Department of Basic Medical Sciences

Undergraduate programme training researchers in basic medical sciences.

FacultyFaculty of Medicine
Duration6 Years
DegreeBachelor's Degree
LanguageTurkish
InternshipMandatory
Programme TypeFull-Time

Who Is It For?

This department is suitable for students who are interested in biology, chemistry, and physics, curious about how the human body works, and eager to conduct scientific research. Candidates who enjoy laboratory work, have well-developed analytical thinking abilities, and can adapt to a long and intensive educational program succeed in this department.

Quick Summary

  • 6-year Turkish-medium bachelor's degree program
  • Education in fundamental scientific disciplines such as anatomy, physiology, biochemistry, and microbiology
  • Mandatory clinical clerkships and internship period
  • Erasmus exchange program opportunity
  • Career opportunities in academic careers, clinical practice, and R&D

About the Department

The Department of Basic Medical Sciences brings together the main scientific disciplines that form the scientific foundation of the preclinical period within the Faculty of Medicine. The department encompasses disciplines including anatomy, physiology, medical biochemistry, histology and embryology, medical microbiology, medical pathology, medical pharmacology, and medical biology and genetics.

The educational program aims to systematically teach the normal structure and functions of the human body, the molecular and cellular bases of disease processes, and the scientific foundations of therapeutic approaches. Basic sciences education, concentrated in the first three years of the six-year medical education, is delivered in an integrated manner with clinical sciences through an integrated curriculum approach.

In addition to theoretical courses, students gain practical experience through laboratory applications, cadaver dissection, microscopy studies, and research projects.

Career Opportunities

Graduates hold the title of Medical Doctor and have access to a wide career spectrum including clinical practice, faculty positions at universities, scientist roles at research institutes, researcher positions at TÜBİTAK and similar institutions, R&D in the pharmaceutical industry, research and development at biotechnology companies, product development in the medical devices sector, specialist positions at Clinical Research Organizations, and roles at the Ministry of Health and international health organizations.

What Will You Learn?

Detailed recognition of the macroscopic and microscopic structure of the human body
Understanding the physiological mechanisms of organ systems
Comprehending biochemical processes and metabolic pathways
Learning the structure of microorganisms, pathogenicity mechanisms, and infection processes
Recognizing pathological changes at the cellular and tissue level in diseases
Evaluating drug mechanisms of action and pharmacokinetic properties
Analyzing the molecular basis and inheritance patterns of genetic diseases
Utilizing scientific research methods and biostatistics applications
Applying laboratory techniques and experimental models
Approaching clinical problems from a basic sciences perspective

Competencies You Will Gain

Competency in evaluating human body structure and functions holistically
Ability to analyze disease mechanisms from the molecular level to the clinical presentation
Skills in independently planning and performing laboratory techniques
Critical reading of scientific literature and developing evidence-based approaches
Ability to design experimental research, collect data, and perform statistical analysis
Rational evaluation of the effects and side effects of pharmacological agents
Identifying microbial agents and understanding antimicrobial resistance mechanisms
Interpreting pathological findings and establishing clinical correlations
Multidisciplinary teamwork and scientific communication skills
Ability to conduct research and professional practice in accordance with ethical principles

Educational Opportunities

FACILITY #1

Hands-on anatomy education through cadaver dissection and anatomy laboratories

FACILITY #2

Microscopy studies in histology and pathology laboratories

FACILITY #3

Culture and identification applications in microbiology laboratories

FACILITY #4

Analytical work in biochemistry and molecular biology laboratories

FACILITY #5

Physiology measurement and recording techniques in simulation centers

FACILITY #6

International exchange programs through Erasmus and bilateral agreements

FACILITY #7

Student projects and thesis work in research laboratories

FACILITY #8

Simultaneous teaching of basic and clinical sciences through integrated curriculum

FACILITY #9

Active learning environment through Problem-Based Learning (PBL) sessions

FACILITY #10

Multidisciplinary seminars and scientific congress participation opportunities

Frequently Asked Questions

How long does the Basic Medical Sciences program last?
What title is obtained upon graduation?
Can one specialize in Basic Medical Sciences?
Is the internship mandatory?
Can I participate in the Erasmus exchange program?
Can I pursue a double major or minor?
What are the laboratory facilities like?
What should those who wish to pursue an academic career do?
What is the language of instruction?