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.
Q: Compare 2D polyacrylamide gel electrophoresis to LC-MS as a proteomics technique to identify…
A: Polyacrylamide gel is a technique used in organic chemistry, forensic chemistry, genetics, cell…
Q: Give the similarities and differences of Genomics from Bioinformatics, and Proteomics from…
A: Transcriptomics is defined as the techniques that are utilized for studying and knowing an…
Q: Microarray analysis has allowed scientist to A) sequenced the genome of a cell B) determine the…
A: Introduction: The final step in reading and processing data provided by a microarray chip is…
Q: Give at least three (3) importance of these tools in genetic engineering in the advancement of cell…
A: Genetic engineering is the bran of biological sciences that deals with the methods and applications…
Q: Compare and contrast functional genomics andproteomics.
A: Introduction: Genome is defined as the components comprising an organism. Proteome refers to the…
Q: Bioinformatics cana. assist genomics and proteomics.b. compare our genome to that of a primate.c.…
A: Answer is e.) all of these are correct.
Q: The BLAST program is a tool fora. inserting many DNA fragments into a cell at the same time.b.…
A: With the formation of molecular biology as a branch of science, scientist began to work on the…
Q: Within genomics, genetic engineering and gene therapy are two topics that are quite comparable. What…
A: Genomics is the study of an organism's entire genetic complement (the genome). It sequences,…
Q: Bioinformatics includes all of the following except (A) using computer programs to align DNA…
A: Bioinformatics is the use of information technology in biotechnology for data storage, data…
Q: What is a BLAST search? a. A mechanism for aligning consensus regions during wholegenome…
A: BLAST or Basic Local Alignment Search Tool, is a program used in bioinformatics for the comparison…
Q: What is bioinformatics? b. What are the main components of bioinformatics? C. Mention 5 applications…
A: Bioinformatics mainly a mixture of biology and information technology. It is inter disciplinary…
Q: Discuss the differences between the study of genomicsand proteomics.
A: Study of genes and it's behavior is known as genomics
Q: Explain how the study of metagenomics might yieldpractical benefits.
A: Metagenomics refers to the study of genetic material (DNA and RNA) that are specifically extracted…
Q: Determination of the entire DNA sequence of an organism is an example of ________ , while…
A: Genes are a set of instructions that determine what the organism is like, its appearance, how it…
Q: Bioinformatics can a. assist genomics and proteomics. b. compare our genome to that of a monkey. c.…
A: To understand the intricate details of biological data, various methods and software tools were…
Q: DNA microarrays ... Select an answer and submit. For keyboard navigation, use the up/dow select an…
A: The principle behind DNA microarrays is that complementary sequences bind to each other. The…
Q: Which of the following is an activity carried out in the field of bioinformatics?
A: Ans. Bioinformatics is an interdisciplinary area that develops biological data understanding methods…
Q: Enlighten Genetic Engineering and its pharmaceutical applications
A: In an organism, the basic biological unit of heredity is found to be genes. It is made up of DNA and…
Q: Positional cloning refers to: a. using a selection procedure to clone a cDNA b. cloning a portion of…
A: Positional cloning is a gene cloning method where cloning is done simply based on the knowledge of…
Q: High throughput whole genome sequencing, RNA-seq and ChIP-seq have all been made possible by the…
A: Genetic technologies have achieved great advancements in the recent years. One amongst many of those…
Q: Briefly explain how synthetic probes are created to screen a DNA library when the protein encoded by…
A: Synthetic probe is fragment of DNA. to screen a DNA library RNA of variable length approximately 100…
Q: explain the similarities and differences between the methods used in transcriptomics and genomics
A: Genomics is the study of genomes through analysis, sequencing and mapping of genes and…
Q: pick a specific disease that is currently a candidate for gene therapy—(a)briefly describing the…
A: Gene therapy aims at treating the disease at the molecular level, by modifying the genetic material…
Q: How can gene knockouts, transgenic animals, and gene editing techniques be used to explore gene…
A: Answer- The gene is a piece of DNA that codes for a particular polypeptide. This polypeptide or…
Q: Compare and contrast the methods used in transcriptomics and genomics (i.e similarities and…
A: The functional unit of heredity is the gene. It is composed of DNA and provides instructions for the…
Q: Describe the general strategy of metagenomics, and outline its uses.
A: Genes are the basic structural and functional unit of heredity. They carry coded genetic information…
Q: What is genomics? Lüffen birini seçin: O a. the study of entire genomes, including the complete set…
A: Genome It is defined as the complete set of genetic instructions of an organism. Each genome…
Q: Which statement BEST differentiate metagenomics from proteomics? a The material used in…
A: 'Omics' is the suffix added to frequently describe a word that refers to the field of study in…
Q: Genetic engineering and gene therapy are similar fields within genomics. What do they have in common…
A: Genetic engineering and gene therapy are similar fields with genomics. They are both similar as they…
Q: Give the different uses of proteomics in the field of genetics.
A: The nucleus of the cell contains DNA on which coding sequences known as genes are located. The genes…
Q: Explain the rationale and achievable goals behind using a genetic screen(like Heidelberg screen).…
A: Genetic screening such as Heidelberg screening is also called mutagenesis screening. This technique…
Q: Explain how you would compare the expression of a gene in a cancer cell and a normal cell using…
A: The functions of a gene can be studied by looking at how it expresses in a specific cell and how it…
Q: The overall goal of the ENCODE Project is a. to sequence the entire genome from many different…
A: The project ENCODE is stands for Encyclopedia of deoxyribonucleic acid (DNA) Elements. It is an…
Q: Genetic engineering and gene therapy are two issues in genomics that are quite similar. What…
A: Studying an organism's full genetic complement is known as genomics (the genome). It uses…
Q: What are other potential applications of syntheticgenomes and synthetic biology?
A: Synthetic genomics and synthetic biologies are artificial biological products and modified…
Q: How can gene knockouts, transgenic animals, and geneeditingtechniques be used to explore gene…
A: Gene is the functional unit of hereditary. Each cell has a nucleus, in which there is nucleic acid…
Q: Can Bioinformatics be used for sequence annotation to identifyprotein-coding and noncoding sequences…
A: The genome sequence of any organism is that organism's blueprint: the set of instructions dictating…
Q: Define about applications in synthetic biology ?
A: Synthetic biology is a multidisciplinary area that helps in creating biological parts, systems and…
Q: Discuss the similarities and differences between the methods used in genomics and transcriptomics.
A: Genome sequencing is often regarded as decoding. Genomics is the study of genomes through analysis,…
Q: What is the importance of bioinformatics in the study of genomics and proteomics
A: Bioinformatics is a branch of biology and computer science that deals with acquiring, storing,…
Q: "DNA Sequence Analysis Relies on Bioinformatics Applications and Genome Databases". Explain this ?
A: DNA sequence analysis is a vital tool in modern biology, allowing us to understand the function and…
Q: Propose an experiment that can be done easily with a DNA microarray or RNA-seq that would have…
A: In conventional methods of gene expression analysis, Northern blot tests, Serial Analysis of Gene…
Q: For the p53 gene, create a summary with a proteomics focus. You can include protein domains, protein…
A: p53 gene: It is also known as TP53 or tumor protein . It is a gene that makes a protein that is…
Q: Think of a possible safety or ethical issue related to genetic engineering and explain briefly why…
A: Background:- Nature in its own way has striked a balance between various ecological forces. By this,…
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.
Step by step
Solved in 2 steps
- Within genomics, genetic engineering and gene therapy are topics that are comparable. What do they have in common and what sets them apart?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.The ab initio approach finds genes by looking for a. common sequences found in most genes. b. similarity in sequence with known genes. c. mRNA with the use of in situ hybridization. d. mutant phenotypes
- DNA microarrays... Select an answer and submit. For keyboard navigation, use the up/down arrow keys select an answer. a) can reveal protein-protein interactions. b b) demonstrate differential expression of genes. c) can reveal protein-RNA interactions. d. d) none of the above 2. C.Please offer a clear explanation of the ChIP assay. A. What characteristics of these cells are being assessed? Why would this be valuable to a research team? B. Define assay and explain how samples are managed step by step with a clear explanation of each step. C. What type of data is being generated by this experiment?. Define the following terms:a. proteomicsb. protein chipc. yeast two-hybrid screeningd. mass spectroscopye. mixed anhydride
- Site-directed mutagenesis can be used to: a. treat diseases by gene therapy. b. make single residue mutation of a protein. c. make human insulin for treatment of diabetes. d. determine protein structures. e. determine DNA sequencingWhich 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.
- Cite a mathematical model that is used in Biotechnology or Agriculture. And explain these: a. How is the model used in the chosen field? b. What is the purpose of formulating such a model? c. What background in mathematics are necessary to properly understand and utilize the model? d. What are insights on the formulation and implementation of the model?Sequencing 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.The purpose of a ChIP-chip assay is to determinea. the expression levels of particular genes in the genome.b. the sites in a genome where a particular protein binds.c. the amount of a specific protein that is made in a given cell type.d. any of the above.