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Library Assigment Content Library Assignment: Exploring the Role of CRISPR-Cas9 in Genetic Engineering Objective:We're excited to announce a special Library Assignment aimed at enhancing your understanding of a cutting-edge topic in biological sciences: "The Role of CRISPR-Cas9 in Genetic Engineering." This assignment is designed to strengthen your information literacy skills, critical analysis abilities, and deepen your appreciation for the latest advancements in the field. Assignment Details: Topic Assignment: You are tasked with analyzing a specific article or abstract related to CRISPR-Cas9 technology in genetic engineering. The relevant material will be shared with you below. Task:Your mission is to conduct a thorough analysis of the assigned material, covering the following key aspects: Introduction: Briefly introduce CRISPR-Cas9 and explain its significance in genetic engineering. Summary: Provide a concise summary of the article, highlighting key findings, methods, and implications. Analysis: Critically evaluate the strengths and weaknesses of the study. Discuss experimental design, results, and the potential impact of CRISPR-Cas9 technology. Connection to Course Material: Relate the content to concepts covered in our General Biology course. Explain how CRISPR-Cas9 aligns with or challenges existing knowledge. Documentation:Your analysis should be presented in a well-organized document with the following structure: Title Page: Include your name, student ID, date, and the title of the assigned material. Introduction: Introduce CRISPR-Cas9 and state the objective of your analysis. Summary: Provide a concise summary of the assigned material. Analysis: Critically evaluate the material, addressing experimental design, results, and implications. Connection to Course Material: Relate the content to concepts covered in our General Biology course. Personal Reflection: Share your thoughts on the significance of CRISPR-Cas9 in genetic engineering and its potential applications. Submission:Please adhere to the following formatting guidelines when submitting your assignment: 4.1 Document Format: Your assignment should be typed in a legible font (e.g., Times New Roman, Arial) with 12-point font size. Maintain 1-inch margins on all sides. Double-space the entire document. 4.2 Title Page: Include a title page with the following information:Your Full Name Student ID Submission Date Title of the Assigned Material (as provided) 4.3 Structure of the Assignment:Your analysis should be organized into the following sections: Introduction: Clearly introduce CRISPR-Cas9 and briefly outline the objectives of your analysis. Summary: Provide a concise summary of the assigned material, covering key findings, methodologies, and the significance of the research. Analysis: Critically evaluate the material by discussing experimental design, results, and the broader implications of CRISPR-Cas9 technology. Connection to Course Material: Relate the content to concepts covered in our General Biology course. Explain how the material aligns with or challenges existing knowledge. Personal Reflection: Share your personal thoughts on the significance of CRISPR-Cas9 in genetic engineering and its potential applications. 4.4 Length: Your assignment should be well-considered and concise. Aim for approximately 3 to 5 pages, excluding the title page. 4.5 Citations: If you refer to external sources or additional readings, ensure proper citation using an appropriate citation style (APA) 4.6 Submission Deadline: Submit your assignment by 04/17/2024 by 11:59pm. Late submissions may incur a penalty. 4.7 Submission Method: Submit your assignment through Blackboard. Grading: The Library Assignment contributes 5% to your final grade. Your assignment will be evaluated based on the following criteria:5.1 Depth of Analysis (30 points): Exceptional (25-30 points): Demonstrates an in-depth understanding of the assigned material. Provides insightful analysis, considering various aspects of the research. Proficient (15-24 points): Presents a solid analysis with a clear understanding of key concepts, but may lack some depth. Basic (5-14 points): Provides a basic analysis, touching on key points but lacking in-depth exploration. 5.2 Clarity of Expression (20 points): Exceptional (17-20 points): Communicates ideas clearly and effectively. Well-organized with seamless transitions between sections. Proficient (10-16 points): Communicates ideas effectively but may have some minor organizational issues. Basic (3-9 points): Expression is somewhat unclear, and the organization may be challenging to follow. 5.3 Documentation (20 points): Exceptional (17-20 points): Properly cites sources (if used) following the specified citation style. Accurate and consistent referencing. Proficient (10-16 points): Citations are generally accurate, with minor inconsistencies or omissions. Basic (3-9 points): Citations are incomplete or significantly deviate from the specified format. 5.4 Integration of Course Concepts (15 points): Exceptional (12-15 points): Demonstrates a strong connection between the assigned material and concepts covered in the General Biology course. Proficient (7-11 points): Shows a reasonable connection, though it may lack depth in relating concepts. Basic (2-6 points): Demonstrates limited integration of course concepts. 5.5 Personal Reflection (15 points): Exceptional (12-15 points): Offers thoughtful and insightful reflections on the significance and potential applications of CRISPR-Cas9 technology. Proficient (7-11 points): Provides reflections, but they may lack depth or originality. Basic (2-6 points): Reflections are minimal or fail to convey a clear understanding of the material's significance. 5.6 Overall Presentation (10 points): Exceptional (8-10 points): The assignment is well-structured, free of grammatical errors, and adheres to formatting guidelines. Proficient (5-7 points): Generally well-organized, with minor issues in structure or grammar. Basic (1-4 points): The assignment lacks organization and may have significant grammar issues. Important Notes: This assignment is mandatory for all students enrolled in the General Biology course. Late submissions may incur a penalty, so adhere to the specified deadline. If you face challenges during your research, feel free to consult the instructor or librarians.

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I have attached the video and the picture for number 4 Questions for group discussion: Tigers and lions inhabit different areas and different habitats. Tigers live in forested areas in South East Asia while Lions inhabit open savannas in Africa and South West Asia. Lions and tigers never mate in the wild because they are geographically and ecologically isolated. However, in the zoo, they can mate and produce viable offspring. A) Would you classify tigers and lions as the same species using the biological species concept? Yes/No and explain what was the main factor in your decision. B) Would you classify tigers and lions as the same species using the ecological species concept? Yes/No and explain what was the main factor in your decision. Watch this interactive video to answer questions 2 & 3: According to the example of lizard speciation in the Caribbean (watch the video above). A) Identify cases of sympatric speciation. B) List and explain the evolutionary forces that resulted in this type of speciation (Natural selection, gene flow (migration), genetic drift, non-random mating, mutation). Base your answer on the video above. According to the example of lizard speciation in the Caribbean (watch the video above). A) Identify cases of allopatric speciation. B) List and explain the evolutionary forces that resulted in this type of speciation (Natural selection, gene flow (migration), genetic drift, non-random mating, mutation). C) Identify cases of convergent evolution and explain your choice. Base your answer on the video above. Use this phylogeny for question 4: This phylogeny shows the relationships of all vertebrates. A) Where is the most recent common ancestor between mammals and reptiles? Explain your choice B) Both, birds and mammals have the ability to regulate body temperature using metabolism. This is called endothermy. Do you think endothermy is a homologous or analogous trait of birds and mammals? Explain your choice. C) Amphibians, reptiles and mammals are considered tetrapods because they all have four legs or descend from ancestors with four legs. Where do you think the trait for four legs first appeared? Explain. D) Can you use this phylogeny to argue that one group is more evolved than another? explain. Explain how DNA replication, mitosis and meiosis are involved in the appearance and transmission of heritable mutations. Explain how gene regulation and developmental genes are involved in the evolution of species. video link : https://youtu.be/rdZOwyDbyL0?si=bNC9B1JaQcvY9OLY

Read the following article. Based on what you have learnt this week about forensic serology, discuss the advantage and disadvantages of using methylation analysis for body fluid identification over classical serological techniques. Must be at least 350 words. (Article is attached for this part) Separate page: Why would you perform presumptive serology tests? Why not send everything straight to the DNA unit? (3 points) Suppose that you had a sample consisting of only red blood cells. What presumptive tests could you perform? What could not be done and why? (5 points) You are at the Forensic Biology Section of the Miami Dade Crime lab and you receive a blanket with presumptive semen stains as a result of a sexual assault. However, according to the detective´s report, an overturned bowl of grapes and watermelon was found at the scene, as well as a broken glass that had contained wine. Which presumptive and confirmatory tests for semen would you apply to this evidence? Please, explain. (10 points) What is the difference between a presumptive test and a confirmatory test? (2 points) What advantages might methylation analyses bring to sample characterization?(5 points)

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evolutionary topic is Georges Cuvier

You are tasked with analyzing a specific article or abstract related to CRISPR-Cas9 technology in genetic engineering. The relevant material will be shared with you below. Task: Your mission is to conduct a thorough analysis of the assigned material, covering the following key aspects: Introduction: Briefly introduce CRISPR-Cas9 and explain its significance in genetic engineering. Summary: Provide a concise summary of the article, highlighting key findings, methods, and implications. Analysis: Critically evaluate the strengths and weaknesses of the study. Discuss experimental design, results, and the potential impact of CRISPR-Cas9 technology. Connection to Course Material: Relate the content to concepts covered in our General Biology course. Explain how CRISPR-Cas9 aligns with or challenges existing knowledge. Documentation: Your analysis should be presented in a well-organized document with the following structure: Title Page: Include your name, student ID, date, and the title of the assigned material. Introduction: Introduce CRISPR-Cas9 and state the objective of your analysis. Summary: Provide a concise summary of the assigned material. Analysis: Critically evaluate the material, addressing experimental design, results, and implications. Connection to Course Material: Relate the content to concepts covered in our General Biology course. Personal Reflection: Share your thoughts on the significance of CRISPR-Cas9 in genetic engineering and its potential applications.

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Presentation on Genes and DNA Race Directions: 1.Print off the questions below for Cracking the Code of Life or type the answers as you watch the video. 2.Click on the URL listed below (or cut and paste into the address line). 3.Click on the video to watch the program. 6.There are several presentations to Cracking the Code of Life. Watch sections 1 through 6 up until “Genetic Variation”. If the video does not show properly, try using a different browser or another computer. If you continue to have trouble viewing the video, the transcript is available under “Course Documents”. 7.Answer the questions below: Wrap-up study: Go to the following website: http://www.ncbi.nlm.nih.gov/books/NBK22266/ At the new page titled Genes and Diseases Chromosome Map, click on one of the 24 chromosomes shown in the image at the top of the page or on the menu list on the right. Answer the following questions about that chromosome: 1. How many genes does it contain? 2. How many base pairs is it made of? 3. Name one disease associated with this chromosome. 4. Click on and briefly give the characteristics of this genetic disorder. If all else fails and the URL at the top of the Wrap-up study does not get you where you need to be, try the following: Alternative1: access the website by using a search engine 1. Search for “ncbi genes and diseases” and select the appropriate link. 2. You should see a page with a book titled “Genes and Diseases” 3. Scroll down through the contents and select “Chromosome Map” 4. Select a chromosome and answer the questions from above. Alternative 2: use a different website 1. Select the web site below:http://www.ornl.gov/sci/techresources/Human_Genome/posters/chromosome/ 2. At the top you will see an image titled “Gene Gateway” listing the human chromosomes. Select one and you will be taken to another page with an image of that chromosome. 3. Scroll over the image and you will see detailed information. 4. Answer the questions from above.Note: For this website, you will have to independently research the disease you choose.

I want to hear from you on how your mind processes the term "climate change". Include, but do not limit yourself to the items listed below. 1. Fill in the blank: I say "climate change", you say "___________".  Now let's elaborate on that: 2. Do you feel affected by it in any way?  3. Do you have any questions about climate change that we can discuss in class? 4. Where do you feel that we stand as a society (Are we doomed? Is there hope?)? 5. Within the context of conservation biology, how do you think it might affect biodiversity?