List at least two ways in which computerized analysis oftranscriptomes aids genetic research.

Q: How can the concept of recombination frequency be used in genetic mapping?

A: It is the process of determining the location of genes on a chromosome that is called genetic…

Q: Describe the impact of the 1953 publication of the Watson–Crick paper on genetic research?

A: Deoxyribonucleic acid is the genetic material along with ribonucleic acid. The structure of nucleic…

Q: Discuss theh type of information that genome-wide association studies can provide

A: DNA is the genetic material in most living organisms. It is the information hub of the cell that…

Q: Explain Two strategies for assembling whole genome sequences.

A: All the genetic information of an organism is known as its genome. Genome assembly is defined as the…

Q: Why is targeting a medication like BiDil at African-Americans a flawed idea from an evolutionary…

A: The African Americans patients with congestive heart failures and issues were being prescribed with…

Q: Comment on the utility of variability in number of tamndem repeats during DNA fingerprintingds?

A: Deoxy ribonucleic acid (DNA) is the genetic material of most organisms that carry coded genetic…

Q: List three independent techniques you could use toidentify DNA sequences encoding human geneswithin…

A: A genome is referred to as genetic material of the organism that composed of DNA or RNA. The genome…

Q: How the amplification of other genomic methods such as optical mapping helps to overcome the…

A: The amplification of other genomic methods like optical mapping  has definitely improved the…

Q: Define about stoneage genomics ?

A: The discovery of ancient genomics such as stoneage genomics has revolutionized our understanding of…

Q: CRISPR techniques allow scientists to modify specific genes while sparing all others, thus…

A: Genetic diseases are the hereditary diseases that are very difficult to treat. With the advancement…

Q: What are some characteristics of model genetic organisms that make them useful for genetic studies?

A: Model organisms are those organisms that have characteristics that make them useful for genetic…

Q: What provides a convenient bridge between the low resolution of a karyotype and the ultra-high…

A: Introduction  Cytology refers to the study of cell such as cell morphology, physiology etc. As we…

Q: What is the relevance of the sample size to the choice of test organisms for genetic studies?

A: The sample size is the number of organisms chosen for a study or experiment. It can be large or…

Q: Describe how transposable elements are used as experimental tools.

A: Mutation is defined as sudden inheritable change that occurs in the DNA sequence. Transposon also…

Q: Define the positional cloning (sometimes called reverse genetics). ?

A: Reverse genetics is a molecular genetics technique that allows researchers to deduce gene function…

Q: What is the ultimate goal of genetic engineers, describe (in detail) the methods used to achieve…

A: Genetic engineering is the science of manipulating the genetic material of an organism. The first…

Q: Explain how DNA microarrays are used in the study ofgenomics.

A: DNA (deoxyribonucleic acid) is double helix, coil structure that is responsible for transfer of…

Q: List five reasons why genetic maps are useful?

A: Genetics is a branch of biology that deals with genes, heredity, and variation. Heredity purely…

Q: Describe two ways in which genome database information is used to study human disease genes.

A: The genome encodes all the information of the deoxyribonucleic acid, the macromolecule containing…

Q: Design forward and reverse primers to amplify this ENTIRE locus by PCR. Design each primer to be 10…

A: The forward and reverse primers are both important components used in PCR for amplifying a target…

Q: Briefly describe the steps or methods for studying genes.  Start with targeting a gene region and…

A: Gel electrophoresis is a strategy for investigating DNA dependent on its size (base-pair length). As…

Q: why transcriptome analysis is gradually becoming an importantdiagnostic tool in certain areas of…

A: Introduction  Genome is referred to the total amount of DNA a single haploid cell contains. Genome…

Q: what is metagenomics ? how does it differ from genomic analysis ? list one area where metagenomics…

A: The term genomics was coined by Thomas H.Roderick in 1987. Determination of the structure including…

Q: Discuss the concept of the use of DNA in genome identifi cation.

A: DNA is a substance consisting of 2 polynucleotide chains that coil around each other to form a…

Q: Examine the limitations of pedigree analysis inproviding the information needed for positional…

A: Positional cloning is a method used to determine the gene mutations that lead to the development of…

Q: Give the scope of the following fields in Applied Genetics: Instruction: No plagiarism. Answer…

A: Applied Genetics of the white field which main change the pattern of gene expression. Thereby this…

Q: Positional cloning identifies DNA______________s that arelinked to disease genes.

A: DNA or deoxuribonucleic acid is a polymer of deoxy ribonucleotides connected together via…

Q: Discuss the role (presence and absence) of a selectable marker (selection) in cloning a recombinant…

A: Recombinant DNA molecule is defined the molecule in which an isolated DNA fragment or gene of…

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 experimental advantage of genetic mapping?

A: Gene mapping was discovered by Alfred H. Sturtevant. He discovered this in order to identify the…

Q: How is a genome-wide association study carried out?

A: Deoxyribonucleic acid (DNA) is a genetic material of most organisms. DNA contains the instructions…

Q: What was the impact of the 1953 publication of theWatson-Crick paper on genetic research?

A: Introduction: Deoxyribonucleic acid is the type of nucleic acid that is the genetic material of…

Q: Describe how genome-wide association studies have led to new understandings about the structure and…

A: Systems biology is a method for comprehending complex biological systems. It necessitates the…

Q: List some of the effects and practical applications of molecular genetic analyses.

A: MOLECULAR GENETIC ANALYSIS:-  Molecular genetics is the study of genetic material- its structure,…

Q: Describe why genetic mapping is useful?

A: Gene is a specific nucleotide sequence in RNA or DNA. It is generally located on a chromosome. In…

Q: Describe some applications of genomics.

A: Introduction The study of genomes involves the analysis, sequencing, and mapping of genes, as well…

Q: Briefly explain how a gene can be isolated through positional cloning.

A: A positional cloning is a technique used in laboratory for locating the position of a gene…

Q: Explain the rationale behind the use of the “bag of worms” phenotype as a way to identify…

A: A mutation refers to an alteration in the genome or genetic material of a living organism’s cells or…

Q: Briefly explain why RNA-seq gives more information about the transcriptome than does microarray…

A: Messenger (m-RNA) ribonucleic acid is known to be transcribed from the DNA molecule, which is the…

Q: Explain the Detection of the sickle-cell mutation by sequencing of PCR products?

A: The disorder in which a group of red blood cells becomes sickle-shaped, it is known as sickle cell…

Genome annotation

The technique of linking biological information to genome sequences is termed genome annotation. Gene annotation is the method of identifying gene locations and coding sections. It helps us understand what these genes are doing in the body through establishing structural characteristics and linking them to the actions of various proteins.