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| general_pathology:cells:cell_as_unit_of_health_19 [2026/01/22 07:10] – ↷ Page moved from general_pathology:cell_as_unit_of_health_19 to general_pathology:cells:cell_as_unit_of_health_19 achamings | general_pathology:cells:cell_as_unit_of_health_19 [2026/02/26 02:24] (current) – achamings |
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| <quiz-item choice question="Choose the correct answer" | <quiz-item choice question="Choose the correct answer" |
| text="What are the steps in CRISPR gene editing?" | text="What are the steps in CRISPR gene editing?" |
| options="Binding of guide RNA to a CRISPR-associated (Cas) gene, binding of gRNA to complementary sequence in genome, double strand DNA cleavage by cas nuclease, introduction of random mutations by DNA repair/introduction of target ds DNA|Binding of guide RNA to complementary DNA sequence, cleavage of dsDNA by restriction enzyme, DNA repair by a CRISPR associated (cas) enzyme introduces random mutations by non-homologous end joining/insertion of gene by homologous DNA repair|Binding of guide DNA (gDNA) to a CRISPR asociated (cas) gene, binding of cas-gDNA complex to homologous sequence in genome, cleavage of DNA by restriction endonucleases, DNA repair by a CRISPR associated (cas) enzyme introduces random mutations by non-homologous end joining/insertion of gene by homologous DNA repair|Binding of guide DNA (gDNA) to a CRISPR-associated (Cas) gene, binding of gRNA to complementary sequence in genome, double strand DNA cleavage by cas nuclease, introduction of random mutations by DNA repair/introduction of target ds DNA|Binding of guide RNA to complementary DNA sequence, cleavage of dsDNA by restriction enzyme, DNA repair by a CRISPR associated (cas) enzyme introduces random mutations by non-homologous end joining/insertion of gene by homologous DNA repair" | options="Binding of guide RNA to a CRISPR-associated (Cas) gene, binding of gRNA to complementary sequence in genome, double strand DNA cleavage by cas nuclease, introduction of random mutations by DNA repair/introduction of target ds DNA|Binding of guide DNA (gDNA) to a CRISPR asociated (cas) gene, binding of cas-gDNA complex to homologous sequence in genome, cleavage of DNA by restriction endonucleases, DNA repair by a CRISPR associated (cas) enzyme introduces random mutations by non-homologous end joining/insertion of gene by homologous DNA repair|Binding of guide DNA (gDNA) to a CRISPR-associated (Cas) gene, binding of gRNA to complementary sequence in genome, double strand DNA cleavage by cas nuclease, introduction of random mutations by DNA repair/introduction of target ds DNA|Binding of guide RNA to complementary DNA sequence, cleavage of dsDNA by restriction enzyme, DNA repair by a CRISPR associated (cas) enzyme introduces random mutations by non-homologous end joining/insertion of gene by homologous DNA repair" |
| answer="Binding of guide RNA to a CRISPR-associated (Cas) gene, binding of gRNA to complementary sequence in genome, double strand DNA cleavage by cas nuclease, introduction of random mutations by DNA repair/introduction of target ds DNA"> | answer="Binding of guide RNA to a CRISPR-associated (Cas) gene, binding of gRNA to complementary sequence in genome, double strand DNA cleavage by cas nuclease, introduction of random mutations by DNA repair/introduction of target ds DNA"> |
| </quiz> | </quiz> |
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| | <accordion> |
| | <accordion-item title=”Explanation”> |
| | {{ :general_pathology:cells:crispr.png |}} |
| | </accordion-item> |
| | </accordion> |
