Which of the following does not introduce double-strand breaks in the DNA?(a) Gamma rays(b) Cancer drugs(c) Free radicals(d) Inherited mutationsThe question was posed to me during an online interview.Query is from DNA Repair topic in portion DNA Replication and Repair, Cellular Reproduction of Cell Biology

Which of the following does not introduce double-strand breaks in the

1.	Which of the following does not introduce double-strand breaks in the DNA?(a) Gamma rays(b) Cancer drugs(c) Free radicals(d) Inherited mutationsThe question was posed to me during an online interview.Query is from DNA Repair topic in portion DNA Replication and Repair, Cellular Reproduction of Cell Biology
Answer» CORRECT option is (d) INHERITED mutations Easiest explanation: Many INTERNAL and external agents cause double-stranded breaks in the DNA double helix.Ionizing radiations, certain chemicals and free RADICALS are examples of the causative agents of these breaks.

Discussion

No Comment Found

Related InterviewSolutions

The term mitosis was coined in ____________(a) 1782(b) 1882(c) 1982(d) 1992I have been asked this question during an internship interview.The above asked question is from Cellular Reproduction in section DNA Replication and Repair, Cellular Reproduction of Cell Biology
When were the experiments in an effort to understand cell cycle regulation first conducted?(a) 1970s(b) 1980s(c) 1990s(d) 2000sThis question was posed to me at a job interview.I'm obligated to ask this question of Cellular Reproduction topic in division DNA Replication and Repair, Cellular Reproduction of Cell Biology
Cells that have stopped dividing and are arrested in a state preceding that of DNA synthesis, are said to be in the__________(a) S phase(b) G1 phase(c) G0 phase(d) G2 phaseThis question was addressed to me in an online quiz.This is a very interesting question from Cellular Reproduction topic in section DNA Replication and Repair, Cellular Reproduction of Cell Biology
The bacterial oriC is the __________________(a) specific sequence(b) transcription factor(c) enzyme(d) polypeptideI had been asked this question in my homework.Question is taken from DNA Replication topic in portion DNA Replication and Repair, Cellular Reproduction of Cell Biology
Aneuploidy is the condition associated with ______________(a) transcription inefficiency(b) fragile chromosomes(c) abnormal chromosome umber(d) inability to perform meiosisI had been asked this question by my college professor while I was bunking the class.Question is from Cellular Reproduction topic in chapter DNA Replication and Repair, Cellular Reproduction of Cell Biology
Cytokinesis is the process of division of two daughter cells by the partitioning of _________________(a) DNA(b) RNA(c) Messenger RNA(d) CytoplasmI had been asked this question in final exam.This key question is from Cellular Reproduction topic in portion DNA Replication and Repair, Cellular Reproduction of Cell Biology
Meiosis ensures the production of a haploid phase.(a) True(b) FalseI have been asked this question in final exam.The query is from Cellular Reproduction in section DNA Replication and Repair, Cellular Reproduction of Cell Biology
Cyclin binding leads to a change in the _________________ of kinase.(a) pH(b) temperature(c) concentration(d) conformationI got this question in an interview.The doubt is from Cellular Reproduction in chapter DNA Replication and Repair, Cellular Reproduction of Cell Biology
Zygotic meiosis only occurs in _______________________(a) fungi(b) monera(c) vertebrates(d) mammalsI have been asked this question in quiz.My query is from Cellular Reproduction topic in chapter DNA Replication and Repair, Cellular Reproduction of Cell Biology
When was the mechanism behind cytokinesis first discovered?(a) 1950s(b) 1960s(c) 1970s(d) 1980sI have been asked this question by my college director while I was bunking the class.The above asked question is from Cellular Reproduction in portion DNA Replication and Repair, Cellular Reproduction of Cell Biology

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment