Methodological Exam Guide for Animal Anatomy: Master of Veterinary Medicine (2024)
Institutional Administrative Information and Publication Details
The methodological material was prepared under the Ministry of Education and Science of Ukraine at the Lviv National University of Veterinary Medicine and Biotechnologies named after S.Z. Gzhytskyi. Specifically, it was developed by the Department of Normal and Pathological Morphology and Forensic Veterinary Medicine. The document, titled "Tasks for Examination Control in Animal Anatomy," serves as a methodological manual for students of the second level of higher education (Master's) in specialty H6, "Veterinary Medicine." The guidelines were compiled by authors Tybinka A. M., Demus N. V., Prysiazhniuk V. Ya., and Fedorovych V. S. and published in Lviv in the year 2024.
Additional credits include Tybinka A. M. (Doctor of Veterinary Sciences, Professor), Demus N. V. (Candidate of Veterinary Sciences, Associate Professor), Prysiazhniuk V. Ya. (Candidate of Veterinary Sciences, Associate Professor), and Fedorovych V. S. (Candidate of Biological Sciences, Associate Professor). The work was reviewed by Holovach P. I., a Doctor of Veterinary Sciences and Professor at the Department of Normal and Pathological Physiology named after S. V. Stoyanovskyi. The recommendations were considered and recommended for printing by the methodological commission of the Faculty of Veterinary Medicine (Protocol № 4, dated November 20, 2024).
Examination Structure and Evaluation Framework
Control of student learning results is a necessary element of the educational process, ensuring an objective assessment of educational quality. The essence of this control lies in detecting and measuring student competencies through the interconnected activities of the teacher and the student. Evaluation is conducted via current and final control (exams, tests, and final certification), using a 100-point scale. This scale correlates with both the national Ukrainian scale and the ECTS scale. Specifically, 90-100 points correspond to "Excellent" (A); 82-89 is "Good" (B); 74-81 is "Good" (C); 64-73 is "Satisfactory" (D); 60-63 is "Satisfactory" (E); 35-59 is "Unsatisfactory" (FX) with potential for re-testing; and 0-34 is "Unsatisfactory" (F) requiring repeated study of the discipline.
Current control (PK) is evaluated on a four-point scale (2, 3, 4, 5). At the end of the semester, the average arithmetic value (SAZ) of all grades is converted into points using the following formula: . For a discipline ending in an exam, the distribution of points is calculated as: , where PK represents 50 maximum points for current semester work and E represents 50 maximum points for the exam. The exam itself consists of three types of tasks: 3 descriptive (theoretical-written) questions worth 5 points each, 11 test questions (multialphabetical and standard) worth 1 point each, and 3 oral tasks involving anatomical preparations worth 8 points each.
Theoretical Written and Descriptive Questions
The examination includes a bank of 75 theoretical themes. These cover the concepts of anatomy as a science, including its objects and research methods. Significant focus is placed on histology, such as the structural and functional features of epithelial and connective tissues, as well as embryology, including germ layers and their differentiation. Osteology and arthrology are extensively detailed, covering the general characteristics of the movement apparatus, bone structure (chemical and physical properties), and the development of primary and secondary bones. Axial and peripheral skeletal systems are explored through phylogeny and ontogenesis, including specific sections on the vertebral column, the skull, and limb skeletons. Joint morphology is categorized by continuous connections and synovial components (mandatory and auxiliary), with a classification of joints based on the shape of their articular surfaces.
Myology topics include the general characteristics of the skeletal muscular system, the structure of the muscle belly and tendon, and muscle classification by size, shape, and internal structure. The phylogeny and ontogenesis of skeletal muscles and their auxiliary organs are also addressed. The integumentary system is studied via the morpho-functional characteristics, phylogeny, and ontogenesis of the skin and hair. Splanchnology (internal organs) covers general patterns of organ structure, the morphology of body cavities (thoracic, abdominal, pelvic), and serous cavity development. Specific systems include the digestive tract (phylogeny to fish and beyond, teeth formulas, stomach types like monogastric and ruminant, liver, and pancreas), respiratory system (acini as air-blood barriers, phylogeny, and ontogenesis), urinary system (kidneys and nephron structure), and reproductive system (male and female developments, types of uteri, and placental structures). The cardiovascular system is analyzed through its components (blood formation and immune organs), hemodynamics, phylogeny, and post-birth changes in circulation. The nervous system includes the reflex arc, spinal and brain development, and the autonomous vs. somatic systems. Lastly, sensory organs and analyzers are classified by structure and phylogeny.
Systematic Anatomy Testing and Species-Specific Data
Testing tasks cover deep specifics of animal anatomy across various species including dogs, pigs, cattle, and horses. Spatial orientation is tested using terms such as Plani transversalia, Plani sagitalia, and Plani dorsalia. Vertebral anatomy includes identification of structures like the Processus articularis, Processus accessorius, Crista ventralis, Fossa vertebrae, and Caput vertebrae. Specific species characteristics are emphasized, such as the number of lumbar vertebrae: dogs have 7, cattle have 6, horses have 6 (sometimes 5), and pigs have 7 (sometimes 6 or 5). Identification of the sacrum includes recognizing the Crista sacralis lateralis, Promontorium, and Foramina sacralia dorsalia. Skull anatomy distinguishes between cranial (Os parietale, Os temporale) and facial (Maxilla, Os zygomaticum, Vomer) regions. Detailed components of the occipital, sphenoid, ethmoid, temporal, and frontal bones are required.
Limb anatomy testing includes the scapula (Fossa subscapularis, Fossa supraspinata), pelvic girdle (Tuber coxae, Tuber sacrale, Tuber ischiadicum), and long bones. For instance, the proximal epiphysis of the Os brachii contains the Tuberculum laterale, Tuberculum mediale, and Caput humeri. Carpal (Ossa carpi) and tarsal (Ossa tarsi) bone arrangements are explored, noting that carpal bones are organized in 2 rows. Testing also differentiates between species regarding the number of metacarpal bones (Dog: 5; Pig: 4; Cattle: 2; Horse: 1). Ligamentous structures like the Lig. longitudinale dorsale and Lig. nuchae are classified. Myological testing includes categorizing muscles by function: extensors (M. triceps surae), flexors (M. biceps brachii), and mimetic vs. masticatory muscles (Viscovyi, Shchichnyi, Dyochevrevtsevyi). Organ-specific tests cover dental formulas, gastric layers, intestinal segments (Ansa spiralis coli in cattle), and the lobes of the liver and lungs.
Practical Oral Tasks and Anatomical Identification
The oral portion of the exam consists of 72 tasks designed to reveal practical skills in identifying and characterizing anatomical preparations. These topics parallel the theoretical questions but require the student to physically demonstrate knowledge. Topics range from basic terminology and bone types to the specific structure of the atlas and axis, the components of the skull, and the bones of the stylopodium, zygopodium, and autopodium. Students must explain the connections of the axial and peripheral skeletons, describe the musculature of the thoracic wall, limbs, and spine, and identify the layers and derivatives of the skin, such as glands and hair. Internal organ identification includes the mouth, pharynx, teeth, tongue, salivary glands, and the complex stomachs of ruminants. Circulatory, nervous, and sensory systems are also represented, covering the heart, aorta branches, spinal cord formation, cranial nerves (specifically pairs 1-4 and 6-12, plus the trigeminal nerve), and the internal structure of the eye and ear. The list concludes with the unique anatomical features of domestic birds (Aves), focusing on their musculoskeletal structure and internal organ systems.
Qualitative Assessment Standards
For theoretical written questions, the 5-point rubric is defined as: 5 points for full mastery and argued presentation; 4 points for sufficient mastery with minor inaccuracies; 3 points for general mastery but lacking analysis; 2 points for partial, superficial mastery with significant errors; 1 point for minimal knowledge; and 0 for non-mastery. For test questions, 1 point is awarded for a perfectly correct selection, while partial points are calculated for mixed correct and incorrect answers. For the 8-point oral tasks, 8 points are awarded for firm, deep knowledge with detailed Latin terminology and biological analysis; 7 points for free mastery and causal reasoning between systems; 6 points for logical answers with proper Latin; 5 points for general mastery lacking species/age details; 4 points for possession of basic material with minor errors; 3 points for fragmentary knowledge with limited Latin; 2 points for minimal knowledge and poor understanding of terminology; 1 point for failing to explain the majority of questions; and 0 for total lack of knowledge.
Recommended Bibliography
Basic literature includes "Animal Anatomy" by S. K. Rudyk (2001), "Morphology of Agricultural Animals" by V. T. Khomych (2003), and anatomical atlases by V. K. Kostyuk focusing on Osteology and Myology. Supplemental materials listed include works by Lysenko M. V. (1999), Eliseiev A. P. (1988), and the International Veterinary Anatomical Nomenclature (Nomina Anatomica Veterinaria). Key international texts such as "Veterinary Anatomy of Domestic Mammals" by König and Liebich (2007) and Frandson's "Anatomy and Physiology of Farm Animals" (1986) are also recommended components for study.
Questions & Discussion
The transcript does not record specific audience interactions or Q&A sessions; however, the methodological guidelines account for the formal process of student inquiry regarding missed exams. Access to an exam for a student who missed for "valid reasons" (povazhni prychyny) must be granted by the Dean of the Faculty. Students who fail to reach 60 points despite completing all semester work are marked as "unsatisfactory" and have the right to re-take the exam during the established session period via an examination sheet (talon) issued by the dean's office.