BIOLOGY (Master) FULL-TIME
Biology And Medicine Institute Science Educational Center
Name
BIOLOGY (Master) FULL-TIME
Program code
17481
Qualification awarded
Master of Biology
Length of programme
2 years
Number of credits
120
level of qualification according to the National Qualification Framework and the European Qualifications Framework
7
Qualification level
Second (Master)
Discipline
Biology
Speciality
KnowledgeField EN
Specific admission requirements
Presence of the first level of higher education and bachelor's degree. Categories of persons subject to special conditions of participation in the competitive selection for higher education on the basis of complete general secondary education in accordance with the Rules of Admission to the Taras Shevchenko National University of Kyiv in 2022.
Specific arrangements for recognition of prior learning
Persons with bachelor's, master's or specialist's degree are admitted to study for master's degree.
A person may enter the University to obtain master's degree on the basis of bachelor's, master's or specialist’s degree obtained in another specialty, provided that entrance examinations are completed successfully.
A person may enter the University to obtain master's degree on the basis of bachelor's, master's or specialist’s degree obtained in another specialty, provided that entrance examinations are completed successfully.
Qualification requirements and regulations, including graduation requirements
Academic qualification is awarded on the condition of successful mastery of the educational components of the program, successful completion of the comprehensive examination and public defense of the final qualification thesis.
Professional qualification 2211.1 junior scientific assistant (biology) is awarded by the decision of commission.
Programme learning outcomes
LO1. To acquire communication competence in both state and foreign languages to effectively discuss professional questions and present own research results.
LO2. To use libraries, databases and Internet resources to find relevant information.
LO3. To contribute to joint activities; to carry out coordinated and effective teamwork, taking into account public, state and manufacturing interests.
LO4. To solve complex tasks in the field of biology, to generate and evaluate ideas.
LO5. To analyze and evaluate the impact of achievements in biology on the development of society.
LO6. To analyze biological phenomena and processes on molecular, cellular, organismal, population and the biosphere levels from the perspective of general fundamental scientific knowledge with the application of special modern research methods.
LO7. To describe and analyze principles of structural and functional organization, mechanisms of regulation and organismal adaptation to various factors.
LO8. To conduct research with the application of knowledge in special aspects of modern biological science development, basic methodological principles of scientific research, methodological and methodical tools of scientific research in the field of specialization.
LO9. To plan scientific research, to choose effective research approaches and equipment.
LO10. To present the results of scientific work in writing (reports, scientific publications, etc.) and orally (reports and paper defense) using modern technologies, to set forth own opinion on the matter in a scientific discussion.
The rest of the program results can be found in the attached Program Profile.
Form of study
Full-time form
Examination regulations and grading scale
Current (testing, presentation / report assessment, calculation tasks, laboratory reports, etc.) and final control is carried out in the form of credits / differentiated credits, written, oral, or combined examinations in educational components (including the defence of report after the vocational and vocational pre-diploma practice, public defence of the master’s qualification thesis, a comprehensive examination. The final assessment of learning outcomes is carried out according to the common 100-marks scale.
The minimum threshold level of assessment for an educational component is 60% of the maximum possible number of marks.
The scale of marks correspondence:
Excellent 90-100
Good 75-89
Satisfactory 60-74
Unsatisfactory 1-59
Pass 60-100
Fail 0-59
Оbligatory or optional mobility windows (if applicable)
Work placement
The purpose of the educational program is to train a professional in the field of biology, capable of carrying out scientific and practical activities at enterprises and institutions of a biological (and, in some cases, medical, environmental, biotechnological) profile of various forms of ownership and subordination. Trends in the development of the specialty are constantly monitored through continuous interaction, cooperation, consultation with representatives of sectoral public organizations and associations, the academic community in Ukraine and abroad.
The attainment of this objective is ensured by laboratory work in individual disciplines, specialized/profile laboratory practice, educational, vocational and undergraduate practice; conducting scientific work in the laboratories of the institute or research partner institutions in Ukraine and, in the exercise of the right to academic mobility, in leading educational or research institutions in other countries.
Work-based learning
N/A
Director of the course
Nataliia
Viacheslavivna
Skrypnyk
Department of Cytology, Histology and Reproductive Medicine
Biology And Medicine Institute Science Educational Center
Biology And Medicine Institute Science Educational Center
Occupational profiles of graduates
The work of a professional in the field of biology, capable of carrying out scientific and practical activities at enterprises and institutions of a biological, medical, environmental, and biotechnological profile of various forms of ownership and subordination.
Access to further studies
The possibility of studying under the program of the third (educational and scientific) level of higher education; in-service training; retraining; postgraduate education; academic mobility.
Subjects
As part of the curriculum, students study the following disciplines
Professional and corporate ethics
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Philosophical problems of modern science
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Bioinformatics
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Computer modeling in biology
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Internship
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Plant ecophysiology and human health
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Phytotechnology and industrial cultivation of mushrooms
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Methodology and organization of scientific research with the basics of intellectual property
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Methods of modern biological research
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Regulation systems in plants
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Flora and vegetation of Ukraine
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Biodiversity conservation strategies
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Paleobotany
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Secondary metabolism of plants
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Phytomonitoring and phytoremediation
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Mechanisms of intercellular communication
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Fundamentals of modern pharmacology
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Molecular modeling and design of pharmacological drugs
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Medical biophysics
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Problems and resources of modern biomedical informatics
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Protein structure and proteomics
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Biophysics of membrane transport
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Physical methods in biology and medicine
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Structural biology
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Biophysics of pathological conditions
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Physics of DNA and protein-nucleic interactions
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Mechanisms of plant resistance to viral infections
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Pathogenesis of viral infections
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Epidemiology of viral infections
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Evolution of viruses
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Ecology of viruses
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Mechanisms of virus persistence
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Applied virology
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Viruses of archaea, mycoplasmas and cyanobacteria
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Medical and veterinary virology
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Viruses as vector systems
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Viruses and biosafety
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Phytobiotechnology
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Applied botany
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Productivity of photosynthesis and nanotechnology
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Biochemistry of macromolecular compounds
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Functional biochemistry
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Biochemical bases of immunity
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Modern problems of biomedicine and pharmacology
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Fundamentals of neurochemistry
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Biochemistry of reactive nitrogen and oxygen
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Genomics
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Molecular modeling of new drugs
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Innovative business planning of scientific developments
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Cellular signaling
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Biochemical mechanisms of cell damage
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Physical chemistry of biopolymers
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Epigenetic bases of ontogenetics
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Genetics of reproduction
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Population genetics
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Genome instability
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Genomics
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Medical genetics with basics of pharmacogenetics
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Protein-nucleic interactions
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Genetics of symbiosis
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Mobile genetic elements
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Genetic and cellular engineering
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Sociobiology
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Zoogeography with the basics of biogeography
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Information processes in populations
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Historical development of the animal world
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Phylogenetic taxonomy of animals
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Structure and functioning of superorganism systems
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Practical arachnoentomology
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Evolutionary morphology of animals
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Cognitive ethology
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Animal cultivation and basics of natural museology
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Soil zoology
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Pathogens of infectious diseases
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Mechanisms of signal transduction in cells of the immune system
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Transplant immunity
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Antitumor immunity
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Genetic and epigenetic control of the immune response
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Environmental immunology
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Design of cancer immunotherapy
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Immunopathology
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Phytoimmunology
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Neuroimmunology
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Bioimmunosensors
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Medical microbiology
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Genetics of microorganisms
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Antibiotics
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Fundamentals of experimental mycology
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Biogeochemical activity of microorganisms
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Metabolism of microorganisms
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Aquatic microbiology
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Molecular microbiology
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Modeling of cellular metabolism IN VITRO
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Microorganisms in modern genetic engineering technologies
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Human microecology
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Stem cell biotechnology
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Molecular organization of chromatin
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Molecular pharmacology and basics of molecular medicine
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MOLECULAR MECHANISMS OF INTRACELLULAR REGULATION AND CONTROL OF BIOSYNTHESIS
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Principles of structural organization of biological molecules
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Genomics and molecular phylogeny
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Molecular mechanisms of genetic information translation
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Innovative business - planning of scientific developments
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Molecular modeling of new drugs
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Molecular basis of apoptosis
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Evolutionary behavior and anthropogenesis
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Physiology of ontogenesis
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Comparative physiology
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Fundamentals of pathological physiology
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Physiology of regional blood circulation
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Fundamentals of evidence-based medicine
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Physiology of work and sports
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Systemic nosology
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Neuroimaging
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Electrophysiology
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Molecular physiology
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Karyology
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Cytophysiology of stem cells
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Molecular and cellular mechanisms of ontogenesis
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Chronobiology
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Receptors of bioregulators
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Comparative histology
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Histophysiology of the neuroendocrine system
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Mechanisms of cell aging
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Comparative cytology
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Mechanisms of oncogenesis
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Immunocytology
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Age aspects of reproductive function
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Medical genetics
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Applied statistics in reproductive medicine
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Toxicology and drug metabolism
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Stem cells
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Modern assistive technologies
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Cell biology in culture
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Endocrinology of reproduction
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Ethical and legal aspects in reproductive medicine
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Cellular engineering
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Preimplantation and prenatal diagnosis and screening
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Molecular mechanisms of cell differentiation
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Regulation of gene expression
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Genetics of behavior with the basics of psychophysiology
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Immunology of reproduction
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Regulation of metabolism
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Pilot projects
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Fundamentals of neurobiology
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Nanobiology and nanomedicine
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Medical parasitology
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Phylogenetic analysis
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Biorisk management
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Molecular mechanisms of plant resistance to phytopathogens
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Immunobiotechnology
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Modern industrial microbiology
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Human immune system and microbiota
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Reproductive biotechnology
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Practical mycology
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Regulation system in plants
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Biodiversity conservation strategy
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Foreign language for academic purposes
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Modern problems of biomedicine and pharmacology
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BIOCHEMISTRY OF ACTIVE FORMS OF NITROGEN AND OXYGEN
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INNOVATIVE BUSINESS PLANNING OF SCIENTIFIC DEVELOPMENTS
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Genetics of reproduction
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Genomics
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