DNAs are an organism’s blueprint. The code for any trait/character is stored in it. What allows it to function as such?
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A:
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A: The answer of the following question is given below
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DNAs are an organism’s blueprint. The code for any trait/character is stored in it. What allows it to function as such?
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- In the DNA, different alleles of a gene have a different sequence of ***18. Complete this flowchart to show how different alleles can result in different characteristics. different sequence of in transcription > different sequence of in a protein translation > different structure and function of the protein (e.g. normal enzyme vs. defective enzyme) > different characteristics (e.g. normal color vs. albino) In this section, you will analyze how different alleles of the hemoglobin gene can result in sickle cell ar vs. normal health. ***19. Compare the nucleotide sequence in the "Beginning of Normal Hemoglobin Gene" vs. the "Beginning of Sickle Cell Hemoglobin Gene". What is the only difference?In what order does the genetic information flow in living organisms? Choose all that are true. genetic information can be rewritten from protein to DNA genetic information can be translated from RNA to protein genetic information can be rewritten from DNA to RNA genetic information can be rewritten from protein to RNA genetic information can be rewritten from RNA to DNAModel organisms are those widely used by researchers who wish to understand basic processes that are common to many species. Bacteria such as Escherichia coli are model organisms for modern geneticists. Give three reasons why bacteria would be useful in genetic experiments.
- we done an experiment where we extracted the DNA from strawberry, grape, and peas. With the strawberries, we were able to find its DNA in the solution very easily because it was floating on the top. But for the grapes we were only able to see very small clumps which we weren't able to collect. And for the peas, we weren't able to see anything or collect any of their DNA. all I need is for help with the CER(claim, evidence, and reasoning) thank you!!If you had the ability to do gene editing with ONE gene for the betterment of human kind, which one would you choose, and why? Assume you could either change an abnormal allele associated with a disease, such as the cystin gene associated with Cystic Fibrosis to its normal wild type, or add a pre-existing human allele to a genome.Select each of the characteristics that are key features of genetic material. It must differentiate in each cell type. It must encode the blueprint to form proteins and other structures. It must be able to replicate and transmit to progeny. It must have heritable traits that can be passed to offspring. It must be variable through infrequent mutation.
- In addition to physical traits, gene sequences can be used when comparing related species. Instead of looking for the presence or absence of a specific gene, you would look at the percent similarity between the same gene in two or more species. Therefore, it is important to select a gene that contains a similar DNA gene sequence in each of the species being compared. Certain genes are involved in processes that are required for basic cellular function. As these processes are critical to cell function, the genes that regulate them are highly conserved, meaning that they have remained essentially unchanged over time. Glycolysis is one such process that is critical for cellular metabolism. Glycolysis involves converting glucose into pyruvate in order to generate ATP, the energy currency of the cell. Because glycolysis is an essential process for all species, the genes involved are therefore highly conserved. You will be looking at similarities among different taxa of the highly conserved…Explain the relationship among the following terms: genomics, proteomics, gene, protein, genotype, and phenotype. minimum of 500 words please!When comparing evolutionary similarities between different genes within a gene family, it is usually more straightforward to compare genes by using the protein sequences of gene products rather than DNA sequences of the genes themselves. Explain why this is the case. (Write 5 points)
- Which of the following is a correct statement about the distribution of genes in a molecule of DNA? In both bacteria and higher organisms the genes are continuous. In bacteria the genes are continuous, but in higher organisms they are discontinuous. In both bacteria and higher organisms the genes are discontinuous. In bacteria the genes are discontinuous, but in higher organisms they are continuous.1 2 Today's technology has made it easier to quickly and accurately generate DNA profiles. In this part of the activity, you will model the process yourself to solve a crime. Good luck, detective! Crime Report: A thief has stolen a priceless collection of jewels from the Museum of Precious Jewels. Forensic technicians obtained skin cells from a forehead print left on the glass enclosure of the jewel exhibit. DNA has been isolated and PCR amplified for some of the standard STR loci. A partial genetic profile generated from the collected DNA is shown in Figure 5. 10 50 DNA Profile from Forehead Print Number of base pairs 00 50 40 D58818 075830 I 16 MU DES1179 Shandand (10) 70 CSF1PO DITS820 80 100 Figure 5. The DNA profile of the forehead print from the scene of the crime. Each colored line shows the alleles for one of four of the core CODIS STR loci (D5S818, CSF1PO, D7S820, D8S1179). and data for the four STR loci that were included in the A suspect was identified in the case. Her DNA…Gene dosage is important for a number of genetic phenomenon. Name two and explain their relationship to the genotype and phenotype observed.