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Life Sciences Grade 12 | VirtualX MasterClass – Course Module 1 introduces students to the molecular, cellular, and tissue levels of life, exploring the fundamental principles of genetics and cell division. This module provides a solid foundation for understanding the biochemical basis of life, protein synthesis, and meiosis, which are essential for comprehending human biology and evolution.

Through interactive learning, engaging discussions, and practical applications, students will deepen their understanding of how DNA, RNA, and genetic processes contribute to life continuity. This module also provides an essential stepping stone for further biological studies and careers in health sciences, biotechnology, and genetics.

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This course consists of three in-depth lessons, each designed to enhance student comprehension of life at the molecular, cellular, and tissue levels:

Lesson 1: DNA – The Code of Life

  • Understanding the structure and function of DNA as the blueprint of life.
  • Exploring the double helix model, base pairing rules, and chromosome organization.
  • Investigating DNA replication and its significance in cell division.
  • Examining genes, genetic coding, and the role of the genome in inheritance.
  • Applications of genetic engineering, biotechnology, and forensic science.

Lesson 2: RNA and Protein Synthesis

  • Understanding the structure, function, and types of RNA.
  • Differences between DNA and RNA and their respective roles in protein synthesis.
  • Exploring the two-step process of transcription and translation.
  • Investigating the importance of the genetic code, codons, and amino acid sequencing.
  • Applications of protein synthesis in medicine and genetic research.

Lesson 3: Meiosis

  • Understanding the importance of meiosis in sexual reproduction.
  • Exploring chromosome behavior during meiosis I and meiosis II.
  • Examining key processes like crossing over and independent assortment.
  • Investigating the significance of genetic variation and mutations.
  • Comparing mitosis and meiosis, highlighting their different roles in growth and reproduction.

Each lesson contains interactive content, animations, real-world applications, assessments, and quizzes to enhance student engagement and retention.

By completing this module, students will develop a strong foundation in genetics and cellular biology, preparing them for advanced topics in evolution, inheritance, and biotechnology.

Course Currilcum

    • Lesson 1: DNA – The Code of Life Unlimited