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Genome Editing and Gene Therapy

Biology Grade 12 Difficulty 5/5

Beginning of the lesson

Genome Editing and Gene Therapy

Big idea: This Grade 12 capstone connects guide RNA, programmable nuclease, off-target effect, ex vivo gene therapy, somatic versus germline editing to evaluate complex biological systems through evidence, uncertainty, responsible inference and real-world application.

Learning goals

  • guide RNA
  • programmable nuclease
  • off-target effect
  • ex vivo gene therapy
  • somatic versus germline editing

Core concepts

guide RNA

An engineered RNA that directs a programmable nuclease to a complementary target sequence.

programmable nuclease

An enzyme designed to cut or modify DNA at a selected genomic position.

off-target effect

An unintended edit at a genomic site sufficiently similar to the intended target.

ex vivo gene therapy

Removal of patient cells, genetic modification under controlled conditions, testing and return of the cells.

somatic versus germline editing

Somatic edits affect the treated individual, whereas germline edits may be inherited by future generations.

guide RNA1programmable nuclease2off-target effect3ex vivo gene therapy4somatic versus germline editing5Evidence-to-inference workflow

Scientific use

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In the full lesson

  • The complete explanation
  • Worked examples
  • Common mistakes and how to avoid them
  • Test questions: 15
  • AI tutor that answers questions about the topic
  • Progress tracking for students, parents and teachers