IN THIS SECTION
Department of Veterinary Anatomy
Veterinary anatomy is necessary
to understand the systems, organs and tissues of animals and to learn to know
their neighborhoods. This information helps veterinarians diagnose diseases,
develop treatment methods and perform surgical interventions. For example, a
veterinarian cannot make a correct diagnosis or perform an effective surgical
procedure without knowing the location of an animal's internal organs.
This branch of science covers
various animal species; such as large animals, small animals, carnivores,
poultry and exotic species. Since the anatomical structures of each species
differ, veterinary anatomy education provides students with the necessary information
to understand and apply these differences.
Veterinary anatomy is also
essential for understanding the developmental processes, vital functions and
pathological conditions of animals. Research in this field covers topics such
as animal health, nutrition, genetics and environmental factors.
As a result, veterinary anatomy
plays a critical role in maintaining the health of animals and treating
diseases. This branch of science increases the competence of veterinarians with
both theoretical knowledge and practical applications and makes significant
contributions to improving the quality of life of animals.
The following topics are within
the scope of veterinary anatomy.
Anatomical aspects (medial,
lateral, dorsal, ventral, etc.) and correct use of terms.
Planes that cut the body
(sagittal, frontal, transversal) and their meanings.
Organ Systems: The main organ
systems of animals (circulatory, respiratory, digestive, reproductive, nervous,
skeletal, muscular) and detailed anatomy of these systems.
Body Parts: Basic parts of the
body (head, trunk, extremities) and anatomical structures of these parts.
Internal Organ Location: Location
of internal organs within the body and their relationships with each other.
Surgery Anatomical Information:
Anatomical structures to be considered in surgical interventions and their
clinical importance.
Diagnostic Methods: Anatomical
structures of animals with methods such as radiography and ultrasonography.
