Proteomics is used to discovera. what genes are active in what cells.b. what proteins are active in what cells.c. the structure and function of proteins.d. how proteins interact.e. All except a are correct.
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Proteomics is used to discover
a. what genes are active in what cells.
b. what proteins are active in what cells.
c. the structure and function of proteins.
d. how proteins interact.
e. All except a are correct.
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Solved in 2 steps
- Bioinformatics can a. assist genomics and proteomics. b. compare our genome to that of a monkey. c. depend on computer technology. d. match up genes with proteins. e. All of these are correct.Genetic engineering and gene therapy are similar fields within genomics. What do they have in common and what distinguishes them?Which statement BEST differentiate metagenomics from proteomics? a The material used in metagenomics is mRNA while proteomic uses polypeptides. b The material used in metagenomics is DNA while proteomic uses polypeptides. c The material used in metagenomics is a transcriptome while proteomic uses polypeptides. d The material used in metagenomics is DNA from a mitochondrion while proteomic uses polypeptides.
- Compare 2D polyacrylamide gel electrophoresis to LC-MS as a proteomics technique to identify differences between patients with a disease and controls without the disease.Genetic engineering and gene therapy are two issues in genomics that are quite similar. What similarities and differences do they share?What is Sanger sequencing? Why do we use ddNTP? How to read a DNA sequence gel? c. What is a cDNA seq (RNA seq)? d. What is the main difference between a genomic and a transcriptome study?
- Which type of genomics studies the transcripts and proteins expressed by a genome? a. Comparative genomics b. Structural genomics c. Proteogenomics d. Functional genomicsWithin genomics, genetic engineering and gene therapy are two topics that are quite comparable. What do they have in common and how do they differ?The overall goal of the ENCODE Project is a. to sequence the entire genome from many different people. b. to identify all of the functional elements in the human genome. c. to study the expression of selected human genes. d. none of the above.
- describe the benefits and limitations of top-down and bottom-up proteomics.To clone a bacterial lipase gene into the cloning vector pET28a, you know the full sequence of the gene to be cloned. While you are designing the experiments, which bioinformatics tool(s) you want to use? Suggest a roadmap for this studySequencing a genome and identifying individual genes are processes typically carried out - A. via manual transcription by a team of genetic scientists. B. by computers using high-throughput methods. C. by hand with a team of information scientists. D. using experimental processes.