Metagenomics is aimed ata. determining the complete genome sequence of newlyidentified microorganisms.b. mapping the genes along chromosomes of newly identifiedmicroorganisms.c. determining the sequence of DNA fragments in environmentalsamples.d. determining the functions of all of the genes in a givenspecies’ genome.

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: Give at least four(4) uses/application of PCR. Explain.

A: PCR (Polymerase Chain Reaction) is use to amplify DNA. It can make billions of copies of a target…

Q: Metagenomics involves all of the following, EXCEPT A) O DNA isolation B) O DNA sequencing C) O…

A: The small, unicellular, and mostly prokaryotic organisms are called microorganisms. They are of…

Q: what would you expect to find in a metagenomic library ? (check all that apply) A.   peer reviewed…

A: Metagenomic libraries are beneficial for exploring microbial diversity in unculturable systems, and…

Q: Describe how you would clone a gene by positional cloning.Explain how a (previously made) contig…

A: The molecular cloning is also known as gene cloning. It is the process that the involves isolation…

Q: Select one principle in Animal Biotechnology, that you think is the best in improving an animal…

A: Introduction Animal Biotechnology Is A Branch Of Biotechnology That Uses Molecular Biology…

Q: define the term microsatellites.

A: Nucleotides form building blocks of DNA, and these blocks are arranged in a definite order in 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: Explain What are some of the concerns about biotechnology regarding human health and biodiversity?

A: Some of the negative effects of biotechnology include depletion of biodiversity, harmful effects on…

Q: Modern biotechnology started with the discovery of A the structure of cells B the antibacterial…

A: All living beings have cells, which are the most basic fundamental unit of life. Cells are…

Q: Explain why metagenomics is probably the most revolutionary application of genomics. What…

A: Metagenomics is an analysis of genetic material directly recovered from samples of the environment.…

Q: Describe metagenomics and the information it can provide.

A: The culture-independent sequencing-based molecular tool that is used for direct genetic analysis of…

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: A molecular biologist wants to isolate a gene from a scorpion that encodes the deadly toxin found in…

A: A gene is a stretch of nucleotides present on a chromosome. It is the region that encodes the…

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: Explain the development of next generation sequencing (NGS)technology ?

A: The words next-generation sequencing (NGS), massively parallel sequencing (MPS), and deep…

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: Outline the general strategy used in metagenomics.

A: Metagenomics is otherwise known as environmental genomics, ecogenomics due to obvious reasons as it…

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 4 components are needed for PCR to occur?

A: Polymerase chain reaction used to make thousands of copies of DNA from very small amount of the DNA…

Q: List three examples of how genomics has led to major newdiscoveries in microbiology.

A: Genomics is the branch of biology that deals with the evolution, mapping, structure, function, and…

Q: Compare the properties of cloning vectors such as pUC18, bacteriophage λ, and BACs.

A: The production of exact copies or clones of a particular gene or DNA sequence using genetic…

Q: Will biologist be able to find a way of completing eradicating cancer cells out of a cancer patient…

A: Biotechnology is a branch of biology, including the use of living organisms to produce products.…

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: Give example situation of Clinical Applications of Molecular Biology in your daily life.

A: Molecular biology involves the composition, structure as well as the interactions of the cellular…

Q: Explain about PCR Applications in in molecular biology ?

A: Introduction: PCR - is Polymerase Chain Reaction carried in vitro or in the laboratory for…

Q: Explain about the method used in metagenomics ?

A: A metagenomics study examines genetic material found directly in the environment.

Q: describe in general terms how a researcher can map the genome of a newly discovered organism.

A: Genome mapping is the process of finding the locus of genes and establishing the distance between…

Q: Give three advantages ‘Next Gen sequencing’ has over Sanger sequencing for clinical microbiology.

A: Nucleotide sequencing is the way of assessing the proper sequence of nucleotides in a given…

Q: How has metagenomics improved the discovery ofnovel, useful products in biotechnology?

A: Metagenomics is the study of genetic material recovered directly from environmental samples in order…

Q: Describe how PCR is used to amplify a specific gene from total cellular DNA.

A: The process of amplifying a specific DNA sequence containing a gene of interest is known as…

Q: Provide five advantages of Next Generation Sequencing? and explain each of these advantages.

A: Here I will discuss about the advantages of next generation sequencing.

Q: Studies of similarities and differences among the genomes of multiple organisms is carried out in…

A: Introduction Genomics:- It is the study of the complete set of DNA (including all of its genes) in a…

Q: Explain the principles of next-generation sequencing and metagenomics

A: Next-generation sequencing The principle of Next Generation Sequencing is same to Sanger sequencing,…

Q: Explain why exome sequencing can be almost as valuable as genome sequencing. (Explain in your own…

A: Exome sequencing is one of the molecular tool to analyze the genes encoding for protein in entire…

Q: Compare and contrast the assembly of genomes using Sanger and next-generation sequencing (NGS)…

A: Genome sequencing: genome means total gene content present in the organism and sequence means to…

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: Explain how you might use GenBank to obtain information about the function of a gene that you cloned…

A: GenBank It's the National Institutes of Health's genetic sequence database, which contains…

Q: Differentiate metagenomics from metaproteomics

A: Genes are the stretch of the DNA.

Genetic analysis

Genetic analysis refers to the process of studying and analyzing changes in chromosomes or genes using different methods in scientific fields such as genetics and molecular biology. It involves the localization and identification of genes and the detection of inherited or genetic disorders caused by mutations or other abnormal variations in our genome.