Physiology is the branch of biological science that explains how the human body functions. Rather than focusing mainly on body structures, it looks at how organs, tissues, cells and body systems work together to maintain normal life.
Students studying Physiology learn about areas such as the cardiovascular, respiratory, nervous, endocrine, renal and reproductive systems. The course also provides an important scientific foundation for biomedical research, medicine and several other health-related disciplines.
For candidates seeking admission in the 2027/2028 academic session, getting the subject combination right is essential. Physiology requires a strong science background, especially in Biology, Chemistry and Physics, while the O’Level requirements also include Mathematics and English Language.
Direct Entry applicants have additional routes available, although the qualifications accepted can differ considerably from one university to another.
This guide covers the JAMB subject combination for Physiology, O’Level and Direct Entry requirements, university-specific considerations, related courses, major areas of study, career paths and other admission information prospective students should know.
JAMB Subject Combination for Physiology
To apply for Physiology through JAMB, candidates are expected to combine the core science subjects required for the programme.
| JAMB Subject | Requirement |
|---|---|
| English Language | Compulsory |
| Biology | Required |
| Chemistry | Required |
| Physics | Required |
The four UTME subjects are:
- English Language
- Biology
- Chemistry
- Physics
This combination reflects the scientific nature of Physiology. Biology helps students understand living systems, Chemistry supports topics such as metabolism and cellular processes, while Physics is relevant to areas such as circulation, respiration, nerve function and movement.
The standard UTME requirement for Physiology is Physics, Chemistry and Biology, together with compulsory Use of English.
Candidates should avoid replacing any of these three science subjects unless their chosen university clearly states that an alternative is acceptable.
O’Level Requirements for Physiology
For O’Level admission into Physiology, candidates are generally expected to have five credit passes in the main science subjects required for the course.
| O’Level Subject | Requirement |
|---|---|
| English Language | Credit pass |
| Mathematics | Credit pass |
| Biology | Credit pass |
| Chemistry | Credit pass |
| Physics | Credit pass |
These credits may be obtained through WAEC, NECO or another recognised equivalent examination, depending on the university.
A strong result in the science subjects is important because Physiology builds heavily on Biology, Chemistry and Physics. Mathematics also supports quantitative work, data interpretation and some experimental aspects of the programme.
The general requirement is five SSC credit passes in English Language, Mathematics, Physics, Chemistry and Biology.
Candidates should also check the number of sittings accepted by their preferred university. Some institutions allow two sittings, while others may impose stricter conditions.
Direct Entry Requirements for Physiology
Direct Entry provides another admission route for candidates who already hold relevant advanced-level, diploma or degree qualifications. However, the qualification accepted depends on the university.
| Qualification | Typical Requirement |
|---|---|
| A-Level | Two passes chosen from Chemistry, Physics and Biology/Zoology |
| IJMB | Relevant science passes where accepted by the university |
| JUPEB | Suitable passes in Biology, Chemistry and Physics or another approved science combination |
| ND/HND | Relevant science or health-related qualification where permitted |
| First Degree | Relevant Biological, Biomedical or related science degree, depending on the institution |
| O’Level | Required credits in English Language, Mathematics, Biology, Chemistry and Physics must still be satisfied |
The general Direct Entry requirement for Physiology is two A-Level passes chosen from Chemistry, Physics and Biology/Zoology. Individual universities may demand more. For example, ABUAD requires three A-Level passes in Chemistry, Physics and Biology/Zoology, while BENIN accepts specified advanced-level science passes and may also consider certain relevant degrees.
Other institutions provide different routes. Some recognise IJMB or JUPEB qualifications, while selected universities may consider ND/HND or relevant first-degree holders.
Because these requirements are not uniform, Direct Entry candidates should confirm the exact qualification, subjects and minimum grade required by their chosen university before applying.
Admission Requirements Overview
The table below brings the main admission requirements for Physiology together in one place.
| Requirement | Details |
|---|---|
| UTME | English Language, Biology, Chemistry and Physics |
| O’Level | Five credit passes in English Language, Mathematics, Biology, Chemistry and Physics |
| Direct Entry | Relevant A-Level, IJMB, JUPEB, ND/HND or first-degree qualification, depending on the university |
| Core Science Subjects | Biology, Chemistry and Physics |
| O’Level Examination | WAEC, NECO or another recognised equivalent |
| Number of Sittings | One or two sittings may be accepted depending on the institution |
| Direct Entry Grade | Minimum grade varies according to the qualification and university |
| Institution-Specific Conditions | Additional admission requirements may apply |
The admission pattern is fairly consistent at the general level, but university policies can differ in important ways. One institution may accept two A-Level passes, while another may require three subjects or consider a relevant diploma or degree instead.
Candidates should therefore use this overview as a general guide and check the current Physiology requirements of their preferred university before submitting an application.
Special Considerations and University-Specific Requirements
Physiology admission requirements are not exactly the same across all universities. The basic UTME and O’Level subjects may be similar, but Direct Entry qualifications, minimum grades and accepted programmes can differ.
| University | Special Consideration |
|---|---|
| ABUAD | Requires three A-Level passes in Chemistry, Physics and Biology/Zoology |
| BENIN | Accepts three relevant A-Level passes and may also consider at least Second Class Lower in specified Biological Science programmes |
| LAGOS | Accepts JUPEB/A-Level passes in Physics, Chemistry and Biology, as well as qualifying medical-related degrees |
| LAUTECH | Accepts A-Level passes in Biology and Chemistry or Physics; relevant ND/HND Upper Credit may also be considered |
| FED-DUTSE | Requires three IJMB A-Level subjects in Biology, Chemistry and Physics for the stated Direct Entry route |
| ABU | Accepts A-Level/IJMB passes in Physics, Chemistry and Biology or Zoology |
| DELSU | Accepts relevant A-Level science passes or a first degree in Biological Sciences not below Second Class Lower |
| EUI | Accepts relevant A-Level, IJMB/JUPEB, degree and certain OND/HND qualifications subject to its entry requirements |
| FUTA | Accepts relevant National Diploma qualifications and specified advanced-level science routes |
| RSU | Requires the five core O’Level subjects and allows them at not more than two sittings |
BENIN, for example, requires three A-Level passes in Physics, Chemistry and Biology or Zoology for the stated advanced-level route. It may also consider candidates with at least a Second Class Lower degree in Biochemistry, Microbiology, Zoology or Botany. ABUAD similarly uses a three-subject A-Level requirement.
Other universities offer broader alternatives. LAUTECH may consider relevant ND/HND Upper Credit qualifications, while EUI lists several possible routes, including A-Level, IJMB/JUPEB, relevant degrees and certain diploma qualifications. DELSU also recognises specified advanced-level science subjects and relevant Biological Science degrees.
O’Level policies can vary as well. BENIN and DELSU allow the required five subjects within their stated sitting limits, while RSU specifies English Language, Mathematics, Chemistry, Biology and Physics at not more than two sittings.
For this reason, candidates should not rely only on the general Physiology requirements. The exact conditions of the chosen university should be checked before submitting either a UTME or Direct Entry application.
Courses Related to Physiology
Physiology connects closely with several medical, biomedical and health science programmes because it explains how cells, organs and body systems function.
Related courses include:
- Anatomy
- Medical Biochemistry
- Medicine and Surgery
- Pharmacology
- Medical Laboratory Science
- Physiotherapy
- Nursing Science
- Biochemistry
- Biomedical Science
- Public Health
Anatomy focuses more on the structure of the human body, while Physiology examines how those structures actually function. Medical Biochemistry looks at the chemical processes behind many body functions, making it another closely related field.
Pharmacology studies how medicines interact with body systems, while Physiotherapy applies knowledge of movement and body function to rehabilitation. Medicine and Surgery also relies heavily on Physiology because understanding normal body function is essential for recognising disease.
Candidates comparing these programmes should consider whether they are more interested in body function, structure, laboratory science, clinical care or rehabilitation before choosing a course.
Core Focus Areas in Physiology
Physiology looks beyond body structures to explain how cells, organs and systems actually work. Students examine both individual body processes and the ways different systems interact to maintain normal function.
Some of the major focus areas include:
- Cell Physiology: Studies how cells function, communicate and maintain their internal environment.
- Cardiovascular Physiology: Examines the heart, blood vessels, circulation and the regulation of blood pressure.
- Respiratory Physiology: Focuses on breathing, gas exchange and how oxygen and carbon dioxide are transported in the body.
- Renal Physiology: Covers kidney function, fluid balance, electrolyte regulation and waste removal.
- Neurophysiology: Studies the nervous system, nerve impulses, brain function and communication between nerves and muscles.
- Endocrine Physiology: Examines hormones and how they regulate growth, metabolism, reproduction and other body processes.
- Gastrointestinal Physiology: Looks at digestion, absorption and the movement of food through the digestive system.
- Reproductive Physiology: Covers the functions of the male and female reproductive systems and the hormonal processes involved.
- Exercise Physiology: Studies how the body responds and adapts to physical activity and exercise.
- Sensory Physiology: Explores how the body receives and interprets information through senses such as sight, hearing, touch, taste and smell.
- Human Metabolism: Examines how the body uses and regulates energy from carbohydrates, fats and proteins.
- Homeostasis: Focuses on the mechanisms that help the body maintain stable internal conditions despite changes in the environment.
Together, these areas provide students with a detailed understanding of normal human function and create a strong foundation for biomedical research and other health-related fields.
Typical Career Paths
A degree in Physiology can lead to opportunities in research, education, healthcare support, pharmaceuticals and other biomedical fields. The exact role available to a graduate often depends on additional training, postgraduate qualifications and the employer’s requirements.
Common career paths include:
- Physiologist: Studies body functions and may work in research, education or laboratory-based environments.
- Biomedical Researcher: Investigates how organs, tissues and body systems function in health and disease.
- Clinical Research Assistant: Supports medical and health-related research projects through data collection, documentation and study coordination.
- Laboratory Research Officer: Assists with experimental work, sample analysis and scientific investigations.
- Neuroscience Researcher: Focuses on the brain, nervous system and related physiological processes.
- Cardiovascular Researcher: Studies the heart, blood vessels, circulation and factors that affect cardiovascular function.
- Exercise Physiology Researcher: Examines how the body responds to physical activity and long-term exercise.
- Pharmaceutical Research Officer: Contributes to research on how medicines affect body systems and physiological processes.
- Academic Researcher: Conducts specialised studies in Physiology and related biomedical areas.
- University Lecturer: Teaches Physiology and related subjects, usually after obtaining postgraduate qualifications.
- Scientific or Medical Writer: Produces educational, research or health-related content based on biomedical science knowledge.
A Physiology degree does not by itself qualify a graduate to practise as a medical doctor or physiotherapist. Those professions require separate professional training and, where applicable, registration with the appropriate regulatory body.
Physiology vs Anatomy
Physiology and Anatomy are closely related because both deal with the human body, but they approach it from different angles. Anatomy focuses mainly on body structure, while Physiology explains how those structures function.
| Area | Physiology | Anatomy |
|---|---|---|
| Main Focus | How the body and its systems function | How the body is structured |
| Core Question | How do organs and systems work? | How are organs, tissues and body parts organised? |
| Major Areas | Cardiovascular, respiratory, renal, endocrine and nervous system function | Gross Anatomy, Histology, Embryology and Neuroanatomy |
| Cell Emphasis | Cell function and regulation | Cell and tissue structure |
| Research Direction | Body function, regulation and disease-related functional changes | Structure, development and anatomical variation |
| Medical Relevance | Helps explain normal function and physiological disturbances | Provides the structural foundation needed to understand the body |
| Laboratory Work | Functional experiments, measurements and physiological analysis | Dissection, microscopy and structural examination |
| Career Direction | Biomedical research, academia and related science fields | Anatomical research, academia and biomedical science |
The two subjects complement each other. For example, Anatomy may explain the structure of the heart, while Physiology examines how the heart contracts, pumps blood and responds to changes in the body.
Candidates who are more interested in how body systems work and are regulated may find Physiology particularly suitable. Those drawn more strongly to body structure, tissues and anatomical organisation may prefer Anatomy.
Common Admission Mistakes to Avoid
Physiology applicants can lose admission opportunities through small but important errors in subject selection or qualification details. Checking the requirements carefully before registration helps prevent avoidable problems.
Some common mistakes include:
- Choosing the wrong UTME subjects: The standard combination is English Language, Biology, Chemistry and Physics.
- Replacing Physics with another subject: Physics is one of the core UTME subjects generally required for Physiology.
- Missing Mathematics at O’Level: Mathematics is normally required alongside English Language, Biology, Chemistry and Physics.
- Confusing Physiology with Physiotherapy: These are separate courses with different training structures and professional pathways.
- Assuming every university accepts the same Direct Entry qualifications: Some institutions accept A-Level or IJMB, while others may also consider JUPEB, ND/HND or relevant degrees.
- Ignoring minimum Direct Entry grades: Universities may specify particular grades, points or degree classifications.
- Overlooking the number of O’Level sittings accepted: Some institutions permit two sittings, while others may impose stricter conditions.
- Applying with an unrelated diploma or degree: A qualification accepted for Direct Entry must satisfy the requirements set by the chosen university.
- Using outdated admission information: University policies can change, so candidates should confirm the current requirements before applying.
The general Physiology requirements include Physics, Chemistry and Biology for UTME and five O’Level credits in English Language, Mathematics, Physics, Chemistry and Biology.
Taking time to compare the general requirements with the specific conditions of the preferred institution can make the admission process much smoother.
Read Also:
You may also find these related StudyPursuits guides useful:
- JAMB Subject Combination for Anatomy 2027/2028
- JAMB Subject Combination for Medical Biochemistry 2027/2028
- JAMB Subject Combination for Medical Laboratory Sciences 2027/2028
- JAMB Subject Combination for Biochemistry 2027/2028
- JAMB Subject Combination for Nursing Science 2027/2028
Frequently Asked Questions
1. What is the JAMB subject combination for Physiology?
The standard combination is English Language, Biology, Chemistry and Physics. Physics, Chemistry and Biology are the three required science subjects for UTME.
2. Can I study Physiology without Physics?
Physics is normally required for both UTME and O’Level admission into Physiology, so candidates should not leave it out unless a particular university clearly provides an alternative.
3. Is Mathematics required for Physiology?
Yes. Mathematics is generally required as an O’Level credit alongside English Language, Biology, Chemistry and Physics.
4. Can I study Physiology through Direct Entry?
Yes. Universities may accept relevant A-Level, IJMB, JUPEB, ND/HND or first-degree qualifications, but the exact Direct Entry route differs by institution.
5. Is Physiology the same as Physiotherapy?
No. Physiology studies how the human body and its systems function, while Physiotherapy is a professional healthcare course focused on movement, rehabilitation and physical treatment.
6. Is Physiology the same as Anatomy?
No. Anatomy deals mainly with the structure of the human body, whereas Physiology explains how those structures, organs and systems work.
Conclusion
Physiology is a core biomedical science course that explains how the human body and its systems function. For candidates planning to study the course in the 2027/2028 academic session, meeting both the general and university-specific admission requirements is important.
The standard JAMB subject combination is English Language, Biology, Chemistry and Physics. At O’Level, candidates are generally expected to have credit passes in English Language, Mathematics, Biology, Chemistry and Physics.
Direct Entry applicants may qualify through relevant A-Level, IJMB, JUPEB, ND/HND or first-degree routes, but the qualifications accepted and minimum grades can differ between universities.
Before completing an application, candidates should confirm the current Physiology requirements of their preferred institution, including the accepted number of O’Level sittings and any special Direct Entry conditions.