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Which of the following is an activity carried out in the field of bioinformatics?
a) collecting and storing DNA sequence information produced by various genome sequencing projects
b) analyzing genome sequences to determine the location of genes
c) determining the three-dimensional structure of proteins
d) comparing genomes of different species
e) all of these are part of bioinformatics research
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- What is, The ethical implications of gene editing in humans. 1. Introduction: a) Begin with a captivating opening that introduces the topic and its significance. b) Clearly state the thesis statement in this case 2. Body: a) Start with the first main point that discusses the potential benefits of gene editing in humans. b) Transition to the second main point which focuses on the ethical concerns and risks associated with gene editing in humans. Discuss issues like equity fairness and the potential for unintended consequences such as harmful side effects or genetic discrimination. c) Present counterarguments to your points. Acknowledge opposing viewpoints but refute with logical reasoning and supporting evidence emphasizing the importance of considering potential long-term consequences and the need for strict ethical guidelines and regulations. 3. Conclusion: a) Summarize your main points and restate your thesis statement emphasizing the ethical implications of gene editing in…Bioinformatics includes all of the following except (A) using computer programs to align DNA sequences. (B) using DNA technology to combine DNA from two different sources in a test tube. (C) developing computer-based tools for genome analysis. (D) using mathematical tools to make sense of biological systems.Metagenomics involves all of the following, EXCEPT A) O DNA isolation B) ODNA sequencing C) O Obtainıng samples from the enVironment D) O Isolatıing and cultivating bacteria on solid growth media E) O there are no exceptions, A-D are all a part of metagenomics.
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- There are four possible observations that suggest an error occurred in a PCR reaction: a) Sequence errors in the amplicon, b) the amplicon is the wrong size, c) there is no 6. Application: e are four possible observations that suggest an error occurred in a PCR reaction: 7 Sequence errors in the amplicon, b) the amplicon is the wrong size, c) there is ho amplicon, or d) there are multiple, non-specific amplicons. At tô thể possible cause, write which error is most likely associated with the cause (the first one is done as an example): Cause Would result in the following error Unbalanced nucleotide concentrations a) Sequence errors in the amplicon Annealing temperature too low Poor primer specificity (wrong sequence) Template DNA degraded Contamination of reaction tubes or solutions Lack of Mg2+ in reaction mixture Pick one cause and result pair and discuss in detail on the next page why one would lead to the other:What is GenBank in bioinformatics?Jackson Wang is a biologist working with the genetics of a thermophilic bacterium. He cloned a heat shock gene from the bacteria for further analysis. After cloning, he isolated the plasmid carrying his gene of interest for sequencing. Jackson finally received the nucleotide sequence of his gene. Explain in detail how he could verify whether the nucleotide sequence matches his gene of interest using the bioinformatics databases available.
- High-throughput DNA sequencing technology ... 1.) is far cheaper than Sanger sequencing on a per-basta basis. 2.)can generate millions or billions of base pairs of sequence data for each sample. 3.)often involves shotgun sequencing, in which random fragments of DNA from a sample (rather than a specific, targeted portion of the genome) are sequenced. 4.) All of the aboveDiscuss the principles , uses, advantages and disadvantages of illumina sequencing methodThe NIH Recombinant DNA Advisory Committee has what responsibility? a) Approving all forms of human clinical gene therapy b) Identifying all major risks to the human subjects in a specific research protocol c )Reviewing clinical trials involving human gene transfer d) Analyzing genomes and determining whether they appear mutagenic