Animal Anatomy I (VMED100)

The course focuses on the study of the basic structural and comparative anatomy of the main domestic species of animals. It includes study of the gross anatomy of the domestic mammalian and avian muscloskeletal, renal, endocrine, digestive, reproductive, respiratory and nervous systems.

Credit Hours : 3

Course Learning Outcomes

1. Classify Major Mammalian Musculoskeletal Structures By Name And Explain How They Are Related To One Another Anatomically.
2. Dissect Animal Cadavers Utilizing Acquired Dissection Techniques And Instrumentation.
3. Explain Relationships Between Bones, Muscles, Vessels And Nerves Of Different Parts Of The Animal Body.
4. Identify Major Anatomical Difference Of The Muscular And Skeletal System Between Studied Animal Species.
5. Identify Various Muscles, Bones, Vessels And Nerves Within The Body Using Anatomical Models And Specimens.
6. Show The Ability To Put Their Knowledge Of Anatomical Terminology Into Practice.

Introduction to Veterinary Medicine (VMED110)

This course aims at introducing students to the concept of animal health, care, disease recognition, prevention and biosecurity, as well as the importance and role of veterinary sciences in the human societies. Various types of domestic animals and their use and behavior will be covered. Important concepts such as ethics, animal value and welfare will also be included. Students will be exposed to life skills such as values, attributes, aptitudes, and behaviors that are essential to their success in their careers.

Credit Hours : 3

Course Learning Outcomes

1. Demonstrate Knowledge In Veterinary Science Theories And Models.
2. Identify Animal Health Care Principles And Veterinarians’ Professional Activities.
3. Recognize The Accepted Use Of Animals And Support Their Rights As Well As Evaluate Animal Welfare Concept.
4. Recognize The Different Domestic Animal Types (Species) Present In The United Arab Emirates, And Their Behavior And Use (Sport, Work, Food, Transport).
5. Show Animal Health Professionalism And Ethics As Well As The Value Of Animals.

Animal Husbandry (VMED120)

This course teaches basic domestic animal husbandry techniques. This includes behavior, restraint, animal biosecurity, basic feeding principles, animal handling, principles of humane care, housing and management (exclusive of reproduction). Also discussed are species and breed identification as well as principles of applied genetics.

Credit Hours : 3

Course Learning Outcomes

1. Demonstrate The Practical Skills Required For The Safe And Effective Handling, Restraint And Examination Of The Different Animal Species.
2. Identify Different Breeds Of Goat, Sheep And Cattle, And Discuss Their Different Characteristics.
3. Infer The Annual Reproductive Events, Feeding, Milking, Housing And Health Needs Of Farm Animals Including Dairy Cattle, Sheep, Goats And Camels Under Different Management Systems.
4. Relate The Behavioural, Environmental And Nutritional Requirements Of Equidae At Different Life Stages, And Identification Of Types And Characteristics Of Horses.
5. State The Behavioural, Environmental And Nutritional Requirement Of Zoo Animals And Appreciating Welfare Issues For These Species And The Basic Principles Of Handling, Sampling And Euthanasia.

Animal Anatomy II (VMED150)

This course is a continuation of anatomical study of animals in Anatomy I. The course focuses on the study of the structural, comparative and applied anatomy of the main domestic animal species (large and small ruminants, horse, camel and avian).

Credit Hours : 4

Prerequisites

• VMED100

Course Learning Outcomes

1. Apply Correct Anatomical Terms When Giving Topographical Description Of Directional Or Positional Anatomical Detail.
2. Apply Different Dissection Techniques And Correctly Use Surgical Instrumentation To Carry Out Cadaver Dissection.
3. Compare The Anatomical Differences Between Main Domestic Animals.
4. Detect Various Muscles, Organs And Structures Within The Body Using Anatomical Models And Specimens.
5. Imagine A Topographical Account Of The Major Body Systems In A Variety Of Companion And Farmed Animals.
6. Relate The Normal Radiographic Anatomy With Gross Dissection Of The Animal.

Animal Physiology (VMED210)

The course describes the neural and hormonal control mechanisms, biochemistry of muscular contraction, lactation, circulation, respiration, and defense mechanisms of the body.

Credit Hours : 3

Course Learning Outcomes

1. Define The Molecular And Cellular Bases Of Physiological Regulation And Cell Signaling.
2. Describe Neurophysiology, The Structure, Functions, Excitation And Contraction Of Different Muscle Types.
3. Describe The Functions Of The Endocrine System And The Principles Of Hormone Action Including: Structure, Mechanism Of Release, Mode Of Transport, Mechanism Of Action In Target Cells, And Systemic Effects Of Important Hormones.
4. Identify The Structure And Functions Of The Digestive System Including: Secretion Of The Gastrointestinal Tract, Digestion (Fermentative And Non-Fermentative), Solute And Water Reabsorption, Post Absorptive Nutrient Utilization.
5. Identify The Structure And Functions Of The Respiratory And Renal Systems Including: Lung Volumes, Gas Exchange, Gas Transport In Blood And Regulation Of Ventilation, Glomerular Filtration, Solute And Water Reabsorption, And Acid-Base Balance.
6. Recognize The Structure And Functions Of The Cardiovascular System Including: Mechanical And Electrical Properties Of Cardiac Muscle Function.

Animal Welfare and Ethics (VMED240)

The normal and abnormal behavior and bionomics of various domestic livestock, companion and laboratory species are examined in this course. Issues of importance to the general welfare of animals are reviewed. Ethical principles governing professional practice and the self-regulatory nature of control within the profession are discussed in relation to malpractice and professional misconduct.

Credit Hours : 3

Course Learning Outcomes

1. Define Ethical Issues Associated With Animal Husbandry And Use.
2. Formulate An Informed View On Animal Welfare Matters And Communicate Effectively With Those Involved In Keeping Animals.
3. Illustrate The Roles And Responsibilities Of Veterinarians To Protect Animal And Human Health And Their Obligations Towards Animal Welfare And Professional Conduct.
4. Recall The Conceptions Of Animal Welfare: Physical Functioning (Affective States, And Natural Living), Behavioral And Physiological Measures.
5. Relate Different Concepts And Analytical Frameworks Of Animal Welfare In Practice And To The Context In Which They Are Set.
6. Summarize Up-To-Date Information Regarding Local, National And International Animal Welfare Regulations/Standards.

Immunity and Infection (Microbiology) I (VMED250)

This course is designed to introduce the veterinary student to the theoretical and practical aspects of microbiology and the correlation between disease and etiological agents. Topics include the study of microorganisms with emphasis on their morphology, physiology, biochemistry, culture and identification. Their importance in the veterinary practice is introduced. Disinfection and sterilization methods are studied as they relate to the handling of micro-organisms, and health related topics associated with them.

Credit Hours : 3

Course Learning Outcomes

1. Name The Most Likely Agents Causing Infection In Various Animals And Indicating The Relative Importance Of Bacterial And Fungal Disease Agents In Veterinary Medicine.
2. Recognize The Unique Identifying Characteristics Of Bacterial And Fungal Agents Observed In Clinical Materials.
3. Describe The Morphology, Culture, Antigenic Characters, Pathogenesis, Laboratory Diagnosis And Treatment Of Bacterial And Fungal Infectious Diseases.
4. Explain The Methods Of Prevention, Control And Vaccination Based On Microbial Ecology And Host-Pathogen Relationships.
5. Identify The Appropriate Antimicrobial For Treatment Of Specific Bacterial And Fungal Infections.
6. Identify The Reservoirs, Mode Of Transmission, Hosts And Tissue Specificity By Applying Knowledge Of Biological Complexities Of Microbial Ecology And Host-Pathogen Relationships.

Neuroscience (VMED260)

This course includes the study of the anatomy of the central nervous system (CNS) as well as peripheral nervous system (PNS), neurologic diseases and principles of the neurological examination, Cerebrospinal fluid sampling and analysis. Neurological syndromes. Disorders of the brain. Vestibular syndromes-deafness. Cerebellar, paroxysmal syndromes. Peripheral neuropathies. Disorders of the spinal cord, neuromuscular junction, autonomous nervous system and myopathies.

Credit Hours : 3

Prerequisites

• VMED100

Course Learning Outcomes

1. Define The Principles Of Neurological Examination, Cerebrospinal Fluid Sampling And Analysis.
2. Demonstrate The Disorders Of The Brain, The Spinal Cord, And The Autonomous Nervous System And Other Peripheral Neuropathies.
3. Describe The Major Anatomy Of The Brain And Spinal Cord.
4. Explain The Interactions Between The Brain And The Peripheral Nervous System In Both Sensory And Motor Functions.
5. Recognize The Pathological Processes Leading To Some Neurological Diseases.
6. Understand The Major Pathways And Nuclei Of The Central Nervous System.

Presentation of Selected Clinical Cases (VMED270)

Selected clinical cases will be presented by expertise clinicians. Each presentation will include the history, causes, signs, diagnosis, treatment and prognosis of the discussed clinical case.

Credit Hours : 1

Course Learning Outcomes

1. Determine Standard Diagnostic Methods, Indications And Interpret Their Results.
2. Employ Anamnesis And Physical Examination Of Clinical Cases.
3. Formulate A Differential Diagnosis List And Select The Appropriate Treatment, Medication For Each Clinical Case.
4. Propose Diagnosis And Treatment Of Surgical Diseases In Small And Large Animals.

Immunity and Infection II (VMED280)

The course describes the morphology and classification of viruses. Reproduction and growth characteristics of viruses. Methods of isolation, identification and purification of viruses. Strain variation and pathogenicity of viruses. Important RNA and DNA Viruses of animals, their pathogenicity and diseases they cause. Prions and viroids. Basic immunology – History and definitions, innate immune systems, determinants: mechanical and physicochemical barriers, phagocytes, natural killer cells and soluble factors, complement. Adaptive immune system: fundamental features; development of the immune system; development and differences between T and B lymphocytes; antibody determination, principles of immunological testing, serological tests. Immunological diseases: Hypersensitivities, immunodeficiencies, and auto-immune diseases. The laboratory component of this course includes methods used for isolation and identification of viruses and various immunological assays.

Credit Hours : 3

Prerequisites

• VMED250

Course Learning Outcomes

1. Define The Main Principles And Key Concepts Of Virology.
2. Describe The Factors Leading To Viral Diseases In Animals.
3. Describe The Specific Properties Of Different Dna And Rna Virus Families, Diseases Caused By Them In Animals, Their Pathogenesis, Laboratory Diagnosis And Control.
4. Describe Which Cell Types And Organs Are Involved In An Immune Response And Their Interactions.
5. Explain The Principles Governing Vaccination And The Mechanisms Of Protection Against Diseases.
6. Outline The Key Components Of The Innate And Adaptive Immune Responses.

Pharmacology and Toxicology (VMED300)

In this course, the principles of pharmacology, the mechanisms of action, pharmacokinetic properties, and the effects (therapeutic and adverse) produced on the various systems of the body by representative drugs belonging to each pharmacological class of drugs are presented. Species variations in pharmacodynamic activity or pharmacokinetic behavior that contribute to differences in drug dosage requirements are described, and special attention is given to unusual sensitivity of particular animal species (or breeds) to the effects produced by certain drugs. The common toxic agents involving in animal poisoning will also be reviewed.

Credit Hours : 3

Course Learning Outcomes

1. Apply The Aspects Of Clinical Pharmacology And Therapeutics To Support Veterinary Practice And Be Able To Assess Appropriate Drug Selection For Various Animal Species.
2. Categorize The Mechanism Of Action And Clinical Effects Of Commonly Used Drugs On The Physiological And Biochemical Level Of Organ Systems.
3. Classify The Toxicological Hazards Posed By Domestic, Agricultural And Industrial Poisons And Their Common Manifestations As They May Present Clinically.
4. Discover The Basic Principles Of How The Body Absorbs, Distributes And Eliminates Medicines, Drugs And Poisons.
5. Illustrate The Basic Principles Of How Medicines, Drugs And Poisons Produce Their Effects In The Body.

Parasitology (VMED310)

The course focuses on the morphology and biology of parasites of veterinary importance. It considers the pathogenesis, diagnosis, signs, and treatment of parasitic diseases of animals. Study includes the immunologic and pathophysiologic aspects of host/parasite relationships and the importance of zoonotic parasitic infections.

Credit Hours : 3

Course Learning Outcomes

1. Apply Parasite Control And Treatment Methodologies.
2. Define Terminology, Basic Principles And Application Of Veterinary Parasitology.
3. Discover The Complex Relationships Between Parasites, Their Host, The Environment And The Diseases Caused By Them.
4. Recognize The Parasites And Their Structures In Macro- And Microscopic Preparations, Including In Organ And Tissue Samples, Fluids And Excreta.
5. Show Competency In The Core Components Of Diagnostic Parasitology.

Pathology (VMED320)

The course introduces the mechanisms of cellular reaction to injury, inflammation, circulatory disturbances, and neoplasia. It emphasizes mechanisms of disease at the level of cells and tissues. Pathology of specific lesions and diseases of each organ system is discussed at the gross and microscopic level. Emphasis is on diagnostic characteristics of diseases and the interpretation of common findings.

Credit Hours : 4

Course Learning Outcomes

1. Demonstrate A Good Understanding Of The Pathogenesis Of Disease In Respect To Macroscopic And Microscopic Changes In Animal Organs And Tissues.
2. Demonstrate Familiarity With The Principles Of Sampling Animal Specimens For Cytology And Histopathology.
3. Demonstrate Knowledge Of The Basic Animal Carcass Post Mortem Examination Procedures.
4. Describe The General Principles Of Lesion Development At Gross And Histopathological Levels.
5. Describe The Major Gross And Microscopic Lesions Using Appropriate Pathologic Terminology.
6. Recognize Differences Between Pathological Lesions And Post Mortem Changes And Incidental Findings In Animal Carcasses, Organs, And Tissues.

Poultry Medicine (VMED330)

The course will introduce and teach the students the diagnosis and management of diseases of different species of poultry. Non-infectious, fungal and bacterial avian diseases: history, aetiology, epidemiology-transmission, clinical signs, gross lesions, diagnosis, differential diagnosis, prevention and treatment. Viral, parasitic and emerging avian diseases, as well as avian diseases of complex or unknown aetiology: history, aetiology, epidemiology-transmission, clinical signs, gross lesions, diagnosis, differential diagnosis, prevention and treatment. Tutorials and clinical classes: Types of vaccines, methods of vaccination in hatchery and farms and monitoring a vaccination program. Training in diagnostic procedures: case history, blood sampling, external examination, necropsy technique

Credit Hours : 3

Course Learning Outcomes

1. Demonstrate Practical Skills In Performing Clinical Examination And Basic Laboratory Tests For Poultry Diseases.
2. Discuss The Diagnosis And Treatment Of The Most Common Contagious And Metabolic Diseases Of Poultry.
3. Identify The Basic Biosecurity Measures And Specific Vaccination Programs For Poultry.
4. Identify The Major Diseases Of Poultry, Their Aetiology, Pathogenesis, Pathology, And Principles Of Disease Prevention.
5. Outline The Principles Of Immunology And Prevention Of Poultry Diseases And The Application Of Vaccines.
6. Perform Necropsy Of Carcasses And Collection Of Samples For Laboratory Tests And Interpretation Of Results.

Clinical pathology and propaedeutic (VMED340)

The course introduces to clinical pathology and clinical examination techniques of domestic animals. Special consideration will be given to techniques commonly performed in farm animal practice. The course consists of lectures, laboratories and clinical practice.

Credit Hours : 3

Course Learning Outcomes

1. Define The Principles, Selection, Use, Interpretation, And Limitations Of Laboratory Tests Used For The Diagnosis And Monitoring Of Disease In Animals.
2. Demonstrate Knowledge Of Clinical Case Management Through Collection Of Appropriate Clinical Specimens.
3. Describe The Mechanisms Of Disease And The Body'S Response At Molecular, Cellular, And Systemic Levels.
4. Determine The Appropriate Diagnostic Haematology, Clinical Chemistry, Diagnostic Cytology, Urinalysis, Faecal Analysis, Haemostasis, And Endocrinology Procedures For Common Pathologic Abnormalities In Animals.
5. Recognize Derangements In The Erythrocyte And Leukocyte Masses, Abnormalities Of Haemostasis And Serum Lipids And Proteins, Renal And Hepatic Function Indicators, And Serum Muscle Enzymes.

Infectious Diseases (VMED350)

The course defines and discriminates general mechanisms and principles and factors influencing the emergence of infectious diseases. Selected emerging food-borne, bacterial, viral, zoonotic diseases of animals and humans are described and analyzed.

Credit Hours : 3

Course Learning Outcomes

1. Define The Natural Processes That Influence Disease Ecology And Shape The Evolution And Emergence Of Infectious Disease Agents.
2. Describe The Ecology And Modes Of Disease Causation Of Infectious Agents Such As Bacteria, Viruses, Parasites, And Fungi.
3. Identify The Range Of Tools Available For Infectious Diseases Control That Can Be Applied To The Host, Vectors, Infected Humans And Animals (To Control Zoonosis), Environment, And Pathogens.
4. List The Common Food Borne, Bacterial, Viral And Fungal Zoonotic Diseases And The Description Of Various Methods Of Investigation And Control.
5. Outline Methods For Prevention And Control Of Infectious Diseases, Food Safety Threats, Antimicrobial Resistance And Chemical Toxins In Food.
6. Recognize The Modes Of Transmission, Pathogenesis, Epidemiology, Host-Pathogen Relationship Of Infectious Disease.

Camels and Equine Medicine (VMED360)

This course provides in-depth information about diseases that affect horses and camels. The pathophysiology of prominent diseases will be explained along with methods of diagnosis. Clinical examination of horses and camels. Clinical pharmacology. Vaccination and anthelminthic programs. Endocrine and metabolic disorders. The acute abdomen (colic) in horses. Diseases of the digestive system. Differential diagnosis of major epizootic diseases: strangles, rhinopneumonitis, infectious anemia, equine viral arthritis, influenza. Diseases of the respiratory and the cardiovascular systems. Clinical ophthalmology. Diseases of the nervous, the muscular and the urinary system. Clinical nutrition and treatment. Clinical bacteriology, virology and Skin diseases

Credit Hours : 3

Course Learning Outcomes

1. Apply Knowledge Of Basic Sciences And Pathophysiological Mechanisms To Formulate Rational Diagnosis And Treatment.
2. Choose The Ideal Therapies And Accurate Measures For Prophylaxis And Treatment Of Infectious And Non-Infectious Diseases Of Camels And Horses.
3. Demonstrate Basic Knowledge In Camel And Equine Medicine.
4. Evaluate Common Medical Situations Including Colic And Other Gastrointestinal Disorders, Respiratory And Cardiovascular Diseases And Aspects Of Clinical Pathology, Nutrition, And Microbial Diseases.
5. Interpret Basic Diagnostic And Clinical Procedures For Common Medical Conditions Of Camel And Horse.
6. Interpret Common Medical Conditions Of The Camel And Horse.

Histology (VMED370)

The course focuses on introduction of the basic histology and microscopic anatomy of animal organs and the study of domestic mammalian and avian systems such as endocrine, digestive, reproductive, respiratory and nervous systems. Knowledge of the normal structure is necessary to understand the study of abnormal (pathology), which deals with the alteration in the structure and function of the body tissues/organs caused by the disease process.

Credit Hours : 3

Course Learning Outcomes

1. Demonstrate In-Depth Knowledge Of Microscopic Anatomy Of Animal Tissues.
2. Describe Basic Techniques For Tissue Preservation, Preparation, And Staining For Microscopy.
3. Describe The Differences In The Microscopic Structure Of Epithelial, Connective, Nervous, And Muscle Tissues.
4. Recognize The Differences In The Four Basic Tissue Types: Epithelial, Connective, Nervous, And Muscle Tissues.
5. Relate The Microscopic Anatomy To The Biological Functions Of Organ Systems (Tissues) Including The Circulatory, Digestive, Endocrine, And Reproductive Systems.
6. Use Basic Histology Terminology.

Case Studies I (VMED380)

Students will present a number of clinical cases that had contacted during their practice in Animal Hospital. Each presentation will include the history, causes, signs, diagnosis, treatment and prognosis of the discussed clinical case.

Credit Hours : 1

Course Learning Outcomes

1. Analyze The Anamnesis Of Different Animal Species.
2. Choose And Apply The Required Examination.
3. Construct A List Of Differential Diagnosis And Select The Correct One.
4. Illustrate The Therapeutic Regime Of A Patient Depending On The Disease Condition.
5. Inspect The Health Status Of Patients And Discuss The Results During The Course To Improve Their Therapeutic Skills.

Meat Hygiene (VMED385)

This course consists of lecture series supplemented with projected illustrations on meat inspection for bacterial, viral, parasitic infections of slaughtered animals. Detection of chemical residues in meat and poultry, and judgment of fitness of the meat for human consumption are covered.

Credit Hours : 2

Prerequisites

• VMED320

Course Learning Outcomes

1. Choose The Appropriate Methods Of Stunning Animals, As Well As Methods Of Dressing And Preserving Meat Carcasses.
2. Demonstrate Correct Judgment Of All The Indicators (Pathological, Biological And Parasitic) Of Diseased Or Contaminated Meat.
3. Employ The Appropriate Ante-Mortem Inspection Procedures And Record Keeping And Explain Their Public Health Importance.
4. List Common Conditions Found During Post-Mortem Of Inspection Of Red Meat And Judgments Made Upon Identifying Them.
5. Recognize Conditions That Affect Meat Hygiene/Safety And Meat Production Technology.
6. Recognize The Common Conditions Found At Ante-Mortem Inspection And Judge Their Relative Importance To Public Health.

Training in meat inspection (Slaughter House) (VMED390)

Students will be trained in certified slaughter houses in UAE as meat inspector.

Credit Hours : 1

Course Learning Outcomes

1. Apply Legislations Relating To Abattoir Management And Inspection Of Meat Carcasses.
2. Apply The Correct Stunning Of Meat Animals, The Dressing And Preservation Methods For Meat Carcasses.
3. Demonstrate Correct Judgment Of All The Indicators Of All The Indicators (Pathological, Biological And Parasitic) Of Diseased Or Contaminated Meat.
4. Demonstrate Skills In Ante-Mortem And Post-Mortem Examination Of Animals.
5. Evaluate Conditions That Affect Meat Hygiene/Safety And Meat Production Technology.
6. Evaluate The Lymphatic System And Other Anatomical Features In Carcasses Of The Different Food Animals.

Training in Camels & Equine Sport Medicine (Animal Hospital) (VMED395)

Students will be trained to specific cure and treatment for Camel and Equine athletes.

Credit Hours : 1

Course Learning Outcomes

1. Describe Rehabilitation Techniques And The Principles And Mechanisms Involved.
2. Determine The Role Of Veterinarian In Pre-Purchase Examination Of Camel Or Equine Athletes.
3. Identify Appropriate Treatment For Poor Performance In Camels And Equine Athletes.
4. Identify Common Medical Conditions Related To Camels And Equine Sport Medicine.
5. Recognize Emergencies Of The Camel And Equine Athlete In The Field.
6. Select Basic Diagnostic And Clinical Procedures For Common Medical Conditions Of The Camel And Equine Athletes.

Preventive medicine (VMED400)

This course focuses on viral, bacterial and parasitic pathogens of concern in the animals. Pathogens of importance to animal species are covered with special emphasis on farm animal diseases. In addition, diseases of concern to other animals such as swine, ruminants, fish, and birds are also discussed.

Credit Hours : 2

Course Learning Outcomes

1. Demonstrate Understanding Of Contingency Plans For The Control Transboundary Diseases, Including Emergency Vaccination Campaigns, Test-And-Cull/Treat Programs And Humanely Killing Animals.
2. Describe The General Approaches To Prevention And Control Of Disease Caused By The Various Agents, Based On Knowledge Of Their Physical And Biological Characteristics.
3. Explain The Concept Of “Early Detection System” Which Is Defined As The Timely Detection And Identification Of An Incursion Or Emergence Of Diseases/Infections In A Country, Zone Or Compartment.
4. Recognize The Diseases Of Animals That Require Compulsory Notification By The Veterinarian To The Prescribed National Authority In Order To Mitigate Disease Transmission.

Surgery (VMED410)

The introductory portion of the course reviews principles of surgery, including asepsis, instrumentation, and surgical techniques. The remainder of the course covers the management and treatment of surgical conditions for domestic animals, including soft tissue, orthopedic, neurologic, and ophthalmic conditions. Introduction to dentistry is also covered in this class.

Credit Hours : 4

Course Learning Outcomes

1. Apply Physical Examination And Pre-And Post-Operative Management Of Patients.
2. Build Clinical Competency Of Animal Soft Tissue And Orthopedic Surgery.
3. Interpret Various Medical Conditions That Require Surgery Including Soft Tissue, Orthopedic And Neurologic Conditions.
4. Practice Client Communications Appropriate For Routine Surgical Procedures For (Pre-, Intra-, And Post-Operative Periods).
5. Recognize The Basic Surgical Instrumentation And Principles Of Sterile Technique.

Anesthesiology (VMED420)

In this course, students will gain an understanding of the principles, concepts, and techniques utilized in general and local anesthesia in various small and large animal species, as well as the basic terminology and proper use of anesthetic equipment and monitoring devices.

Credit Hours : 2

Course Learning Outcomes

1. Apply Injectable And Inhalation Anesthetics And Monitor Patients.
2. Compare The Pharmacology And Routes Of Administration Of Drugs Used For Local Anesthesia, Sedation And Inhalant Anesthesia And Calculate Drug Dosages.
3. Demonstrate The Proper Use And Function Of The Anesthetic Machine In The Animal Hospital For The Delivery Of General Anesthesia.
4. Examine Fluid And Electrolyte Abnormalities During The Pre-Anesthetic Period And Recommend Appropriate Drugs For Premedication.
5. Practice Anesthetic Emergencies And Discuss The Use Of Emergency Drugs And Equipment.

Case Studies II (VMED430)

Students will present a number of clinical cases that had contacted during their practice in Animal Hospital. Each presentation will include the history, causes, signs, diagnosis, treatment and prognosis of the discussed clinical case. In this course series, each student will be asked to present clinical cases concern different animal species than the cases that the student presented in the Case Studies I.

Credit Hours : 1

Course Learning Outcomes

1. Analyze The Anamnesis Of Different Animal Species.
2. Choose And Apply The Required Examination.
3. Construct A List Of Differential Diagnosis And Select The Correct One.
4. Illustrate The Therapeutic Regime Of A Patient Depending On The Disease Condition.
5. Inspect The Health Status Of Patients And Discuss The Results During The Course To Improve Their Therapeutic Skills.

Sheep and goat medicine (VMED440)

The course will discusses diagnosis, treatment, and prevention of medical problems of individual small ruminants, sheep flocks and goat herds. Basic information on breeds, behavior, nutritional requirements, and management systems is supplied. Economically important contagious or metabolic diseases are discussed in depth. The diagnostic evaluation and differential diagnoses for common clinical presentations such as skin disease, neurologic disease, lameness, and mastitis are considered. Herd monitoring of economically important parameters and necropsy diagnosis of abortions and neonatal losses are addressed.

Credit Hours : 3

Course Learning Outcomes

1. Apply The Methods For Control And Prevention Of The Important And Common Diseases Of Sheep And Goats.
2. Define The Role Of Economics In The Sheep And Goat Production Systems And Its Effects On Animal Welfare And Diseases Management.
3. Diagnose Common Clinical Presentations Such As Lameness, Mastitis, Skin And Neurologic Diseases.
4. Identify The Common Diseases Of Sheep And Goats Including Infectious And Metabolic Diseases.
5. Identify The Common Internal And External Parasites Of Sheep And Goats And Their Antiparasitic Treatments.

Large animals (Cattle & Dairy Cattle) (VMED445)

The course will include diagnosis and treatment of the individual large animals and herd problems, preventive aspects of herd problems, and the regulatory and health aspects of herd management. Emphasis is on the production medicine aspects of herd and flock management of dairy cows. Although the majority of the problems presented will begin with the individual animal case, emphasis will be placed on control and prevention in the flock or herd.

Credit Hours : 3

Course Learning Outcomes

1. Apply Clinical Investigation Method As Well As Their Ancillary Procedures To Identify Diseases At The Level Of The Single Animal And Herd Health.
2. Apply Concepts To Efficient Management Of A Dairy Herd Whose Goal Is High Production And Quality Product.
3. Examine And Treat Infectious And Non-Infectious, Parasitic And Toxic Diseases Of Food Producing Large Animal Species.
4. Recognize How Nutrition, Reproduction, Milking Management And Records Management Integrate With The Operation Of Commercial Dairy Production.
5. Solve Common Problems Of Dairy Cows And Best Serve Their Dairy Clients In A Constantly Changing Dairy Economy.

Theriogenology (VMED450)

This course deals with the normal reproductive function and management in the domestic animals. Diagnosis and management of reproductive diseases are considered. An advanced study in the breeding management, estrous cycle manipulation, parturition and neonates issues, reproductive disease diagnosis and treatment of common domestic species will be included. An introduction to the new reproductive technologies used in theriogenology will be discussed.

Credit Hours : 3

Course Learning Outcomes

1. Apply The Knowledge Of Reproductive Management In Farm Animals And Plan For Efficient Reproduction.
2. Demonstrate Rectal Palpation And Pregnancy Diagnosis In Different Animal Species And Gestational Age By Various Means Available.
3. Illustrate Collection Of Semen And Semen Evaluation In Different Animal Species.
4. Outline Causes Of Infertility, Perform Breeding Soundness Examination In Both Genders Of Farm Animals And Diagnose And Treat Cases Of Infertility With Recommended Medicaments.
5. Recognize Normal And Abnormal Events Of Pregnancy And Parturition And Management Of Dystocia.
6. Summarize The Advanced Reproductive Technologies Used In Theriogenology Such As Artificial Insemination (Ai), Embryo Transfer (Et) And Somatic Cell Nuclear Transfer (Scnt).

Clinical Pharmacology (VMED455)

The course of veterinary clinical pharmacology will present interactions between drugs and animals and apply basic and clinical knowledge to improve rational drug use and patient outcomes. The aim of the program include establishing a functional interface between basic and clinical knowledge, managing a large quantity of information, and mastering quantitative skills essential to successful drug administration and analysis of drug action.

Credit Hours : 3

Course Learning Outcomes

1. Categorize The Acute And Chronic Complications Associated With The Administration Of Chemotherapy Drugs And Identify Specific Drug Complication And Therapy.
2. Determine How They Would Treat A Patient Depending Of His Disease.
3. Evaluate Various Clinical Presentations Requiring Pharmacological Interventions.
4. Examine How Body Size Affects Drug Pharmacokinetics And Apply Volume Considerations When Administering Drugs To Animals Of Different Size.

Companion Animal Medicine (VMED460)

The course will provide the student with core knowledge of the history about falcons, distribution and diseases, diagnosis and treatment. Infectious, metabolic and reproductive diseases of falcons. Medical diets, fluid therapy and hospital care designed for falcons.

Credit Hours : 2

Course Learning Outcomes

1. Choose Appropriate Forms Of Therapy In Dogs And Cats.
2. Interpret The Results Of Laboratory Tests In Constructing A Diagnosis In A Dog Or Cat.
3. Predict A Diagnosis Based On Epidemiological Data, Clinical History, Physical Examination And Clinical Signs.
4. Recognize Cardiovascular, Pulmonary, Neurological, Oncological, Endocrine, And Gastrointestinal Diseases Of Companion Animal.
5. Recommend Appropriate Ancillary Tests To Reach A Definitive Diagnosis And Accurately Prognosticate.

Falcon Medicine (VMED470)

The course will provide the student with core knowledge of the history about falcons, distribution and diseases, diagnosis and treatment. Infectious, metabolic and reproductive diseases of falcons. Medical diets, fluid therapy and hospital care designed for falcons.

Credit Hours : 2

Course Learning Outcomes

1. Describe Basic And Common Soft Tissue And Orthopedic Conditions Of Falcons.
2. Describe Clinical Examination And Collection Of Appropriate Samples For Laboratory Diagnosis Of Falcon Diseases.
3. Discuss Diagnostic Methods And Treatment Options Of Infectious, Metabolic And Reproductive Diseases Of Falcons.
4. Illustrate Common Indications For Endoscopic Examinations Of Falcons.
5. Summarize Parasitic, Fungal, Viral And Bacterial Infections Of Falcons.

Exotic and Laboratory Animal Medicine (VMED475)

The program wish to broaden knowledge of advanced medicine and surgery of exotic animals (reptiles, pet birds, small mammals) and laboratory animals. Students will be introduced to concepts concerning the diagnosis, treatment, and management of medical diseases in non-traditional pet species.

Credit Hours : 1

Course Learning Outcomes

1. Apply Anesthesia And Euthanasia In Laboratory And Exotic Animals.
2. Apply Oral Dosing Of Medications In Exotic And Laboratory Animals.
3. Demonstrate Subcutaneous And Intraperitoneal Injections In Exotic And Laboratory Animals.
4. Identify Appropriate Treatment, Management, And Prevention Of The Common Diseases Of Avian And Exotic Pets.
5. Identify Various Laboratory Animal Species Including: Mice, Rats, Hamsters, Guinea Pigs And Rabbits.
6. Infer Information Through History, Physical Examination, For Appropriate Diagnostic Procedures Of Different Disease/Conditions Affecting Exotic And Laboratory Animals.

Training in Clinical Surgery (Animal Hospital) (VMED490)

The training will include conservative and surgical management of various cases, postoperative management, intensive care and hospitalization.

Credit Hours : 1

Course Learning Outcomes

1. Demonstrate Surgical Knowledge In Problem-Oriented Topics Of Soft Tissue And Orthopedic Surgery.
2. Develop Hands-On Experience During Their Assistance In The Operation Room.
3. Employ Different Soft Tissue And Orthopedic Surgeries On Animals.
4. Evaluate And Manage Surgical Conditions Requiring Intensive Care And Hospitalization.
5. Judge Clinical Cases Requiring Surgery Through Anamnesis And Clinical Examination Without Guidance Using Appropriate Diagnostic Methods In The Veterinary Clinic.
6. Practice The Pre-And Post-Operative Standard Routine Procedures.

Training in Sheep &Goats Med & Surgery (Animal Hospital) (VMED495)

The training will include discussion of clinical cases, farm visits, diagnostic approach and hospitalization of sheep and goats visiting to the Animal Hospital.

Credit Hours : 1

Course Learning Outcomes

1. Apply Clinical Examination And Pre-And Post-Operative Management Of Sheep And Goats For Common Ailments.
2. Apply The Knowledge Of Diagnostic And Clinical Procedures For Common Medical Conditions Of Sheep And Goats.
3. Build Necessary Skills And Knowledge That Enhance The Management And Treatment Of Sheep And Goats.
4. Contrast Various Clinical Conditions That Require Surgery Including The Basic Soft Tissue- And Orthopedic Operations Of The Sheep And Goat.
5. Interpret The Basic Diagnostic And Clinical Procedures For Common Medical Conditions Of The Sheep And Goats.
6. Recognize Common Medical Situations Related To Sheep And Goat Medicine.

Opthalmology and Dermatology (VMED510)

The Ophtalmology part will include a presentation of diseases of the eye and orbit, including anatomy, pathophysiology, and medical and surgical management. Congenital and acquired ophthalmic diseases will be considered. The dermatology part will focus on the diagnosis and treatment of animals with benign and malignant disorders of the skin, hair, ears, and nails. This includes evaluating patients for external parasites, allergies, hormonal skin diseases and auto-immune diseases.

Credit Hours : 2

Course Learning Outcomes

1. Become Familiar With Common Dermatological Lesions And The Most Important Differential Diagnoses For Each Clinical Presentation.
2. Carry Out Simple Operations On Eye Of The Animal Patients.
3. Clearly Understand The Prognosis And Therapeutic Options For Common Skin Diseases.
4. Diagnose And Treat Common Ophthalmic Disorders And Diseases And Know The Potential Implications Of Systemic Disease On Eye Health.
5. Perform Common Skin Diagnostic Tests Including Skin Scraping, Tape Preparations And Impression Smears And Formulate A Diagnostic Approach To Reach A Firm Diagnosis.
6. Understand Basic Ophthalmic Terminology, Anatomy And Physiology Of The Eye And Orbit.

Diagnostic imagining (VMED520)

In this course principles of radiography will be reviewed, including the various potential hazards of radiation. Radiographic imaging techniques utilized in small and large animal species are described along with other imaging methods such as ultrasonography, CT, and MRI.

Credit Hours : 2

Course Learning Outcomes

1. Analyze The Roentgen Signs For Diseases And Abnormalities Of The Body System, Abdomen, Thorax, Fore- And Hind Limbs Of Animals.
2. Create An Accurate List Of Differential Diagnoses Based On Roentgen Signs And Other Clinical Data.
3. Develop A Systematic Interpretation For Complete Evaluation Of Radiographs Of The Body Of The Animal.
4. Formulate A Diagnostic Strategy Based On The Differential List To Arrive At A Definitive Diagnosis.
5. Formulate Correct Conclusions Concerning Abnormal Radiographic Findings.
6. Recognize The Principles Of X Ray Imaging And Demonstrate Judicious Use Of Ionizing Radiations.

Seminar in Veterinary Science (VMED530)

The course presents topics of interest, related to various disciplines of veterinary medicine and animal science including physiology, nutrition, reproduction, Biotechnology and medicine. Students will be assigned topics for oral presentation under supervision of course advisors.

Credit Hours : 1

Course Learning Outcomes

1. Demonstrate A Breadth Of Knowledge In A Particular Discipline.
2. Illustrate Both Time And Self-Management Skills.
3. Illustrate High Level Of Oral And Written Communication And Presentation Skills.
4. Practice Group Discussions Of Complex Issues And Intellectual Arguments.
5. Show Critical Analysis Of Academic Literature And Interpretation Of Scientific Papers In A Broad Context.

Senior project (VMED580)

The course is a capstone course to be individually designed by the faculty advisor for each senior student to integrate all courses and training of the student, from all activities involved by the student, during his/her entire stay at UAEU. Research methods, analysis of data collected, interpretation and hypothesis must be developed by the students on a specific topic. A written thesis is to be produced at the end of the course.

Credit Hours : 3

Course Learning Outcomes

1. Create Scientific Research Effectively In Written, Visual, And Oral Format.
2. Determine How To Develop And Complete A Scientific Research Project.
3. Interpret Research Results And Inference Of Significant Conclusions.
4. Produce Data And Results Integration Within The Context Of Existing Literature.

Internship in Animal Hospital (VMED590)

The purpose of course is to give the student additional hands-on practical experience in a clinical setting in taking a clinical history, performing a physical examinations, creating problem lists, compiling lists of differential diagnosis, formulating diagnostic plans, formulating therapeutic plans, obtaining diagnostic samples, interpreting laboratory reports, discussing treatment options, generating medical records, and discharging patients. Students will be responsible for case follow up. The course will be taught using daily topic and case rounds as well as participation in clinical case management.

Credit Hours : 9

Course Learning Outcomes

1. Evaluate Clinical History, Perform Physical Examination, And Create Problem Lists.
2. Formulate Diagnostic Plans, Differential Diagnosis, Therapeutic Plans And Discuss The Treatment Options.
3. Plan Pre- And Postoperative Care Of Patients Through Their Assistance In The Surgeries.
4. Practice Cadaver Surgeries On Animals, Which Gives An Insight To The Routine Surgeries On Clinical Cases.
5. Schedule Case Follow Up And Presentation Of Their Assigned Cases Encountered By A 10-Minute Presentation To The Faculty And Residents On A Surgical Topic Of Their Choice.