the chemical and molecular processes involved in health and disease, while Microbiology deals with microorganisms and their effects on the human body. Anatomy, Physiology and Pharmacology also provide important knowledge about body structure, normal function and the effects of medicines.
The best course depends on whether a student is interested mainly in clinical medical practice, laboratory diagnosis or biomedical research.
Core Focus Areas in Hematology and Immunology
Hematology and Immunology covers the study of blood, blood-forming organs, immune responses and the diseases that affect these systems.
Some of the core focus areas include:
- Blood Cell Formation and Function: Studies how red blood cells, white blood cells and platelets are produced and how they function.
- Red Blood Cell Disorders: Covers conditions that affect the number, structure or function of red blood cells.
- White Blood Cell Disorders: Examines diseases involving white blood cells and their role in infection and immunity.
- Haemostasis and Blood Clotting: Focuses on how the body controls bleeding and forms blood clots.
- Blood Transfusion Science: Deals with blood grouping, compatibility testing, transfusion safety and the use of blood products.
- Blood Cancers: Covers disorders that affect blood-forming tissues and blood cells.
- Immune System Function: Studies how the body recognises and responds to infections, foreign substances and other threats.
- Immune Disorders: Examines conditions in which the immune system becomes overactive, underactive or reacts abnormally.
- Immunological Testing: Involves laboratory methods used to detect immune responses, antibodies and other markers.
- Transfusion Medicine: Focuses on the medical use of blood and blood components in patient care.
- Molecular and Laboratory Diagnosis: Uses laboratory and molecular techniques to investigate blood and immune-related conditions.
- Clinical Haematology: Applies haematological knowledge to the diagnosis and management of blood disorders in patients.
Typical Career Paths
Career opportunities in Hematology and Immunology depend on the undergraduate route a student follows and the level of professional or postgraduate training completed.
Common career paths include:
- Haematologist: A medical doctor who specialises in the diagnosis and treatment of blood disorders. This route requires Medicine and Surgery followed by specialist medical training.
- Clinical Haematologist: Works directly with patients who have blood-related conditions and usually practises within hospitals or specialist medical centres.
- Medical Laboratory Scientist in Haematology: Performs laboratory investigations involving blood cells, clotting, blood grouping and related diagnostic tests.
- Immunology Scientist: Studies immune responses and may work in diagnostic laboratories, research institutions or academic settings.
- Transfusion Medicine Specialist: Focuses on the safe use of blood and blood components in patient care. The exact professional route depends on the role.
- Blood Bank Scientist: Works with blood collection, screening, grouping, compatibility testing and storage within recognised laboratory settings.
- Clinical Researcher: Conducts research into blood disorders, immune diseases, diagnostic methods and treatment approaches.
- Laboratory Research Scientist: Carries out scientific investigations involving blood, immune cells, molecular markers and related biological processes.
- Medical Lecturer or Academic: Teaches and conducts research in Haematology, Immunology or related biomedical disciplines, usually after advanced academic or professional training.
- Molecular Diagnostics Scientist: Uses molecular laboratory methods to investigate diseases and biological markers.
- Public Health Laboratory Scientist: Supports laboratory-based disease surveillance, screening and other public health activities.
The exact career available depends on the qualification obtained. Physician roles require a medical degree and specialist training, while laboratory, research and academic careers may follow Medical Laboratory Sciences or other relevant biomedical science pathways.
Hematology and Immunology vs Medical Laboratory Sciences
Hematology and Immunology is closely related to Medical Laboratory Sciences, but they are not the same programme.
Medical Laboratory Sciences is a broader professional course that covers several areas of laboratory medicine, while Hematology and Immunology focuses more specifically on blood, blood disorders, immune responses and related diagnostic work.
| Area | Hematology and Immunology | Medical Laboratory Sciences |
|---|---|---|
| Main Focus | Blood, blood-forming tissues, immune responses and related disorders | Laboratory diagnosis across several medical science disciplines |
| Undergraduate Status | Usually a specialist, departmental or postgraduate field | Standalone undergraduate professional programme |
| Main Areas | Haematology, immunology, blood transfusion and related diagnostics | Haematology, microbiology, clinical chemistry, histopathology and other laboratory areas |
| Medical Route | Can be pursued through Medicine and Surgery for physician specialisation | Does not require studying Medicine and Surgery |
| Laboratory Route | May be studied as a specialist area within laboratory medicine | Provides broad professional training in medical laboratory practice |
| Career Direction | Clinical Haematology, laboratory Haematology, Immunology, transfusion medicine and research | Medical laboratory practice across several diagnostic specialties |
| Further Training | Often requires specialist or postgraduate training depending on the career | Graduates may later specialise in Haematology, Immunology or another laboratory discipline |
A student who wants to become a physician haematologist would normally study Medicine and Surgery before specialist training.
Someone interested in laboratory diagnosis can instead study Medical Laboratory Sciences and later build expertise in areas such as Haematology, blood transfusion or Immunology.
The main difference is that Medical Laboratory Sciences provides broad laboratory training, while Hematology and Immunology represents a more specialised area within medicine, laboratory science or biomedical research.
Common Admission Mistakes to Avoid
Applicants interested in Hematology and Immunology can make avoidable mistakes when they do not understand the difference between the specialist field and the undergraduate courses that lead into it.
Some common mistakes include:
- Applying for Hematology and Immunology as a standalone JAMB course without checking the university: The field is commonly studied through Medicine and Surgery, Medical Laboratory Sciences or later postgraduate training.
- Confusing physician Haematology with laboratory Haematology: A physician haematologist follows the medical route, while laboratory-based Haematology can be pursued through Medical Laboratory Sciences.
- Choosing the wrong undergraduate pathway: Students should first decide whether they are interested in clinical medicine, laboratory diagnosis or biomedical research.
- Using the wrong UTME subjects: English Language, Physics, Chemistry and Biology are the standard subjects for the major medical and laboratory routes discussed in this guide.
- Missing a required O’Level credit: English Language, Mathematics, Physics, Chemistry and Biology are generally required.
- Assuming a postgraduate programme is available directly after secondary school: A university may offer postgraduate Haematology or Immunology without offering it as a first-degree JAMB programme.
- Treating Direct Entry requirements as the same everywhere: Accepted qualifications and minimum grades can differ between Medicine and Surgery and Medical Laboratory Sciences.
- Failing to check the exact programme name: Universities may organise Haematology, Immunology and Blood Transfusion under different departments or specialist units.
Checking the correct undergraduate route before completing a JAMB application can help prevent course-selection and subject-combination errors.
Read Also:
Students considering related medical and health science programmes may also find these StudyPursuits guides useful:
- JAMB Subject Combination for Medical Laboratory Sciences 2027/2028
- JAMB Subject Combination for Nursing Sciences 2027/2028
- JAMB Subject Combination for Anatomy 2027/2028
Frequently Asked Questions
1. Is Hematology and Immunology a separate undergraduate course in Nigeria?
In most Nigerian universities, Hematology and Immunology is not offered as a separate undergraduate JAMB programme. Students usually enter through Medicine and Surgery, Medical Laboratory Sciences or another related biomedical course before specialising further.
2. What course should I study to become a haematologist?
To become a physician haematologist, the usual route is Medicine and Surgery, followed by specialist medical training in Haematology.
Students interested in laboratory-based Haematology may instead study Medical Laboratory Sciences and later specialise in that area.
3. Can a Medical Laboratory Scientist specialise in Haematology and Immunology?
Yes. Graduates of Medical Laboratory Sciences can develop expertise in Haematology, Immunology, blood transfusion science and related laboratory fields through professional training, workplace experience or postgraduate study.
4. Can I study Hematology and Immunology through Direct Entry?
Direct Entry is usually into an underlying undergraduate programme such as Medicine and Surgery or Medical Laboratory Sciences, not directly into Hematology and Immunology as a standalone first degree.
The accepted qualifications depend on the university and programme.
5. Is Hematology and Immunology the same as Medical Laboratory Science?
No. Medical Laboratory Sciences is a broader professional programme covering several areas of laboratory medicine.
Hematology and Immunology are specialised fields that may form part of medical, laboratory or postgraduate training.
6. What is the difference between a haematologist and a medical laboratory scientist?
A haematologist is typically a medical doctor who specialises in diagnosing and managing blood disorders after completing Medicine and Surgery and specialist training.
A medical laboratory scientist performs diagnostic laboratory investigations and may specialise in areas such as Haematology, Immunology or blood transfusion science.
Conclusion
Hematology and Immunology is generally not offered as a standalone undergraduate JAMB programme in Nigeria. Students usually enter the field through related courses such as Medicine and Surgery or Medical Laboratory Sciences, depending on the career path they want to follow.
For UTME, the standard subject combination for these major routes is English Language, Physics, Chemistry and Biology. At O’Level, applicants are generally expected to have credit passes in English Language, Mathematics, Physics, Chemistry and Biology.
Students who want to become physician haematologists normally begin with Medicine and Surgery before proceeding to specialist training. Those interested in laboratory-based Haematology, Immunology and blood transfusion may follow the Medical Laboratory Sciences route.
Since programme titles, Direct Entry options and admission conditions can differ between universities, applicants should confirm the current 2027/2028 requirements of their preferred institution before completing their application.