Skip Ribbon Commands
Skip to main content
Skip Navigation Linksפקולטה לרפואה > English > Education > Academic Programs > Division of Biomedical Sciences > Biochemistry, Metabolism, and Endocrinology Program (6029)
Biochemistry, Metabolism, and Endocrinology Program (6029)
The program brings together researchers from fields of research dealing with a wide range of clinical and basic topics, who study the control of normal and pathological processes. The objective of the program is to provide students with knowledge of genetic, molecular, and cellular control of processes of development, metabolic processes, clinical nutrition, hormonal control, neural migration, and malignant transformation.
Students with a Bachelor’s degree in a variety of biomedical sciences, natural sciences, and medicine, with a GPA of at least 80, are accepted into the program.
The program requires completion of 28 credits.
Required courses – students must enroll in courses from each group, as listed below:
Group A:
94858 Metabolic Syndrome
Group B (One of The Following Courses in Molecular Biology):
81809 Molecular Biology of the Cell
81850 Molecular Biology
94304 Regulation of Gene Expression in Animals
94849 Regulation of Gene Experssion in Endocrine System
Group C (One of the Following Courses in Bioinformatics):
72677 Bioinformatics-Computerized Analysis of Biomolecules Sequences - Lab
72687 Bioinformatics-Computerized Analysis of Biomolecules Sequences - Lab
81817 Structure and Function of Proteins
81821 Structure and Function of Proteins - Lab
81865 From Networks to Molecules: Experimental and Computational Approaches for the Study of Protein Interactions.
81820 From Networks to Molecules: Experimental and Computational Approaches for the Study of Protein Interactions - Lab
Group D (Track Seminar):
94839 Seminar in Biochemistry, Human Metabolism and Endoerinology
Group E: Students Engaged in Research Related to Endocrinology are Also Required to Take A Mandatory Course:
94853 Human Endocrinology
Students Who Use Laboratory Animals Must Enroll in The Course:
94810 Ethical Use of Laboratory Animals in Biomedical Sciences
(Counted as A Makeup Course, Not Included in The Number of Credits Towards The Master’s Degree.)
Elective courses
Students can select courses from the list of recommended courses below, or any other graduate course. Courses for undergraduate students are not approved.
64805 Channelopathies
64880 Genetic Engineering in The Development of Drugs
81803 Cellular, Molecular Immunology: Selected Issues
81807 The Immunological Basis of Vaccines
81815 Genetics Animal Models of Human Disease
81853 Antiviral Drugs, Viral Vaccines and Interferon
81854 Industrial Microbiology
81864 Biotechnology and Environment Sciences
81888 Clinical Molecular Microbiology
81891 Molecular and Cellular Biology of Growth Factors and Cytokines
94305 Channels and Transporters: From Gene to Mechanism
94407 Physiology and Pathophysiology of Heat Stress
94412 New Molecular Insights in Renal Diseases
94628 Viruses Inducing Cancer
94630 From the Receptor to the Gene
94634 The Fundamentals of Embryonic Development
94677 Cell Cultures as Models for Signaling Contribution to the Development of Targeted Therapy
94678 Scientific Writing Workshop
94704 Liposomes: Theory and Application
94803 Molecular Mechanisms of Aging
94809 Genetic Aspects of Neoplastic Transformation
94821 Introduction to Gerontology
94838 Selected Topics in Nutrition
94851 Selected Topics in Endocrinology of Human Reproduction
94853 Human Endocrinology
94857 Biological Approaches to Cancer Therapy
94859 Molecular Mechanisms of Synaptic Transmission
94861 The Biology of Cancer
94864 Mitrochondria: Molecular , Metabolic And Medical Aspects
94865 Guided Reading : Synaptic Transmission in Health and Disease
94905 Gene Therapy
98122 Development of the Nervous System – Cellular and Molecular Aspects
98450 Genetic Epidemiology
98822 The Biology of Aging and Degenerative Brain Diseases
Some courses are offered once every two years. Before registering for a course, make sure that it will take place.
A lecturer in the hall with a presentation and audience
website by Bynet Software Systems