Q. The double strand breaks, the DNA cleaving enzyme generates ____________

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Q. In the DSB pathway the 5’-terminal of the broken strand are degraded.

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Q. What is gene conversion?

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Q. How many classes of sequences are carried by the recombination site?

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Q. CSSSR can generate ____________ Different types of DNA rearrangement.

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Q. In recombinase recognition sequences what is the short sequence?

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Q. What are the two families of conservative site specific recombinases?

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Q. Site specific recombination is ATP dependent process.

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Q. What are the two proteins which create site specific recombination?

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Q. How many single strands are generated during recombination?

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Q. Which recombinases cleaves the four strands before strand exchange occurs?

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Q. What is the correct pair of the four segments (R1, R2, R3, and R4)?

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Q. What is the nature of the DNA complex formed by the recombination process?

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Q. How many mechanisms are involved in the recombination process?

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Q. How does tyrosine recombinase acts?

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Q. What is the enzyme involved in the tyrosine recombination process?

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Q. What is the name of the site where Cre enzyme acts?

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Q. What is the function of Salmonella Hix invertase?

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Q. RecA protein of E. coli is involved in the process of ____________

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Q. RecBCD and RecFOR in E. coli is involved in the process ____________

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