مصاريف
تاريخ البدء
وسيلة الدراسة
مدة
حقائق البرنامج
تفاصيل البرنامج
درجة
درجة البكالوريوس
تخصص رئيسي
Genetics | Molecular Biology | Molecular Genetics
التخصص
العلوم
لغة الدورة
إنجليزي
عن البرنامج
نظرة عامة على البرنامج
The Molecular Genetics program at Ohio State University provides a comprehensive understanding of genes and their role in organisms. Through core courses in genetics, biochemistry, and cell biology, students gain a strong scientific foundation. The program also offers upper-level courses and research opportunities, preparing graduates for careers in science, healthcare, and biotechnology.
مخطط البرنامج
Degree Overview:
Overview:
- The Molecular Genetics program at Ohio State University aims to equip students with a comprehensive understanding of genes and their involvement in the functioning of cells and organisms.
- Through this program, students explore diverse fields such as genetics, biochemistry, evolution, chemistry, and genomics.
Objectives:
- To provide students with a strong scientific foundation in molecular biology and genetics, preparing them for advanced coursework and research in the field.
- To enable students to comprehend the normal development and function of organisms and the role of genetic changes in疾病.
Program Description:
- The Molecular Genetics major requires students to complete 30 credit hours of coursework, including five core courses in genetics, biochemistry, cell biology, developmental genetics, and population and evolutionary genetics.
- Students are also required to gain research experience through a molecular genetics lab course or mentored independent research in a faculty laboratory.
- Beyond these core requirements, students can tailor their studies by selecting upper-level courses from the Department of Molecular Genetics or approved offerings from other life sciences departments.
- The program also offers a specialization in plant cellular and molecular biology for students with a strong interest in plant biology.
Outline:
Course Schedule and Structure:
- The program's curriculum is designed to provide students with a solid foundation in math and science, including general biology, calculus, general chemistry, organic chemistry, and general physics.
- Core courses in molecular genetics focus on training students in essential concepts of genetics, biochemistry, cell biology, developmental genetics, and population and evolutionary genetics.
- Students can choose from a range of upper-level courses to complement their core coursework and pursue their individual interests within the field.
Individual Modules:
Core Courses:
- Genetics - Fundamentals of inheritance, gene structure and function, genetic variation, and molecular techniques in genetics.
- Biochemistry - Chemical basis of life, including the structure and function of biomolecules, metabolism, and enzyme catalysis.
- Cell Biology - Structure, function, and regulation of eukaryotic cells, including membrane transport, cell signaling, and cell division.
- Developmental Genetics - Genetic mechanisms underlying embryonic development, including gene regulation, morphogenesis, and tissue differentiation.
- Population and Evolutionary Genetics - Principles of population genetics, including genetic variation, natural selection, and evolution.
Upper-Level Courses:
- Molecular Genetics of Human Disease - Genetic basis of human diseases, including cancer, genetic disorders, and infectious diseases.
- Microbial Genetics - Genetic mechanisms in microorganisms, including bacteria, viruses, and fungi.
Assessment:
Assessment Methods:
- Coursework evaluations typically include a combination of exams, quizzes, assignments, and research projects.
- Students' understanding of molecular genetics concepts is assessed through written assignments, oral presentations, and research projects.
- Research projects allow students to demonstrate their ability to design and conduct independent research in a laboratory setting.
Assessment Criteria:
- Grades are based on students' performance in coursework, research projects, and overall academic achievement.
- Faculty evaluate students' understanding of the subject matter, critical thinking skills, research abilities, and communication skills.
Teaching:
Teaching Methods:
- The program utilizes a variety of teaching methods to engage students and foster their understanding of molecular genetics principles.
- Lectures provide foundational knowledge and introduce key concepts.
- Small-group discussions encourage active learning and student participation.
- Laboratory experiences allow students to apply their knowledge and develop practical skills.
- Research projects offer hands-on experience in designing and conducting scientific investigations.
Faculty:
- The program is staffed by experienced faculty members who are actively engaged in research and teaching in molecular genetics.
- Faculty members are dedicated to providing students with a supportive and intellectually stimulating learning environment.
Unique Approaches:
- The program offers a summer study abroad program in Norway, where students can gain practical experience in analytical techniques and instrumentation relevant to medical laboratory technology.
- Through this program, students also explore the ethical challenges associated with the application of whole genome sequencing in clinical settings.
Careers:
Potential Career Paths:
- Graduates of the Molecular Genetics program are prepared for a wide range of career opportunities in the fields of science, healthcare, and biotechnology.
- Many graduates pursue advanced professional degrees in medicine, dentistry, pharmacy, or veterinary medicine.
- Others seek MS degrees in genetic counseling or PhDs to pursue careers in academia or research.
- Graduates also find employment in biomedical research, pharmaceutical or scientific sales, teaching, marketing, or technical writing.
Career Outcomes:
- Graduates with a bachelor's degree in biology earn an average starting salary of $46,679.
- The median salary for all biological scientists is $103,410.
- Graduates who earn advanced degrees, such as a PhD or professional degree in medicine, genetic counseling, or pharmacy, have significantly higher earning potential.
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