Biology Grade 10. Reproduction and development of organisms. Collection 1

Deepen your understanding of reproduction and individual development in living organisms! The course “Biology Grade 10. Reproduction and Development of Organisms. Collection 1” provides an in-depth, systematic study of cell division, reproduction, embryogenesis, growth, regeneration, and modern reproductive technologies. The material is presented as structured lessons with practical exercises, questions, and review tasks.

Key Features of the Course:

• Structured lesson system: 38 sections (§72–109) covering cellular reproduction, organism reproduction, ontogenesis, and developmental regulation.
• Practical exercises: Developing skills in analyzing mitosis, meiosis, embryogenesis, growth, regeneration, and application of cell technologies.
• Questions and tasks for each lesson: Reinforcing theoretical knowledge, developing analytical and critical thinking.
• Applied orientation: Linking biological knowledge with medicine, reproductive health, and modern cell technologies.

Course Structure

Topic 5. Reproduction and Development of Organisms

• §72. Structure of viruses – Questions and tasks
• §73. Viral activity – Questions and tasks
• §74. Viral infections – Questions and tasks
• §75. Viruses and evolution – Questions and tasks
• §76. Prions and viroids – Questions and tasks
• §77. Reproduction of prokaryotic cells – Questions and tasks
• §78. Reproduction of eukaryotic cells – Questions and tasks
• §79. Cell life cycle. Interphase – Practical work, Questions and tasks
• §80. Chromatin structural organization – Practical work, Questions and tasks
• §81. Mitotic division – Practical work, Questions and tasks
• §82. Cytokinesis. Regulation and disorders of mitosis – Questions and tasks
• §83. Meiosis – Questions and tasks
• §84. Biological significance of meiosis. Meiosis disorders – Practical work, Questions and tasks
• §85. Amitosis. Cell aging and death – Questions and tasks
• §86. Cell technologies in biology and medicine – Questions and tasks
• §87. Organism reproduction – Practical work, Questions and tasks
• §88. Asexual reproduction – Practical work, Questions and tasks
• §89. Vegetative reproduction and its applications – Questions and tasks
• §90. Sexual reproduction and sexual process – Practical work, Questions and tasks
• §91. Gametogenesis – Practical work, Questions and tasks
• §92. Sex glands. Human gametogenesis – Practical work, Questions and tasks
• §93. Evolution of sexual reproduction – Practical work, Questions and tasks
• §94. Fertilization – Questions and tasks
• §95. Special forms of reproduction – Practical work, Questions and tasks
• §96. Human fertilization – Questions and tasks
• §97. Human sex – Questions and tasks
• §98. Ontogenesis of multicellular organisms – Practical work, Questions and tasks
• §99. Embryonic development. Cleavage – Practical work, Questions and tasks
• §100. Gastrula. Germ layers – Practical work, Questions and tasks
• §101. Temporary organs. Ontogenesis regulation – Practical work, Questions and tasks
• §102. Human embryonic development – Questions and tasks
• §103. Modern embryology methods. Reproductive medicine – Questions and tasks
• §104. Postembryonic development. Life cycles – Questions and tasks
• §105. Individual human development – Questions and tasks
• §106. Growth and development of living organisms – Practical work, Questions and tasks
• §107. Regulation and problems of growth and development – Questions and tasks
• §108. Regeneration – Practical work, Questions and tasks
• §109. Organ transplantation – Questions and tasks

Expected Learning Outcomes:

• Knowledge component: Understanding cell division types, gametogenesis, fertilization, embryogenesis, growth, regeneration, virus and prion structure, DNA replication and reverse transcription, and developmental patterns.
• Skills component: Describe cell, virus, and gamete structure; identify stages of cell division and development; compare development types, growth, regeneration, and life cycles; analyze effects of environmental factors on reproduction and development.
• Value-based component: Understand the importance of reproduction and development for life continuity; recognize the role of cell division and sexual processes in diversity; evaluate influence of internal and external factors on reproductive health and human growth.