Explain some of the ways whole genome sequence data can be filtered to help identify a disease gene and mutation.
Explain some of the ways whole genome sequence data can be filtered to help identify a...
TE 5. Mutation is a vague term which applies to the ways in which a genome can be randomly altered. First explain why mutation is crucial in evolution. Then, explain the mutation, and how the mutation occurs, so the genome possesses: 1) a new allele; 2) a new gene or locus; 3) a duplicated gene; and 4) a doubling of the entire genome.
Which of these are correct? Thanks for the help!
Which of these are ways that genome analysis can be used in agriculture? analyze DNA of extinct agricultural species that could be resurrected insert gene for desirable trait into an animal's DNA identify how different genes contribute to complex desirable traits determine what were the ancestors of modern domestic breeds determine which animals carry undesirable traits and should not be bred
a) Why was it important to sequence ESTs as well as the human genome? A. Because ESTs contain sequence that is not in the genome B. To identify the location of the exons C. To identify the location of the promoter D. Because ESTs are different than what is in the human genome b) What regions of the genome are missing if only ESTs are sequenced? A. cDNA B. Exons C. mRNA D. 3'UTR E. Introns c) Name a region...
Genetics - Question 4 [15 marks] Sequence alignment is a critical tool for the analysis of genome data. Explain the purpose of alignment scores in identifying the best alignments. [5 marks] What is the general concept upon which all protein scoring matrices are based? [3 marks] What is the difference between PAM and BLOSUM scoring matrices? [2 marks] You have a DNA sequence from a new microorganism. You search the NCBI nonredundant nucleic acid database using BLASTN. Surprisingly, you do...
What are some ways we can help patients avoid disease? What condition do you think are preventable, and what could you do to help prevent them?
1. Explain how some patients who are homozygous for the sickle-cell allele do not develop sickle-cell crisis or other symptoms of the disease. Because of a mutation to a regulatory gene, a variant form of the beta subunit is expressed that does not cause sickling of hemoglobin protein. Because of a defective regulatory gene, fetal hemoglobin is expressed in adulthood which compensates for defective adult hemoglobin. Because of an additional mutation to the gene for the beta subunit of hemoglobin,...
-Explain how DNA sequencing can be used to identify organisms and place them into phylogenetic trees or "trees of life". -Why would whole genome sequencing be better than sequencing parts of the bird genomes? -Besides humans, what group of animals would you recommend sequencing next and why? Justify your answer with some reasons.
IT Project Management: Explain in detail and give 3 references: What are some ways to identify project stakeholders? Which stakeholders do you think are often not identified when they should be?
Discuss what is business intelligence, automation, and data analytics? What are some ways auditors can use these to help in an audit?
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Reference Sequence Wild-Type DNA Template Sequence: mRNA Sequence: Amino Acid Sequence: TAC ACC TTG GCG ACG ACT AUG UGG AAC CGC UGC UGA Met-Top-Asn--Ars--Y-STOP NS. Mutated DNA Template Sequence #5: TAC ACC TTG GGA CGA CT Compare the mutated DNA#5 with the wild-type DNA sequence. Do you observe a substitution, deletion, or insertion mutation? The mRNA sequence derived from mutated DNA #5 is AUG UGG AAC CCU GCU GA Use Table 10.3...