The Master of Forensic Toxicology (Thesis) program focuses on the comprehensive study of toxic substances and their impact within forensic science. It aims to develop analytical and research skills in students, enabling them to conduct investigations and analyze toxicological data relevant to legal cases. The program is vital for producing experts capable of addressing the complexities associated with toxic exposure and contributing to the field of forensic science.

The Master of Forensic Science (Non-Thesis) program is aimed at equipping students with essential knowledge and skills in forensic science without the requirement of a thesis. This program focuses on practical applications of forensic techniques and methodologies to support criminal investigations and legal proceedings. Its importance lies in preparing graduates for immediate professional roles in law enforcement and forensic laboratories.

The Master of Forensic Science (Thesis) program is designed to provide students with advanced knowledge and skills in the field of forensic science, including the application of scientific methods to criminal investigations. Its goals are to enhance critical thinking and analytical skills, and to prepare students for professional practice in various forensic disciplines. This program is significant for addressing the increasing demand for skilled professionals in forensic science and criminal justice.

The Master of Biosecurity (Thesis) program aims to equip students with the knowledge and skills necessary to address and manage biological threats, whether natural or man-made. The program focuses on understanding biosecurity risks and developing strategies for prevention, control, and response to biological incidents. Its importance is highlighted by the increasing relevance of global health security and the need for trained professionals in public health, environmental safety, and emergency response.

The Master of Medical Microbiology (Thesis) program focuses on the study of microorganisms, their impact on human health, and the development of methods to diagnose and treat infectious diseases. The program's goal is to equip students with advanced research skills and a deep understanding of microbial pathogenesis. Its importance lies in combating infectious diseases and contributing to public health improvements.

The Master of Histology and Embryology (Thesis) program is designed for students who wish to engage in advanced research in histology and embryology. This program emphasizes the intricate study of tissue structure, cellular development, and the processes involved in embryogenesis, contributing significantly to various biomedical fields.

The Master of Histology and Embryology (Non-Thesis) program focuses on the study of microscopic anatomy and the development of organisms. It aims to provide students with a thorough understanding of tissue structure and function, as well as the processes of embryonic development. This program is crucial for careers in medical research, clinical pathology, and biotechnology.

The Master of Medical Microbiology (Non-Thesis) program is dedicated to providing students with an in-depth understanding of microbial entities, their interactions with humans, and their implications in health and disease. The program focuses on equipping graduates with the necessary skills for laboratory work and applied research in medical microbiology.

The Master of Medical Microbiology (Thesis) program is designed for students seeking to engage in advanced research in microbiology as it relates to human health. This program emphasizes the critical role of microorganisms in both disease and the body's immune response, preparing students for significant scientific contributions.

The PhD in Medical Microbiology program is focused on advanced studies and research in the field of microbiology as it pertains to medicine. This program aims to equip students with the knowledge and skills necessary to investigate microbial diseases, develop novel diagnostic and therapeutic techniques, and contribute to public health.

The PhD in Histology and Embryology (Turkish) program focuses on the study of tissues and their development during embryonic stages. It aims to equip students with in-depth knowledge and advanced research skills in cellular biology, tissue structure, and developmental processes, which are crucial for medical and scientific advancements.

The PhD in Molecular Oncology (Turkish) program delves into the molecular mechanisms underlying cancer development and progression. It aims to foster research that can lead to innovative treatments and therapies, addressing one of the most pressing health challenges globally.

The PhD In Medical Biology and Genetics (Turkish) program aims to provide an in-depth understanding of the molecular mechanisms underlying biological processes and their implications in medicine. The program is essential for advancing research in genetics, improving healthcare, and developing new therapeutic strategies.

The PhD in Neuroscience (Turkish) program is dedicated to exploring the complex mechanisms of the nervous system and brain function. It aims to train researchers who can contribute to understanding neurological diseases, cognitive processes, and the biological basis of behavior.

The PhD in Stem Cell and Tissue Engineering (Turkish) program focuses on the scientific principles and technologies behind stem cells and their application in regenerative medicine and tissue engineering. It aims to prepare researchers capable of innovating in the development of therapeutic solutions for various medical conditions.

The Master of Cancer Biology and Pharmacology (Thesis) (Turkish) program is aimed at providing in-depth knowledge and research skills in the field of cancer biology and pharmacology. It focuses on understanding the mechanisms of cancer development and the pharmacological approaches to treatment, preparing students to contribute to advancements in cancer research and therapy.

The Master Of Stem Cell and Tissue Engineering (Thesis) (Turkish) program aims to provide advanced knowledge in the fields of stem cell research and tissue engineering. It focuses on the application of stem cells in regenerative medicine and the development of engineered tissues for therapeutic purposes, preparing students for innovative careers in biomedical engineering.