Genomics and proteomics

What is Differential Display?

• • A method to amplify DNA

• • A technique to compare gene expression

• • A process for sequencing RNA

• • None of the above

What is the primary purpose of Reverse Transcription PCR (RT-PCR)?

• • To sequence DNA

• • To amplify DNA directly

• • None of the above

• • To convert RNA into DNA for amplification

Which of the following best describes Microarray technology?

• • None of the above

• • A technique to analyze gene expression across thousands of genes simultaneously

• • A method for sequencing DNA

• • A process for cloning genes

What is the significance of qPCR in gene expression analysis?

• • It allows for the quantification of DNA

• • None of the above

• • It provides real-time monitoring of PCR amplification

• • It is used for cloning purposes

What role does RNA-Seq play in transcriptome analysis?

• • It is used for protein synthesis

• • None of the above

• • It allows for the quantification of RNA transcripts

• • It is primarily for DNA replication studies

Which of the following statements is true about Sanger sequencing?

• • It is used for gene expression profiling

• • It is a technique used for determining the nucleotide sequence of DNA

• • None of the above

• • It is a method for amplifying RNA

What is the main advantage of using Next-Generation Sequencing (NGS) over traditional sequencing methods?

• • None of the above

• • It can only sequence small fragments of DNA

• • It is less expensive and faster

• • It requires less sample material

What is the function of CRISPR technology in genetic engineering?

• • To sequence entire genomes

• • To amplify RNA sequences

• • To edit specific DNA sequences

• • None of the above

What is the primary application of ChIP-Seq in genomics?

• • To analyze protein-DNA interactions

• • To amplify specific DNA regions

• • To sequence RNA transcripts

• • None of the above

Which of the following best describes the purpose of single-cell RNA sequencing (scRNA-Seq)?

• • To sequence entire genomes

• • None of the above

• • To study gene expression at the individual cell level

• • To analyze the genetic variation in populations