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Department of Biological Sciences

Department of Biological Sciences

Department's Mission

Our mission is to provide undergraduate students with an education that complements theoretical information with technical laboratory skills, while giving students opportunities for personal growth and for building a knowledge base for fruitful careers. The research and teaching interests of the department members include fundamental, as well as medically relevant, problems in molecular biology, genetics, genomics, proteomics, cell biology, environment, population genetics, biochemistry, and bioinformatics. Our mission includes further development of educational and research opportunities in these fields, and efficient transfer of up-to-date knowledge in these fields to our students. Furthermore, our mission includes further strengthening our educational capacities by strategic recruitment of new faculty, improvement of core laboratories, expansion of existing programs, and development of new high impact research clusters. These core goals are expected to position the Department of Biological Sciences to achieve national and international research and education prominence in the coming decade. In addition, our department is also committed to offering a number of courses for non-majors in order to provide those students with opportunities to learn and think about the larger issues in the biological sciences, and thus serves the society in general by promoting education in biological sciences.

Departmental Facilities

Students of the Molecular Biology and Genetics program benefit from the chemistry, physics, computer and audio-visual technology facilities of the Faculty of Arts and Sciences. In addition, the main technical education on molecular biology and genetics laboratory skills is provided at the Molecular Biology and Genetics Laboratory housed by the Biological Sciences Department within the Faculty of Arts and Sciences. Publications offered by the Eastern Mediterranean University Library, allow the students to access and explore the latest literature in different fields of biological sciences. E.M.U. Biological Sciences Department has various on-going collaborations with national and international universities, institutions and private establishments regarding students' internship opportunities. Additionally, students of the program are offered the opportunity to take part as an assistant researcher in projects carried out by the department's academic staff.

With the current Molecular Biology and Genetics Laboratory equipment, undergraduate students are able to perform several different molecular experiments, some of which are listed below;

  • Isolate DNA from different cell types,
  • Perform Restriction Enzyme digestion on DNA samples,
  • Run gel electrophoresis,
  • Perform PCR reactions,
  • Transform bacterial cells.


Department of Biological Sciences is currently offering an undergraduate degree program in Molecular Biology and Genetics (BS degree) as well as a minor degree in Molecular Biology and Genetics.


Program NameDegreeDuration (Years)
Molecular Biology and GeneticsBachelor / B.S.4
Medical Biotechnology (without Thesis)Master / M.S.1 - 1.5
Distinguishing Attributes

Department of Biological Siences has state-of-the-art student and research laboratories. Students are encouraged to be part of research projects under department members' supervision. Molecular Biology and Genetics department members play key roles in life sciences initiatives that involve genomics, cell and molecular biology, bioinformatics and environmental science at EMU. As a basic science department, we also support curricula of other disciplines including EMU's Medical School, Faculty of Pharmacology, and Faculty of Health Sciences with core courses in molecular biology and medical genetics. Molecular Biology and Genetics program serves as a bridge between investigators of the Department and other investigators throughout the university, and foster robust interfaces between the clinical, basic sciences, and engineering providing a multidisciplinary stage for collaborative research at EMU.One of our main achievements is to be able to offer an undergraduate education within international standards and in a truly multi-cultural education setting, achieved by a very high international. In addition, in order to encourage extracurricular activities of our students, our department is affiliated with four different student clubs at EMU; Environment Club, Scuba Club, Genetics Club, and Surfing Club.  

Major Accomplishments

Internationally educated and trained faculty members bring many areas of strengths to the Department of Biological Sciences including: First and foremost education in Molecular Biology and Genetics;  and research in the areas of 

  1. RNA and genomic expression analysis;
  2. Bioinformatics;
  3. Human genetic disorders, including cancer genetics and beta-thalassemia;
  4. Alternative splicing analysis,
  5. RNAi studies,
  6. Genome sequence analyses, and
  7. Environmental science.

Quality of Graduates

Department of Biological Sciences offers an engaging and academically rigorous undergraduate program that addresses the national need for professionally trained scientists and scientifically literate citizens. Department members take active roles in using their research to shape undergraduate education and make real-life research experiences available to our graduates. The Department strives to ensure that the students gain a state-of-the-art education in Molecular Biology and Genetics, which is currently the only undergraduate program available in this field in the Turkish Republic of Northern Cyprus. Our program is designed in accordance with internationally recognized programs and is comparable with those in well-established universities in Turkey, Europe and the U.S.A. The Department is expected to graduate its first group of students in 2015.

Career Opportunities

Following the successful completion of the 4-year undergraduate curriculum, program graduates will receive a Bachelor of Science (B.S.) degree in Molecular Biology and Genetics. Upon receiving this degree, graduates have the necessary foundation to further their education in relevant post-graduate programs. Students will be able to continue their further graduate education in various national and international academic settings. In addition, graduates have the opportunity to find employment in variety of fields including:

  • medical settings
  • private hospitals
  • state hospitals
  • teaching
  • clinical genetics
  • bioinformatics sector
  • pharmaceutical companies
  • biotechnology industries
  • private diagnostic laboratories
  • research institutes
  • agricultural sector
  • environmental sector

Admission Requirements

For more information about admission requirements, please visit Admission Requirements

Contact Information

Eastern Mediterranean University
Faculty of Arts & Sciences 
Department of Biological Sciences 
Famagusta, North Cyprus
Mersin 10 Turkey

 Tel: +90 392 630 3923
Fax: +90 392 365 1604

Academic Staff

Name SurnameDutyDepartmentOfficeTel
Prof. Dr. BAHAR TANERİ Chair Biological Sciences AS104 3922
Assist. Prof. Dr. ADİL ŞEYTANOĞLU Faculty Member Biological Sciences AS105 2675
Assist. Prof. Dr. BURAK ALİ ÇİÇEK Vice Chair Biological Sciences AS110 2109

Part-time Academic Staff

Name SurnameDutyDepartmentOfficeTel
Sr. Instr. DİLEM ŞAKİR Senior Instructor Biological Sciences AS115
Sr. Instr. HAVVA ÇOBANOĞULLARI Senior Instructor Biological Sciences
Sr. Instr. HÜLYA ŞENOL Senior Instructor Biological Sciences AS115
HASAN DENİZ AKBORA Instructor Biological Sciences AS117 2404

Research Assistants

Name SurnameDutyDepartmentOfficeTel
FEZEL NİZAM Instructor Biological Sciences AS114 2060
IFEBAJO AYODEJI OLUGBENGA Research Assistant Biological Sciences AS235


​​​Crs.CodeCourse NameCreditsECTS
First Semester
ENGL191Communication in English I35
​​​​HIST280Ataturk's Principles and History of Turkish Reforms25
MATH151Calculus - I46
BIOL121 General Biology - I46
CHEM111General Chemistry - I46
Second Semester
CHEM112General Chemistry -II46
BIOL124Introduction to Molecular Biology and Genetics36
ENGL192Communication in English - II35
MATH152Calculus - II46
BIOL122General Biology - II46
Third Semester
BIOL211Molecular Cell Biology I46
PHYS101Physics - I47
COMP183Fundamental of Computer Science - I46
BIOL213Human Genetics36
CHEM243Organic Chemistry - I46
Fourth Semester
BIOL212Molecular Cell Biology - II47
PHYS102Physics - II47
COMP184Fundamental of Computer Science - I46
CHEM244Organic Chemistry - II46
Fifth Semester
COMP374Database Management Systems36
BIOL311Molecular Genetics48
UE01University Elective I35
AE01Area Elective I35
BIOL313Concepts in Behavioral Genetics38
Sixth Semester
BIOL312Bioinformatics and Computational Biology36
UE02University Elective II35
Seventh Semester
BIOL413Developmental Biology46
BIOL415Genomics and Proteomics37
AE02Area Elective II35
BIOL411Molecular Evolution36
Eight Semester
UE03University Elective III35
AE03Area Elective III35
BIOL414System Biology36​​

 Course Descriptions for Medical Biotechnology

BIOL501: Molecular Biology and Genetics
This course covers eukaryotic gene expression and regulation in detail, as well as eukaryotic cellular
processes. Genome, transcriptome and proteome level information are discussed, as well as
epigenomics. In particular, human genome is detailed. Relevant ethical, legal and social issues are


BIOL502: Fundamentals of Biotechnology
This course introduces the basic concepts of biotechnology. The history, development and current
applications of biotechnological products are outlined and serve as the basis for the elective courses.

BIOL503: Genome editing and gene therapy
Genetic engineering, new techniques in gene and genome editing, and the relevant technology are
covered. The latest developments in the field are reviewed and the potential for future applications are

BIOL504: Advanced Molecular Cell Biology
The course provides a more detailed overview of molecular cell biology and its significance in
understanding the disease mechanisms.

BIOL506: Molecular and Medical Biotechnology
Medical applications of molecular cell biology and genetics are covered. Contemporary research
findings are discussed through critical thinking and evaluation of scientific papers. Relevant ethical,
legal and social issues are discussed.

BIOL507: Medical Biotechnology in Diagnostics and Therapeutics
In this course, the development and advances in the biotechnological tools in disease diagnosis and
disease treatment are discussed. The protein based biological products as well as nucleic acid, cell and
tissue based biological products are covered in further detail and contrasted.

BIOL508: Biomarkers and Drug Development
This course covers the identification and detection of biomarkers that can be used for disease
diagnosis and risk assessment. It includes the detection of potential molecular drug targets and the
ways these targets can be employed in drug development.

BIOL509: Applications of Biotechnology in Assisted Reproduction
In this course, the historical changes in reproductive medicine and developments in assisted
reproductive technologies are discussed. The advances in reproductive technologies and latest
discoveries are analyzed. In addition, preimplantation genetic diagnosis/screen methods are reviewed.

BIOL511: Ethics in Biotechnology
This course provides an overview of the legal, medical, and ethical questions regarding
biotechnological methods such as those related to reproduction and human genetics, and how to apply
legal reasoning to these questions.

BIOL512: Vaccines and Immunity
The course outlines the medical applications of molecular tools and findings in vaccine development
and immunity.

BIOL513: Epigenetics and epigenomics
Epigenetics is one of the most rapidly expanding fields in biology. This course covers the latest
developments in epigenetics and epigenomics and investigates the wider impacts of epigenetics in
human health. References may be made to subjects such as the impact of social determinants of
health. The course also covers ethical, legal and social aspects.

BIOL514: Applications of Bioinformatics in Biotechnology
Bioinformatics plays an important role in the advancement of biotechnology in various fields. In this
course, the impact of bioinformatics in the development of biotechnology is covered.

BIOL515: Applications of Biotechnology in Marine Biology
This course aims to introduce recent developments in biotechnology from marine organisms which are
relevant to a broad range of industrial sectors such as as pharmaceutical and agricultural industries;
more efficient and less polluting industrial processes and tools for environmental remediation.

BIOL599: Term Project
The student will prepare a semester project on a selected topic​