LIST OF COURSES (FACULTY AND DEPARTMENT)
Summary of Department of Zoology Undergraduate (B.Sc.) Courses and Description, 2016/2017 Session
100 LEVEL |
||||||
Courses |
Title |
LH |
PH |
Units |
Status |
PRE-REQUISITE: |
ZOO 112 |
The Mammalian Body |
45 |
0 |
3 |
C |
|
ZOO 114 |
Principles of Cell Biology and Genetics |
30 |
0 |
2 |
C |
|
ZOO 115 |
Introductory Ecology |
30 |
0 |
2 |
C |
|
ZOO 116 |
Introductory Invertebrate Zoology |
30 |
0 |
2 |
C |
|
ZOO 117 |
Introductory Vertebrate Zoology |
30 |
0 |
2 |
C |
|
ZOO 118 |
Practical Zoology |
0 |
90 |
2 |
C |
|
GES 101 |
Use of English I |
45 |
0 |
3 |
C |
|
GES 107 |
Reproductive Health, Sexually Transmitted Infections (STIs) and Human Immunodeficiency Virus (HIV) |
30 |
0 |
2 |
C |
|
CHE 127 |
Inorganic Chemistry I |
45 |
0 |
3 |
R |
|
CHE 157 |
Physical Chemistry I |
60 |
0 |
4 |
R |
|
CHE 177 |
Organic Chemistry I |
45 |
0 |
3 |
R |
|
CHE 195 |
Practical Chemistry for 100 Level |
0 |
90 |
2 |
R |
|
PHY 102 |
Introductory Mechanics and Properties of Matter |
45 |
0 |
3 |
R |
|
PHY 103 |
Introductory Heat and Thermodynamics |
45 |
0 |
3 |
R |
|
BOT 111 |
Cryptogammic Botany |
30 |
45 |
3 |
R |
|
BOT 141 |
Basic Principles in Botany |
30 |
45 |
3 |
R |
|
STA 114 |
General Statistics I |
30 |
0 |
3 |
R |
|
STA 121 |
Statistical Inference I |
60 |
0 |
4 |
R |
|
ARC123 |
Introduction to Humans and Environment |
90 |
0 |
4 |
E |
|
GEY 101 |
Introduction to Geology |
30 |
45 |
3 |
E |
|
STA 131 |
Statistical Computing I |
30 |
0 |
2 |
E |
|
STA 115 |
Introduction to Probability |
90 |
0 |
4 |
E |
|
MIC 121 |
Introductory Microbiology I |
30 |
45 |
3 |
E |
|
CSC 101 |
Introduction to Computer Science |
45 |
45 |
3 |
E |
|
|
Total Units C= 18 units, R = 31 units, E = 19 |
|
|
68 |
|
|
Minimum cumulative numbers of units to be passed at 100 level: 30 units, including all compulsory courses
200 LEVEL
|
||||||
Courses |
Title |
LH |
PH |
Units |
Status |
PRE-REQUISITE: |
BIO 211 |
Introductory Genetic and Cell Physiology |
30 |
90 |
4 |
C |
|
BIO212 |
Introductory Ecology |
30 |
- |
3 |
C |
|
BIO 214 |
Biological Techniques |
30 |
45 |
2 |
C |
|
ZOO 211 |
Invertebrate Zoology |
30 |
45 |
3 |
C |
|
ZOO 212 |
Chordate Zoology |
30 |
45 |
3 |
C |
|
GES103 |
Government, the Society and the Economy |
30 |
- |
3 |
C |
|
GES 201 |
Use of English II |
30 |
0 |
3 |
C |
|
CHE 229 |
Basic Organic Chemistry (for Non-Majors) |
30 |
- |
3 |
R |
|
CHE 259 |
Physical Chemistry for the Life Science and Osmosis |
30 |
- |
3 |
R |
|
BOT 211 |
General Botany I |
15 |
45 |
3 |
E |
|
CHE 279 |
Basic Aromatic and Natural Products Chemistry for Non-majors |
30 |
- |
3 |
E |
|
MIC 221 |
Introduction Microbiology |
30 |
45 |
2 |
E |
|
ARC 222 |
Introduction to Environmental Archaeology (Ecology Anthropology) |
|
- |
5 |
E |
|
ANT 216 |
Hominid Evolution and Early Cultural Development |
|
- |
4 |
E |
|
STA 201 |
Statistics for Agriculture and Biological Sciences |
60 |
- |
4 |
E |
|
|
Total Units C= 21 units, R = 6 units, E = 21 |
|
|
48 |
|
|
Minimum cumulative numbers of units to be passed at 200 level: 45 units, including all compulsory units
|
||||||
300 LEVEL |
||||||
Courses |
Title |
LH |
PH |
Units |
Status |
PRE-REQUISITE: |
BIO 311 |
Genetic Variability and Evolution |
30 |
45 |
3 |
C |
BIO 211 |
BIO 312 |
General Ecology |
30 |
45 |
3 |
C |
BIO 212 |
BIO 317 |
Field Course I |
15 |
90 |
3 |
C |
BIO 312 |
ZOO 311 |
Comparative Animal Physiology |
30 |
45 |
3 |
C |
BIO 211 ZOO 211 ZOO 212 |
ZOO 315 |
Principles of Development |
30 |
45 |
3 |
C |
BIO 211
|
ZOO 316 |
Histology |
15 |
45 |
3 |
C |
|
ZOO 399 |
Industrial/Field Experience |
- |
- |
6 |
C |
|
GES 301 |
Introduction to Entrepreneurial Skill |
30 |
- |
2 |
C |
|
ZOO 312 |
The Biology of Tropical Parasites |
30 |
45 |
3 |
R |
ZOO 211 |
ZOO 313 |
Arthropod Diversity |
30 |
45 |
3 |
R |
ZOO 211 |
ZOO 314 |
Vertebrate Zoology |
30 |
90 |
4 |
R |
ZOO 212 |
MIC 307 |
Immunology |
15 |
45 |
2 |
E |
|
CHE 329 |
Inorganic Chemistry for Life Sciences |
30 |
- |
3 |
E |
|
GEY 358 |
Marine Geology |
30 |
- |
2 |
E |
|
MIC 322 |
Bacteriology |
|
|
2 |
E |
|
|
Total Units C= 26 units, R = 10 units, E = 9 |
|
|
45 |
|
|
Minimum cumulative numbers of units to be passed at 300 level: 70 units including all compulsory units.
|
||||||
400 LEVEL
|
||||||
Courses |
Title |
LH |
PH |
Units |
Status |
PRE-REQUISITE: |
BIO 417 |
Field Course II |
15 |
90 |
3 |
C |
BIO 317 |
ZOO 418 |
Essay |
30 |
- |
2 |
C |
|
ZOO 419 |
Project |
30 |
- |
4 |
C |
|
BIO 411 |
Genetics in Molecular Biology |
30 |
45 |
3 |
C |
BIO 311 |
ZOO 411 |
Entomology |
45 |
45 |
4 |
R |
ZOO 313 |
ZOO 412 |
Principles of Parasitology |
45 |
45 |
4 |
R |
ZOO 312 |
ZOO 413 |
Hydrobiology and Fisheries |
45 |
45 |
4 |
R |
BIO 312 ZOO 314 |
BIO 412 |
Biogeography |
30 |
- |
2 |
E |
BIO 312 ZOO 314 GEO 313 for (Geography students) |
BIO 413 |
History of Biology |
30 |
- |
2 |
E |
|
BIO 414 |
Impact of Biology on Society |
30 |
- |
2 |
E |
|
BIO 415 |
Environmental Biology |
30 |
45 |
3 |
E |
|
BIO 416 |
Toxicology |
30 |
45 |
3 |
E |
|
ZOO 414 |
Special Topics in Physiology |
30 |
45 |
3 |
E |
|
ZOO 415 |
Wildlife Ecology and Conservation |
30 |
45 |
3 |
E |
BIO 312 ZOO 314 |
ZOO 416 |
Animal Behaviour |
30 |
45 |
3 |
E |
ZOO 211 ZOO 212 |
ZOO 417 |
Local Fauna |
30 |
45 |
3 |
E |
|
|
Total Units C= 9 units, R = 15 units, E = 24 |
|
|
48 |
|
|
Minimum cumulative numbers of units to be passed at 400 level: 120 units including all compulsory units.
Minimum for direct entry candidates: 90 units
C = Compulsory R = Required E = Elective
Note: LH = Hours of Lectures; PH = Hours of Practical
COMPARISON OF OLD AND NEW COURSES
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
ZOO 111 |
Principles of Animal Biology Macromolecular basis of life: cellular basis of biological organization. Introduction to cell structure and function; energy production and utilization. Information transfer; genetic inheritance and variation; reproduction, embryogenesis and growth; the organism and its environment. Semester 1; LH 30; PH 45, U 3; Status C
|
ZOO 114 |
Principles of Cell Biology and Genetics: Macromolecular basis of life: cellular basis of biological organization. Introduction to cell structure and function; energy production and utilization. Informational transfer; genetic inheritance and variation. Principles of bioethics Semester 1; LH 30; PH 0, U 2; Status C |
New Course.
|
|
|
ZOO 115 |
Introductory Ecology: The organism and its environment, biotic and abiotic factors. Production and population ecology; Trophic levels, 1o, 2 o, 3o production, Food chains and food webs, population growth. The impact of man on the environment. Semester 2; LH 30; PH 0, U 2; Status C |
New Course |
ZOO 112 |
The Mammalian Body: The anatomy and physiology of rat, the adaptation to the environment. External features, Skin, Skeleton and muscular systems. Digestion and absorption of food: nutrition, gas exchange and transports. The blood and the circulatory systems. The kidney and homeostasis. Nervous and chemical coordination. Semester 2; LH 30; PH 45, U 3; Status C
|
ZOO 112 |
The Mammalian Body: The anatomy and physiology of mammals, the adaptation to the environment. External features, skin, skeleton and muscular systems Nutrition, digestion and absorption of food. Gas exchange and transports. The blood and the circulatory systems. The kidney and homeostasis. Nervous and chemical coordination, Reproduction and reproductive system. Semester 2; LH 45; PH 0, U 3; Status C
|
No Change |
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
ZOO 113
|
Diversity of Animal Life: General classification of animals. The concept of evolution. Characteristics and life history of representative types from each phylum. Animals of medical, veterinary and agricultural importance. Semester 2; LH 30; PH 45, U 3; Status C |
ZOO 116
|
Introductory Invertebrate Zoology: General classification of invertebrates. Characteristics and life history of representative types from each phylum. Invertebrates of medical, veterinary and agricultural importance. Semester 1; LH 30; PH 0, U 2; Status C |
New Course
|
|
|
ZOO 117
|
Introductory Vertebrate Zoology: The concept of evolution, General classification of vertebrates, characteristics and life history of representative types from each group. Vertebrates of medical, veterinary and agricultural importance. Semester 2; LH 30; PH 0, U 2; Status C |
New Course |
|
No previous existing course called Practical Zoology
|
ZOO 118 |
Practical Zoology Basic Practicals on 100 Level Zoology Courses Semester 1 & 2; LH 0; PH 90, U 2; Status C |
New Course |
BIO 211
|
Principles of Genetics and Cell Physiology: Cell structure and function. Chromosome organization Mendelian Genetics. Linkage and recombination. Sex-linked inheritance. Polygenic inheritance. DNA, RNA. Protein synthesis. Bioenergetics. Membrane biology. Semester 1; LH 30; PH 90, U4; Status C
|
BIO 215 |
Introductory Genetics: Cell structure and function. Chromosome organization Cell Division, Historical perspectives of Heredity, Variation and terminologies, Principle of Segregation of genes, Independent assortment, Statistical Genetics, Linkage and recombination, Sex determination, Sex Linkage, Polygenic inheritance, Extranuclear inheritance, Nucleic acids (DNA, RNA), DNA replication, Protein synthesis, Mutation. Semester 1; LH 15; PH 45, U 2; Status C PRE-REQUISITE: ZOO 114, ZOO 118
|
New Course.
|
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
|
|
BIO 216 |
General Physiology of Plants and Animals: Structure of cell membranes. Historical and experimental models of membranes. Function of cell membrane. Permeability and passive movement, facilitated diffusion and active transport, Carrier molecules: models of transport, phagocytosis, pinocytosis, Electrical properties of cell membranes, The Laws of Thermodynamics, The ATP system and chemical energy, Generation of ATP in anaerobic cells, Respiration and ATP formation in the mitochondrion, Photosynthesis and the chloroplast, Products of biosynthesis: Polysaccharides and lipids. Semester 1; LH 30; PH 45, U3; Status R PRE-REQUISITE: ZOO 114, ZOO 118 |
New Course.
|
BIO 212 |
General Ecology: The ecosystem and community structure. The ecological factors affecting plants and animals in terrestrial and aquatic habitats. Major terrestrial biomes. Productivity, energy flow and nutrient cycling. Application of ecological principles. Environmental Perturbation Semester 2; LH 30; PH 0, U2; Status C
|
BIO 212 |
General Ecology: The ecosystem and community structure. The ecological factors affecting plants and animals in terrestrial and aquatic habitats. Major terrestrial biomes. Productivity, energy flow and nutrient cycling. Application of Ecological principles. Environmental Perturbation Semester 2; LH 15; PH 45, U2; Status C PRE-REQUISITE: ZOO 115, ZOO 118 |
No Change |
BIO 214
|
Biological Techniques: Microscope. Preparation of microscope slides, Photometry, Colorimetry, Chromatography, Conductometry, Experimental designs. Scientific illustration Semester 1; LH 15; PH 45, U2; Status C
|
BIO 214
|
Biological Techniques: Microscope. Preparation of microscopic slides, Photometry, Colorimetry, Chromatography, Conductometry, Taxidermy. Introduction to Scientific methods. Ethics of animals use in research. Biological presentations, Scientific illustrations. Seminar presentation Semester 1; LH 15; PH 45, U3; Status C PRE-REQUISITE: ZOO 118
|
Expansion of course contents |
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
ZOO 211 |
Invertebrate Zoology: The systematic inter-relationships and basic organization of the invertebrates. Semester 1; LH 30; PH 45, U 3; Status C
|
ZOO 213 |
Invertebrate Zoology I: The systematic inter-relationships and basic organization of Protozoans to Annelids. Semester 1; LH 15; PH 45, U 2; Status C PRE-REQUISITE: ZOO 116, ZOO 118 |
New Course.
|
|
|
ZOO 214
|
Invertebrate Zoology II: The systematic inter-relationships and basic organization of Arthropods to Hemichordates Semester 1; LH 15; PH 45, U 2; Status C PRE-REQUISITE: ZOO 116, ZOO 118 |
New Course |
|
NO PREVIOUS EXISTING COURSES
|
ZOO 215
|
Introduction to Macromolecules in Animals: Properties of macromolecules in relation to function. Pathways of metabolism and synthesis of important macromolecules. Integration and regulation of anabolic and catabolic processes. Basis of cell-cell communication. Cells of the immune system and cellular basis of immunity. Semester 2; LH 30; PH 0, U 2; Status R PRE-REQUISITE: ZOO 114, ZOO 118 |
New Course
|
ZOO 212 |
Chordate Zoology: The systematic inter-relationships and basic organization of chordates. Semester 2; LH 30; PH 45, U 3; Status C |
ZOO 212
|
Chordate Zoology: The systematic inter-relationships and basic organization of chordates. Semester 2; LH 30; PH 45, U 3; Status C PRE-REQUISITE: ZOO 117, ZOO 118
|
Change in Course Code
|
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
|
NO PREVIOUS EXISTING COURSE
|
ZOO 216 |
Introduction to Ethnozoology: Definition, history and scope of ethnozoology; Indigenous taxonomy/nomenclature and categories of animals; Cultural perspectives in the use of animals in therapy, management and conservation; Ethics, policies and property rights. Semester 2; LH 30; PH 45, U 3; Status R PRE-REQUISITE: ZOO 116, ZOO117 ZOO 118 |
New Course.
|
|
NO PREVIOUS EXISTING COURSE
|
ZOO 299 |
Science Industrial Training I: Introductory industrial practical experience in: a) Fisheries/ Aquaculture b) Wildlife Management c) Biology of Aquatic Environment d) Entomology e) Animal and Public Health f) Biotechnology Semester 2; U 3; Status C |
New Course.
|
BIO 311 |
Genetic Variability and Evolution: Structure of DNA. Mutations. Protein structure. Effects of Mutations on Protein structure. Mechanism of Genetic Recombination. Genetic Mapping at the Molecular level. Mendelian populations and Hardy-Weinberg equilibrium. Variation, Natural selection and speciation. Evolution. Semester 1; LH 30; PH 45, U 3; Status C |
BIO 311 |
Genetic Variability and Evolution: Structure of DNA. Mutations. Protein structure. Effects of Mutations on Protein structure. Mechanism of Genetic Recombination. Genetic Mapping at the Molecular level. Mendelian populations and Hardy-Weinberg equilibrium. Variation, Natural selection and speciation. Evolution. Semester 1; LH 30; PH 45, U 3; Status C PRE-REQUISITE: BIO 215
|
No Change
|
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
BIO 312 |
General Ecology: The ecology of local terrestrial and aquatic communities. Population characteristics and the regulations of numbers. Semester 1; LH 30; PH 45, U 3; Status C
|
BIO 313 |
Applied Ecology: The ecology of local terrestrial and aquatic communities. Population characteristics and the regulations of numbers. Application of ecological principles in environmental degradation and conservation Semester 1; LH 30; PH 45, U 3; Status C PRE-REQUISITE: BIO 212 |
Change of Course Title Contents expanded |
BIO 317
|
Field Course I: Sampling techniques in terrestrial and aquatic habitats. Assessment by report. Semester 1; LH 15; PH 90, U 3; Status C |
BIO 317
|
Field Course I: Sampling techniques in local habitats. Assessment by report. Semester 1; LH 15; PH 90, U 3; Status C PRE-REQUISITE: BIO 212 |
No Change |
ZOO 311 |
Comparative Animal Physiology: Nutrition and Digestion, Respiration, Blood and Circulation, Excretion, Reproduction and Homeostasis, the Physiology of movement, Hormones, Nervous communication and the sense organs. Semester 2; LH 30; PH 45, U 3; Status C |
ZOO 311
|
Comparative Animal Physiology: Nutrition and Digestion, Respiration, Blood and Circulation, Excretion and Homeostasis, the Physiology of movement, Hormones, Nervous communication and the sense organs. Semester 2; LH 30; PH 45, U 3; Status C PRE-REQUISITE:BIO 216 |
No change |
ZOO 312 |
The Biology of Tropical Parasites: Classification adaptation morphology, Anatomy life cycle and other features of interest in the protozoan, platyhelminthes, nematodes and parasitic arthropods: drawing particular attention to the various adaptations to the drawing of life exhibited by selected members of the group. Semester 1; LH 30; PH 45, U 3; Status R
|
ZOO 318
|
The Biology and Ecology of Protozoan Parasites: Evolution of parasitic mode of life. Nature of parasitism in relation to other forms of animal associations. Host-parasitic relationship. Classification, adaptation, morphology, anatomy, life cycle and other features of interest in the protozoan parasites, drawing particular attention to the various adaptations to the parasitic mode of life exhibited by selected members of the group. Energy metabolism and physiological processes in protozoan parasites. Semester 1; LH 15; PH 45, U 2; Status R PRE-REQUISITE: ZOO 213 |
New Course.
|
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
|
|
ZOO 319 |
The Biology and Ecology of Helminth and Arthropod Parasites: Classification, adaptation, morphology, anatomy, life cycle and other features of interest in the Helminths and Arthropod parasites, drawing particular attention to the various adaptations to the parasitic mode of life exhibited by selected members of the group. Energy metabolism and physiological processes in helminth parasites. Semester 1; LH 15; PH 45, U 2; Status R PRE-REQUISITE: ZOO 214 |
New Course.
|
ZOO 313 |
Arthropod Diversity: Adaptive radiation within the phylum arthropoda with particular reference to the structure and functions of the body appendages. General Biology of selected arthropods groups. Biological success of the arthropods. Semester 2; LH 30; PH 45, U 3; Status R
|
ZOO 320
|
Non-insect Arthropod Diversity: Adaptive radiation within non-insect arthropods with particular reference to structure and functions of the body appendages. Life cycles of selected non-insect arthropods. Biological success of non-insect arthropods. Semester 2; LH 15; PH 45, U 2; Status R PRERE-QUISITE: ZOO 214 |
New Courses.
|
|
|
ZOO 321 |
Insect Diversity: Adaptive radiation within insect arthropods with particular reference to structure and functions of the body appendages. General biology of selected insect arthropod groups. Biological success of insects. Semester 2; LH 15; PH 45, U 2; Status R PRE-REQUISITE: ZOO 214 |
New Course
|
ZOO 314 |
Vertebrate Zoology: Vertebrate systematics, Evolution and functional anatomy. Geographical distribution of recent vertebrates: The Nigerian vertebrate fauna. Semester 2; LH 30; PH 45, U 2; Status R |
ZOO 314
|
Vertebrate Zoology: Vertebrate systematics, Evolution and functional Anatomy. Geographical distribution of resent vertebrates: The Nigerian vertebrate fauna. Semester 1; LH 15; PH 45, U 3; Status R PRE-REQUISITE: ZOO 212
|
No Change |
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
ZOO 315
|
Principles of Development: Problems and process of development. Gene-activity: in Oogenesis. Cytoplasmic localization in the nature egg. Gastrulation and Cell interactions, Cellular and Molecular basis of embryogenesis. Tissue interaction in development. The significance of the placenta and the development of immunity. Semester 1; LH 30; PH 45, U 3; Status C
|
ZOO 315
|
Principles of Development: Problems and processes of development. Gene-activity: in Oogenesis. Cytoplasmic localization in the egg. Gastrulation and Cell interactions, Cellular and Molecular basis of embryogenesis. Tissue interaction in development. The significance of the placenta and the development of immunity. Semester 1; LH 15; PH 45, U 2; Status C PRE-REQUISITE: ZOO 112, ZOO 114 |
No Change |
ZOO 316 |
Histology: The cellular basis of tissues formation. Cell communication. Stability of the differentiated states. The formation distribution structure and function of vertebrate tissues. The organization of the tissues into organ systems. Histochemical techniques. Semester 1; LH 15; PH 90, U 3; Status C |
ZOO 316
|
Histology: The cellular basis of tissues formation. Cell communication. Stability of the differentiated states. The formation distribution structure and function of vertebrate tissues. The organization of the tissues into organ systems. Histochemical techniques. Semester 1; LH 15; PH 90, U 3; Status C PRE-REQUISITE: ZOO 112, ZOO 114 |
No change |
|
NO PREVIOUS EXISTING COURSE
|
ZOO 322 |
Introduction to Limnology and Fisheries: Water as an environment. Classification of water bodies: Lakes, running water and river orders, ponds and swamps. Physico-chemical parameters. Introduction to Plankton and Benthos. Survey of food fishes of Nigeria. Distribution of fishes in the tropical waters. Introduction to Fish Biology. Artisanal and commercial fisheries. Semester 2; LH 30; PH 45, U 3; Status R PRE-REQUISITE: BIO 212, ZOO 212
|
New Course |
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
|
NO PREVIOUS EXISTING COURSE
|
ZOO 323
|
Research Methods in Zoology: Study Design (Hypothesis, use of replicates: Randomization of treatments) Samples, sampling methods and sample analysis. Data analysis and Presentation (Graphical data, types of graph. Tables and principles of table construction). Report writing and presentation. Semester 2; LH 30; PH 0, U 3; Status R PRERE-QUISITE: BIO 214 |
New Course |
ZOO 399 |
Science Industrial Training II: Industrial practical experience in: a) Fisheries/Aquaculture b) Wildlife Management c) Ecology of Aquatic Environment d) Applied Entomology e) Animal and Public Health f) Biotechnology Semester 2, U3, Status C |
ZOO 399 |
Industrial/ Field Experience: a) Fisheries/Aquaculture b) Wildlife Management c) Ecology of Aquatic Environment d) Entomology e) Animal and Public Health f) Biotechnology Semester 2, U3, Status C |
Change of Course Title and Units
|
BIO 411 |
Genetics in Molecular Biology: Organization of the Eukaryotic Genome. Recombinant DNA, Genetic recombination (Transformation, transduction and conjugation process) Prokaryotic and Eukaryotic Transcription. Structure and Function of DNA and RNA, DNA replication. RNA processing (Nuclear Splicing). Translation and Ribosomes. Control of Prokaryotic and Eukaryotic gene expression. Introduction to bioinformatics. Rearrangements of DNA Semester 2; LH 0; PH 45, U 3; Status R |
BIO 411
|
Genetics in Molecular Biology: Organization of the Eukaryotic Genome. Recombinant DNA, Genetic recombination (Transformation, transduction and conjugation process) Prokaryotic and Eukaryotic Transcription. Structure and Function of DNA and RNA, DNA replication. RNA processing (Nuclear Splicing). Translation and Ribosomes. Control of Prokaryotic and Eukaryotic gene expression. Introduction to bioinformatics. Rearrangements of DNA Semester 2; LH 0; PH 45, U 3; Status R PRE-REQUISITE: BIO 311
|
No change |
OLD CURRICULUM |
NEW CURRICULUM |
|||
Course Code |
Old Content |
Course Code |
New Content |
Remark |
BIO 412 |
Biogeography: The subdivisions of the earth into zoogeographical regions; the transition zones. The distribution of plants and animals and the continental drift; animal and plant distribution. Discontinuous distribution. The effect of man on the distribution of plants and animals. The origin of domesticated animals and cultivated crops. The biogeography of Homo sapiens. Semester 1; LH 30; PH 0, U 2; Status E
|
BIO 412 |
Biogeography: The subdivisions of the earth into zoogeographical regions; the transition zones. The distribution of plants and animals and the continental drift; animal and plant distribution. Discontinuous distribution. The effect of man on the distribution of plants and animals. The origin of domesticated animals and cultivated crops. The biogeography of Homo sapiens. Semester 1; LH 30; PH 0, U 2; Status E PRE-REQUISITE: BIO 313, ZOO 314 |
No change |
BIO 413 |
History of Biology: An introduction to the growth and development of ideas and concept in Biology from the ancient Greek era through the Renaissance period to the turn of the 21th Century with accounts of the contributions made by various individuals and institutions. Semester 2; LH 30; PH 0, U 2; Status E
|
BIO 418 |
Biology through the Eras: An introduction to the growth and development of ideas and concept in Biology from the ancient Greek era through the Renaissance period to the turn of the 20th Century with accounts of the contributions made by various individuals and institutions. Semester 2; LH 30; PH 0, U 2; Status E |
Modification of Course Title |
BIO 414 |
Impact of Biology on Society: Concept in Biology which influence human societies. Evolution Genetics. Reproduction. Biotechnology and Recombinant DNA Semester 2; LH 30; PH 0, U 2; Status E
|
BIO 414
|
Impact of Biology on Society: Concept in Biology which influence human societies. Evolution Genetics. Reproduction. Biotechnology and Recombinant DNA Semester 2; LH 30; PH 0, U 2; Status E
|
No change |
OLD CURRICULUM |
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BIO 415 |
Environmental Biology: The human environment- land, water and air. Impact of man’s activities on these environments including pollution from industrial activities and their effects on fauna and flora. Environmental Mutagens and Carcinogens. Management of human environment including wastes disposal. Semester 2; LH 30; PH 45, U 3; Status E |
BIO 415
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Environmental Biology: The human environment- land, water and air. Impact of man’s activities on these environments including pollution from industrial activities and their effects on fauna and flora. Environmental Mutagens and Carcinogens. Management of human environment including wastes disposal. Semester 2; LH 30; PH 45, U 3; Status E PRE-REQUISITE: BIO 313 |
No Change |
BIO 416 |
Toxicology: The Human Environment, Toxins, Poisons (Natural and Man-made).Sources of toxins, acute and chronic exposure. Effect of toxins. Evaluation (Toxicity testing, hazard evaluation, Risk assessment, field evaluation, chemical safety evaluation).Control /Remedies. Toxic waste disposals. Regulatory Policies NESREA, NGOs etc, Other environmental institutions. Semester 1; LH 30; PH 45, U 3; Status E |
BIO 416
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Toxicology: The Human Environment, Toxins, Poisons (Natural and Man-made).Sources of toxins, acute and chronic exposure. Effect of toxins. Evaluation (Toxicity testing, hazard evaluation, Risk assessment, field evaluation, chemical safety evaluation).Control /Remedies. Toxic waste disposals. Regulatory Policies PEPS, NGOs, Others environmental institutions. Semester 1; LH 30; PH 45, U 3; Status E |
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BIO 417 |
Field Course II : Sampling Techniques: Sampling methods in Parasitology, Hydrobiology, Fisheries, Entomology, Physiology, Genetics, Cell and Molecular Biology, Ecology, Environmental Biology. Research ethics. Semester 1; LH 15; PH 90, U 3; Status C
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BIO 417
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Field Course II: Sampling Techniques; Sampling methods in parasitology, hydrobiology and Fisheries, Entomology, Physiology, Genetics and Cell Biology. Semester 1; LH 15; PH 90, U 3; Status C PRE-REQUISITE: BIO 317
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ZOO 411
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Entomology: Origin and phylogeny of insects. Biology and control of selected orders/groups which are of economic importance in the tropics (particularly Nigeria) aspects of crop, stored products and vector diseases of man and his domestic animals. Insect Physiology Semester 1; LH 15; PH 90, U 4; Status C
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ZOO 420
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Origin, Phylogeny and Biology of Insects: Origin and phylogeny of insects. Modern classification, Palaepteran and Neopteran lines. Biology and economic importance of selected orders/groupsApterygote (Thysanura, Collembola, Diplura and Ephemeroptera), Pterygote (Orthoptera, Isoptera, Hemiptera, Lepidoptera, Diptera, Hymenoptera, Coleoptera). Semester 1; LH 15; PH 45, U 2; Status R PRERE-QUISITE: ZOO 321 |
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ZOO 421 |
Insect Physiology and Pest Control: Physiology of insects: Integument, respiration, reproduction, circulation, Haemolymph, energy production and endocrine systems in insects. Introduction to pest control, role of pest in the spread of infestation, role of vectors in the transmission of diseases, pesticides, integrated pest management. Control of selected groups of insect of economic, medical and veterinary importance in the tropics. Semester 1; LH 15; PH 45, U 3; Status R PRERE-QUISITE: ZOO 311, ZOO 321, |
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ZOO 412
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Principles of Parasitology: Evolution of parasitic mode of life. Nature of parasitism in relation to other forms of animal associations. Host-parasitic relationship. Epidemiology studies and control measures of important tropical parasitic diseases and the role of vector in the transmission of these diseases. Semester 1; LH 30; PH 90, U 4; Status R |
ZOO 422
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Parasitology: Host-parasite relationship. Epidemiology and control measures of important tropical parasitic diseases and the role of vector in the transmission of these diseases. Immunity to protozoan and helminth parasites. Semester 1; LH 30; PH 45, U 3; Status R PRERE-QUISITE: ZOO 318, ZOO 319
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ZOO 413
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Hydrobiology and Fisheries: A comparative study of the hydrobiology an cycle of life in marines, brackish and fresh- water. Fisheries biology including the food and feeding habits of fish population. Fecundity and reproduction, age and growth. Aquaculture with particular reference to Nigeria. The fish fauna of Nigeria. Fishing gear and Fishing techniques. Semester 1; LH 30; PH 90, U 4; Status R |
ZOO 423
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Hydrobiology: Determination of physico-chemical parameters of water, sediments; quantitative and qualitative analyses of plankton and benthos; production and productivity of inland waters; energy budget; aquatic pollution and conservation. Semester 1; LH 15; PH 45, U 2; Status R PRERE-QUISITE: ZOO 322 |
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ZOO 424 |
Fisheries: Fish biology: Techniques in fish taxonomy, age and growth, food and feeding habits and reproductive biology. Freshwater, brackish water and marine fishes in Nigeria; fin and shellfish culture enclosures. Physiology of induced breeding and manipulation of reproduction. Stocking strategies, controlled harvest. Fin and shellfish preservation methods, organolepic quality of fish. Fishing technologies-methods, gears and crafts; merits and demerits. Semester 1; LH 30; PH 45, U 3; Status R PRERE-QUISITE: ZOO 314, ZOO 322 |
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ZOO 414 |
Special Topics in Physiology: Specialized aspect of animal physiology, for example; muscle contraction and cytoskeleton elements, intracellular microenvironment and metabolic compartmentation; membrane organization, receptors and endocytosis, cell communication. Semester 2; LH 30; PH 45, U 3; Status R |
ZOO 410
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Special Topics in Animal Physiology: Specialized aspect of animal physiology, for example; muscle contraction and cytoskeleton elements, intracellular microenvironment and metabolic compartmentation; membrane organization, receptors and endocytosis, cell communication. Semester 2; LH 30; PH 45, U 3; Status R PRERE-QUISITE: ZOO 311
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ZOO 415 |
Wildlife Ecology and Conservation: Dynamics of wildlife population. Techniques of wildlife investigation. Principle of wildlife management. The wildlife resources of Nigeria; conservation policies. CITES problems and prospects. World wildlife resources; differences in values, management philosophies and traditions. Semester 1; LH 30; PH 45, U 3; Status E |
ZOO 415
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Wildlife Ecology and Conservation: Dynamics of wildlife population. Techniques of wildlife investigation. Principle of wildlife management. The wildlife resources of Nigeria; conservation policies, problems and prospects. CITES. World wildlife resources; differences in values, management philosophies and traditions. Semester 1; LH 30; PH 45, U 3; Status E PRE-REQUISITE: ZOO 314 |
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ZOO 416 |
Animal Behaviour: The basis of behaviour orientation mechanisms in animals, instinct and intelligence, feeding behaviour, social life, courtship and mating, migration and navigation. Biological clocks and rhythms Semester 2; LH 30; PH 45, U 3; Status E. |
ZOO 416
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Animal Behaviour: The basis of behaviour orientation mechanism in animals, instinct and intelligence, feeding behaviour, social life, courtship and meeting, migration and navigation. Biological clocks and rhythms. Semester 2; LH 30; PH 45, U 3; Status E PRE-REQUISITE: ZOO 316 |
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ZOO 417
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Local Fauna General survey of local molluscs, arthropods, and vertebrates. Semester 2; LH 30; PH 45, U 3; Status E. |
ZOO 417
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Local Fauna General survey of molluscs, arthropods and vertebrates in Nigeria. Semester 2; LH 30; PH 45, U 3; Status E. |
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NO PREVIOUS EXISTING COURSE
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ZOO 425
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Applied Animal Physiology Physiological disorders, organelle malfunctions and metabolic disorders in animals. Physiology of ageing at the cellular and molecular levels. Ageing of connective tissues, mental aspects of ageing and theories of ageing. Physiological genetics: nucleus-cytoplasmic interaction. Semester 1; LH 15; PH 45, U 3; Status E. PRE-REQUISITE: ZOO 311
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NO PREVIOUS EXISTING COURSE
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ZOO 426 |
Introductory Human Genetics: Cells and cell divisions in humans, Mendelian and Molecular chromosomal basis of human genetics. Chromosomal disorders. Autosomal dominant inheritance; autosomal recessive inheritance; sex-linked inheritance. Mitochondrial inheritance. Human cancer development. The human genome project; The genetics of the blood groups; Haemoglobinopathies. Semester 1; LH 15; PH 45, U 2; Status E. PRE-REQUISITE: BIO 311 |
New Course
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NO PREVIOUS EXISTING COURSE
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ZOO 427 |
Introductory Oceanography and Estuarine Biology: Oceans of the world. Topography and structure of ocean basin. Major physical and chemical processes in the oceanic circulation, tides and waves. Life in the ocean; natural history of major marine animals. Characteristics of estuaries, lagoons and other brackish water environments. Nature of the fauna and flora of estuaries; community structure and adaptations. Biomass and productivity in estuaries. Uses and environmental problems of estuaries. The course will involve field studies. Semester 2; LH 15; PH 45, U 2; Status E. PRE-REQUISITE: BIO 313, ZOO 322 |
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NO PREVIOUS EXISTING COURSE
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ZOO 428 |
Economic Importance of Vertebrates: Domesticated vertebrates, Zoological Gardens Laboratory. Harmful and useful vertebrates with particular reference to birds and mammals (Rodents). Conservation of vertebrate species especially mammalian species. Game reserves. Semester 1; LH 15; PH 45, U 2; Status E. PRE-REQUISITE: ZOO 314 |
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NO PREVIOUS EXISTING COURSE
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ZOO 429 |
Animal Health and Ecology of Radiation: Actions of radiation in aqueous systems. The Target theory. Metabolic expression of radiation injury, oxygen effect and application to radiotherapy. Radiation effect on genetic material, nucleus, and total organism. Radiation effects on immunity, Factors influencing the effect radiation. Treatment of irradiated organism. Radiation and Conservation, Limitation and use of Radiation. Semester 1; LH 15; PH 45, U 2; Status E PRE-REQUISITE: BIO 311, ZOO 311 |
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NO PREVIOUS EXISTING COURSE
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ZOO 430 |
Ecological Physiology: Temperature regulation by animals in various habitats. Thermoregulation, low temperature effects, temperature regulations in poikilothermic, homotherms, heterotherms, thermoregulatory control centre, acclimatization. Water regulations, ion balances and mineral nutrition, response of animals to water and drought (especially desert and savanna species); evolution of fluidregulation in animals. Respiration and excretion of animals in various habitats Semester 2; LH 15; PH 45, U 2; Status E PRE-REQUISITE: ZOO 311 |
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NO PREVIOUS EXISTING COURSE
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ZOO 431 |
Ornithology: Taxonomic relationships and evolution of birds. Morphological adaptations, reproduction, migration and population processes of Nigerian birds, endangered species and conservation. Semester 1; LH 15; PH 45, U 2; Status E PRE-REQUISITE: ZOO 314
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NO PREVIOUS EXISTING COURSE
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ZOO 432 |
Ecology of Soil Animals: Survey of soil animals, their adaptation for living in the soil. Classifications of the soil animals based on size habitat preference, activity, etc. Techniques used in soil ecology, e.g. mechanical and behavioural ecology. Role of soil animals in the soil: decomposition processes, mineral cycling, etc. effects of human activities – agricultural practices, grazing burning etc on soil fauna. Semester 2; LH 15; PH 45, U 2; Status E PRE-REQUISITE: ZOO 213, ZOO 214, BIO 312
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New Course
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NO PREVIOUS EXISTING COURSE
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ZOO 433 |
Herpetology: Taxonomy and Identification of indigenous amphibians and reptiles. Venomous Snakes. Venom/Anti venom types, use and cure. Snake bites & prevention. Economic importance of amphibians and reptiles. Semester 1; LH 15; PH 45, U 2; Status E PRE-REQUISITE: ZOO 314 |
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ZOO 418
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ESSAY An essay based on a review of the literature on a Zoology topic. Semester 1; LH 0; PH 30, U 2; Status C
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ZOO 418
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ESSAY An essay based on a review of the literature on a Zoology topic. Semester 1 & 2; LH 0; PH 90, U 2; Status C |
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ZOO 419
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PROJECT A research project involving an investigation in Zoology and a written presentation and discussion of results. Semester 1; LH 0; PH 180, U 4; Status C
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ZOO 419
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PROJECT A research project involving an investigation in Zoology and a written presentation and discussion of results. Semester 1 & 2; LH 0; PH 180, U 6; Status C |
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