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Genetics and CRISPR: From DNA to Gene Editing

by admin · Genetics and CRISPR

A 15-hour working-knowledge course covering molecular genetics, gene regulation, inheritance, genome-wide association, CRISPR mechanisms, editor design, delivery, approved therapy, applications, and ethics.

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4

modules

13

lessons

14.7h

estimated work · target 15h

What's inside

52 tasks · 30 flashcards · 62 concepts · 27 recall prompts

remember
6
understand
11
apply
9
analyze
20
evaluate
5
create
1

Sample recall prompts — this is what studying it feels like

  • Explain DNA directionality and why antiparallel strands matter for copying.
  • Compare DNA and RNA in structure and role.
  • Why does replication produce leading and lagging strands?

Syllabus

Molecular Genetics: DNA to Protein

Builds the molecular foundation for genetics and editing: nucleic acids, replication, repair, transcription, RNA processing, translation, and protein effects.

  • DNA, RNA, and Genome Architecture reading · flashcard · quiz · note · 5 cards
  • Replication, Repair, and Mutation teach_back · reading · flashcard · quiz · 5 cards
  • Transcription and RNA Processing reading · note · quiz · teach_back
  • Translation and Protein Function reading · note · quiz · teach_back

Regulation, Inheritance, and Variation

Connects molecular mechanisms to gene regulation, chromatin, Mendelian inheritance, linkage, population variation, and GWAS.

  • Gene Regulation, Chromatin, and Epigenetics reading · flashcard · quiz · note · 5 cards
  • Mendelian Inheritance, Meiosis, and Linkage teach_back · reading · note · quiz
  • Population Genetics, Polygenic Traits, and GWAS reading · note · quiz · essay

CRISPR Tools and Delivery

Explains Cas9 targeting, guide design, off-target risk, base editing, prime editing, editor variants, and delivery choices.

  • CRISPR-Cas9 Mechanism note · reading · flashcard · quiz · 5 cards
  • Guide Design, Base Editors, and Prime Editors reading · note · quiz · teach_back
  • Delivery: Viral Vectors, LNPs, Ex Vivo, and In Vivo Editing essay · reading · flashcard · quiz · 5 cards

Applications, Case Studies, and Ethics

Applies the framework to Casgevy, in vivo editing, agricultural editing, germline ethics, enhancement, governance, and capstone review.

  • Case Study: Casgevy for Sickle Cell Disease reading · flashcard · quiz · teach_back · 5 cards
  • Current Applications: In Vivo Editing and Agriculture note · reading · note · quiz
  • Ethics, Governance, and Capstone Proposal Review reading · note · quiz · project

Concepts it teaches

NucleotideBase PairingAntiparallel DNAGeneGenome ArchitectureDNA ReplicationMutationDNA RepairNon-Homologous End JoiningHomology-Directed RepairTranscriptionRNA PolymerasePromoterRNA ProcessingSplicingTranslationCodonProtein FunctionGenotype-Phenotype RelationshipGene RegulationEnhancerChromatinEpigeneticsFetal Hemoglobin ReactivationAlleleMendelian InheritanceMeiosisRecombinationLinkageAllele FrequencyPolygenic TraitLinkage DisequilibriumGenome-Wide Association StudyPolygenic ScoreCRISPRGuide RNACas9Protospacer Adjacent MotifOff-Target EditingGuide DesignBase EditingEditing WindowBystander EditPrime EditingCas VariantGenome Editor DeliveryViral VectorLipid NanoparticleEx Vivo EditingIn Vivo EditingSickle Cell DiseaseCasgevyAutologous TherapyConditioningTherapeutic IndexAgricultural Gene EditingGene FlowGovernanceSomatic EditingGermline EditingMosaicismEnhancement