Gene editing Gene editing: The future Introduction Gene editing is a rapidly evolving field with the potential to revolutionize medicine. By changing the DNA of cells, gene editing can be used to treat or even cure diseases, improve agricultural yields, and create new products. There are two main types of gene editing: CRISPR-Cas9: This is a relatively new gene editing technology that is very precise and efficient. CRISPR-Cas9 uses a protein called Cas9 to cut DNA at a specific location. This allows scientists to insert, delete, or replace genes. ZFNs and TALENs: These are older gene editing technologies that are not as precise as CRISPR-Cas9. However, they are still effective and are used in some clinical trials. Gene editing has the potential to treat or even cure a wide range of diseases, including: Cancer: Gene editing could be used to target and kill cancer cells. Inherited diseases: Gen...
HTML Practicals Practical No.1 Verified by Aim: Cut out two identical right angled triangles. Name the vertices of the triangles as A, B, C on both sides. Draw the altitude on the hypotenuse of one of them. Name the foot of the perpendicular as D. Cut the triangle on its altitude and obtain two triangles. State the correspondences by which the three triangles are similar with one another. Observation table For ∆ABC For ∆BDC For ∆ADB ∠ABC=90° ∠BDC=90° ∠ADB=90° ∠BAC=60° ∠DCB=60° ∠DBA=90° ∠ACB=30° ∠CBD=60° ∠BAD=60° with the above observation In ∆ABC and ∆BDC under ABC ↔ BDC ∠ABC≅∠BDC ∠BCA≅∠DCB ∠CAB≅∠CBD ∴∆ABC~∆BDC (By A-A-A test of similarity) In ∆ABC and ∆ADB under ABC ↔ ADB ∠ABC≅∠ADB ∠BCA≅∠DBA ∠CAB≅∠B...
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