Q: How can the concept ofrecombination frequency beused in genetic mapping?
A: Recombination is a process of exchange of genetic material between two different organisms.…
Q: What is a molecular marker? Give two examples. Discuss why it isgenerally easier to locate and map…
A: Introduction: Molecular markers are specific DNA segments identifiable among others in the whole…
Q: How Short hybridization probes can distinguish single-base mismatches. ?
A: Hybridization probes are the fragments of RNA or DNA molecules that have variable lengths and are…
Q: Explain the genome-wide association study (GWAS)?
A: GWAS study is important in order to determine common diseases and SNPs(single nucleotide…
Q: How do you interpret Blastn results with 0 % query coverage and 100 % identity?
A: BLAST stands for basic local alignment tool which is a program and algorithm for the comparison of…
Q: What do you need to pay attention to when designing SNP specific primers for the detection of gene…
A: When we designing SNP specific primers for the detection of gene sequences pay attention on…
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: What impact does RDT has on genetics and society?
A: Using recombinant DNA technology for the production of genetically modified organisms for commercial…
Q: How reliable does the rbcL gene work as a barcode for identifying plant species?
A: * DNA barcoding is method to identify a species by using a short section of DNA. They will compare…
Q: Why might exome sequencing fail to identify a diseasecausing mutation in an affected person?
A: Exome sequencing can only detect variants in the coding region of genes that have an impact on…
Q: Using blue-white selection, explain how to discriminate against bacteria with self-ligated vectors.…
A: Blue white selection is an efficient technique for the identification of Recombinant bacteria in a…
Q: What are the profiled epigenomic modifications found from the epigenome roadmap programme
A: Introduction:- Heritable chemical or physical alterations in chromatin are known as epigenetic…
Q: Genotyping of few SNPs in many patients?
A: SNP's stands for Single Nucleotide Polymorphism which usually occurs due to some point mutation. Any…
Q: From the data, what can you conlucde about the effect of this mutant?
A: The difference between tyrosine and phenylalanine is that tyrosine has an hydroxyl group. The liver…
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: Compare and contrast the use of SNP genotyping:(i) in the positional cloning of Mendelian…
A: The single nucleotide polymorphism (SNP) genotyping is the technique used to measure the genetic…
Q: What are the different genetic markers that genome-wide association studies (GWAS) employ? How can…
A: Genome-Wide Association Study (GWAS) or Whole-genome association study (WGAS) is a study of…
Q: What is double-knockout animals (DKOs) ?
A: Gene is the basic unit of heredity of an organism. In most animals, Deoxyribonucleic acid (DNA) is…
Q: Explain the Detection of simple sequence repeat (SSR) polymorphisms by electrophoresis of PCR…
A: Polymerase Chain Reaction is a technique to generate the copies or to amplify the DNA region…
Q: Define about CRISPR-Cas Infidelity ?
A: CRISPR is a technique that allows for the highly specific and rapid modification of DNA in a genome,…
Q: What is using somatic nuclei of transgenic adults to generate other animals with identical genomes?
A: Genomics refers to structure, function, evolution, mapping, and editing of genomes. Somatic cells…
Q: "Genome-Wide Association Studies Identify Genome Variations That Contribute to Disease" Explain this…
A: The genome-wide association comprises scanning all the marker genomes or complete sets of DNA to…
Q: In this qPCR plot, which sample had the least abundant starting amount of DNA?
A: qPCR(Quantitative-Polymerase Chain Reaction): It is a technique applied to measure the amount of PCR…
Q: How can linkage disequilibrium mapping sometimes provide a much higher resolution of gene location…
A: Linkage analysis rely on co inheritance of functional polymorphism, In linkage analysis, there are…
Q: With the many high throughput experiments that are used in biomedical research, how are some ways to…
A: High-throughput screening (HTS) is a method for scientific experimentation especially used in…
Q: Why is mutation breeding necessary for breeding for disease resistance?
A: Breeding is defined as sexual reproduction occurring between two organisms of the opposite sex of…
Q: What is the utility of understanding the genetic basis of susceptibility to COVID-19 for medicine…
A: To date, 3p21. 31 is the only genetic region significantly associated with severe COVID-19. Having…
Q: Various kinds of biochemical events may explain why some disease alleles are dominant?
A: Answer: Introduction: Genes are structural and functional unit of cell. Mutations in genes may lead…
Q: Why can imputation lead to bias in GWAS studies?
A: GWAS is the abbreviation for genome wide association study. It is an observational research approach…
Q: What do microarrays tell you that studying gene expression byassaying individual enzymes cannot?
A: Introduction Gene are the key component of genetic material which control almost all the cellular…
Q: Explain how researchers identify QTLs by establishingbackcross lines and then fine-mapping the QTLs…
A: Gene expression microarrays allow the quantification of transcript accumulation for plenty of genes…
Q: Why is GenBank important and What is GenBank format?
A: GenBank is the Genetic sequence database at NCBI (National center for biotechnology information). It…
Q: What class of genes is used in MLST analyses?
A: MLST refers to multilocus sequence typing. MLST involves higher frequency of recombination in…
Q: Short hybridization probes can distinguish single-base mismatches?
A: Hybridization probes are the fragments of RNA or DNA molecules that have variable lengths and are…
Q: Do you think IPRs are safeguarding the breeders ?
A: Plant breeding is a time-consuming and costly biological science, yet plant varieties may be cheaply…
Q: What are selectable marker genes ? Explain the role of selectable marker gene ?
A: Seletable marker Genes are present in the plasmid and they are help in selection if…
Q: Why are next generation sequencing reads determined after negative selection, while induction values…
A: Introduction :- The process of determining the primary structure of an unbranched biopolymer through…
Q: what are some of the benefits of producing transgenic crops for farmers and for consumers? List at…
A: A wide range of crop requirement increase day by day. To fulfillment of crop requirement scientists…
Q: What does A280 indicate, in assessing extracted DNA quality?
A: The correct answer is aromatic amino acids.
Q: Why are mutations in the INK4 locus so dangerous?
A: INK4 is a cyclin-dependent kinase inhibitor family (CKIs). Inhibitors of CDK4 and CDK6 are…
Q: can BRCA1 null mutant transcribe any genes
A: The genes BRCA1 and BRCA2 (BReast CAncer genes 1 and 2, respectively) generate proteins that help in…
Q: What are site-recombinases? Describe in detail how cre- recombinase can be used to decipher the…
A: Genetic recombination is the transfer of genetic material between organisms, resulting in offspring…
Q: What is the difference between a recombinant protein and a native protein? Why is it that some…
A: Proteins are the most abundant organic molecules of the living system. They have significant role in…
Q: What are PRRs, what do they do and where are they found?
A: The immune system of the human body consists of white blood cells, antibodies, spleen, thymus, and…
Q: What is the visibility of proteomic phenotype in COVID-19 patients?
A: The protein is defined because the set of proteins that an organism will manufacture. By…
Step by step
Solved in 2 steps
- What are the advantages of normalizing against a reference gene in qPCR?How does the creation of primers and their use in this manner work?What is the utility of understanding the genetic basis of susceptibility to COVID-19 for medicine and public health? Can you think of a potential application of this knowledge?
- What are ‘Selectable marker’? What is their use in genetic engineering?Why are next generation sequencing reads determined after negative selection, while induction values are determined after positive selection?How can linkage disequilibrium mapping sometimes provide a much higher resolution of gene location than classical linkage mapping?