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Choose one genetically modified organism (GMO), from this GMO Crop List, or a genetically modified microorganism or animal of your choice. Using your GMO example, answer the following questions: Do some research to identify the gene(s) that have been inserted into this specific GMO's genome, and the protein(s) that this gene(s) code for. Briefly describe both. Using what you have learned from this week's textbook chapter about the Central Dogma of Molecular Biology, explain how the inserted gene(s) results in new trait(s) in this specific GMO. Use at least one in-text citation to one of this week's textbook chapters. Do you believe it is ethical to genetically engineer microorganisms, plants, animals, and humans? Does it depend on the intended outcome? Do you believe the risks outweigh the benefits? Suggested benefits and risks you may want to explore and discuss: environmental, ecological, health, food security, or corporate control of food supply. Briefly explain your opinion.

You will pick a microorganism for your paper on pathology or microbe-environment interactions. The organism can not be one of the ones your instructor goes over during lecture listed in the syllabus. Select a pathogen/microbe from current events that is an emerging or reemerging concern to you or people in your area. Provide local epidemiological data/statistics for the organism. Guidelines: The paper should be a minimum of 5 pages of relevant and informative material that covers all of the content and requirements listed below and in the rubric. The 5 pages does not include the title and reference pages. The paper should thoroughly inform the reader and be original work and not reuse any part of previously submitted course material. Introduction to the organism (structure, cell type, morphology, metabolic requirements, natural reservoir, history, etc.) Introduction to the disease(s) caused by the organism (epidemiology, signs, symptoms, etc.) OR introduction to the environmental impact of the organism List and describe factors employed by the organism to assist in its growth, reproduction, culture conditions, host/pathogen interactions and/or virulence. (e.g. nitrogen fixation, symbiotic interactions etc.) Categorize virulence factors by mechanisms of action (Immunity Avoidance, Tissue/Cell Lysis, Colonization/Spread) Discussion of treatment/prevention options for the disease(s) caused by the organism (Antibiotics or other chemotherapeutics given as part of treatment and their mechanisms of action, Vaccines available and type)

For this milestone, submit your organ system interrelationship and disease assessment in a bulleted list. Describe in this list the homeostatic interrelationship between the primary organ system you selected for Milestone One and any other organ system. Describe one disease or medical illness that affects the primary organ system you are reviewing, and describe the implications of the disease on the individual suffering from it and society.

so there were two homeworks that i did about my research/question hypothesis: the first one was identifying a gap of knowledge (unanswered question that would be interesting to answer) in regards (MAPK14) gene which we'll refer to as (YFG). and Submiting up to one page description, including a brief background (what is known), the question (what is not known), disease relevance (if any).

Please complete the worksheet "Nucleus Lab"

Directions for the students: There are 4 essay questions. Please be sure to complete all of them individually, numbered 1 -4. Complete all with thorough, substantive responses. A reference is required for all answers individually associated with each answer, for a total of four. Inline citations are not necessary. Using numerous inline citations instead of providing answers in your own words does not demonstrate critical thinking when you copy and paste most of the answer, even if you give the author credit. APA Format a paragraph for each question There is no time limit. Summarize one example illustrating how microbes benefit human health. Can the removal of microbes actually lead to disease development? Trace the path taken by pathogens from various portals of entry, through the establishment of disease, and ending with their exit from various portals in the host. Conduct additional research and answer the following: Discuss what policies are in place at local, state, and federal government levels to prohibit the spread of disease in the case of a pandemic. There are some who believe that HIV does not cause AIDS. Have all of Koch’s postulates been met for HIV as the causative agent that leads to the development of AIDS? Cite evidence to explain your answer.

During the nervous system module, we have spent time exploring both the physiology of neurons and nerve tissues and the gross anatomy of the major divisions of the nervous system of the human body. To explore some of the clinical applications of managing injuries, disorders, and diseases of the nervous system (especially trauma to the spinal cord) we will complete another Case Study/Discussion activity. During this case study, you will need to read the instructions and patient history below: Nervous System Case Study Summer 2024.docx This contains a detailed description of the injury and the results of numerous assessments in the hospital. These assessments evaluate structural and functional injuries to nervous tissue and physiology. The case study focuses on an adventurer who has suffered a spinal injury as the result of a car accident. The short answer questions should allow you to assess how their symptoms and possible injuries are related to the structures and physiology of the nervous, skeletal and muscular systems. For the assignment, you are required to answer all the questions at the end of the case study. Each question could be answered in a short sentence or two, but please read the question carefully and address it thoroughly. Please type your answers in a word document and submit to CANVAS here: Do not include the questions or the case study in your word document. Including the questions or case study information will result in exaggerated Turnitin Similarity Index scores. This assignment should be done individually, and not from prepared answers (try to avoid regurgitating what the internet says) or group sharing. To add emphasis here, this is your own answers to the questions. Please refrain from trying to find common answers from the internet or your peers. If you are plagiarizing or cheating in anyway, then you will receive a ZERO on the assignment and be refer to academic affairs for further sanctions (up to F in the course). The Case Study will be graded for accuracy and completeness of the answers to 5 multi-part questions. The rubric used for previous case studies will be used here (each question can earn full, partial or NO credit). The total assignment is 10 pts. The case study will be due on Sunday at 11:59pm. NO Late submissions. Case Study Nervous System: Joe Collins, a 68-year-old herpetologist, was driving his jeep through SE Asia looking for King Cobras. He crashed at high speed. He was wearing a lap-belt style seatbelt only. Paramedics arriving at the scene found him conscious and in a state of shock. He could not feel or control his legs fully. His head was sore, and had a bloody nose. He describes an intense pain in the neck (above his shoulders), but not the rest of his body. He was alert and could communicate with the paramedics and described the moments before the crash and his current condition. No obvious signs of concussion, and he could answer questions appropriately. He complained that he could not feel his legs. His pupils were equal and reactive to light. The only other injuries were a complete, compound break of the right femur near the knee and scrapes to his arms, hands and face. Joe could not feel the break to his femur (he was aware that it was broken due to the blood and protruding bone fragments). His vital signs revealed a blood pressure of 115 / 104, heart rate of 87 beats per minute, respirations of 23 per minute. The blood loss from the fracture was minimal due to the rapid application of a tourniquet and bandaging by a good Samaritan and then by the EMTs. He was immobilized and transported via ambulance to the nearest hospital, this took approximately 4 hours from time of crash to arrival at the trauma center. At the hospital, Joe was examined for reflex responses. His Biceps brachii m. and Triceps brachii had normal reflex response. Both of his legs were non-responsive to stimuli and had no reflex response for Quadriceps femoris or Gastrocnemius m., nor the soles of his feet. His sense of feeling (perception of sensory stimuli) ended at an imaginary line drawn across his chest approximately intersecting the navel (umbilicus) (i.e. everything below felt numb). He had some sensation on his thighs but could not localize touch or describe texture with any consistency. He was able to feel the need to urinate but was catheterized at the hospital. He was able to raise his shoulders and tighten his Biceps brachii m. slightly in each arm and could raise both arms against gravity. His lower extremities were flaccid, despite attempts to move them. Vital signs were taken again at the hospital and were as follows: blood pressure= 103 / 64; heart rate= 74; respiratory rate= 29 (with shallow breathing). His oral temperature was 100.5 degrees F. His color was gray, and his skin was warm and dry to the touch. A fractured vertebra was detected using _____, which also showed decreased lung volume upon inhalation. Blood tests were normal, except for respiratory acidosis (blood pH = 7.25). Based on diagnostic evidence and imaging a fracture in the _ region of Joe’s vertebrae was detected. Joe was transferred to intensive care and his condition was stabilized. A physical examination four days later revealed normal vital signs and no change in his arm strength or sensation, but also marked spasms and exaggerated stretch reflexes of the lower extremities. He also had urinary incontinence which required the placement of a Foley catheter connected to a urine collection bag. Questions: Complete the two blanks: What imaging technique would best be used to detect a fractured vertebra? Which vertebral region is Joe’s injury located? (2pts) Why did Joe lose all sensation from the umbilicus down? Why might he still be able to detect some sensation on his thighs, but could not control the leg? (2pts) At no point was Joe’s respiration impacted, what is the primary muscle of respiration? What cranial nerve (name and number) innervates the primary muscle of respiration? (2pt) Where (which vertebra?) do the nerve roots contribute neurons to the nerve in Q3? Why was it not impacted by Joe’s fracture? (2pts) Why did Joe suffer from urinary incontinence? Address this in terms of voluntary and involuntary muscle control. (2pts

Hello, my biology class uses Connect McGraw Hill Biology book and lab assessments. (I will give my log in to whomever is assigned to this and lonestar log in). I have a "Chapter 2 Homework" and "Chapter 3 homework" (both of these you get 2 attempts to get a higher score and the second attempt is just the questions you got wrong you get to retake) and there is 2 labs in chapter 3 (I will attach screenshots) When the lab is finished please save the lab report and send back to me. I have screenshotted and uploaded the picture to review. Please help me pass and get ahead. I would like it to be done by the 19th so its not much of a time crunch for the next assignments. Please advise. I believe it is easier to access my lonestar to click the links or assignments that will take you directly to the assignment to get done. Please let me know when you log in. It is Unit chapter 2 and 3 I need done. thank you. You can use the smartbook to get answers if needed located in unit 1-3 chapter 1.

A bacterial culture starts with 100 cells and grows according to the logistic growth model with a carrying capacity of 1 \times 10^61×106 cells and a growth rate constant of 0.1 per hour. Write the logistic growth equation and solve it to find the population size at t = 24t=24 hours.

Overview: For this extra credit assignment, you will create a detailed biological illustration or infographic on one of the topics listed below. This assignment will help reinforce your understanding of key concepts and allow you to present information in a visually engaging format. Topics: Comparing Prokaryotic and Eukaryotic Cell Instructions: Choose a Topic: Select the topic listed above for your illustration or infographic. Ensure you understand the core concepts related to your chosen topic. Research and Plan: Conduct thorough research on your chosen topic using course materials, textbooks, and reputable online sources. Outline the key concepts and information that need to be included in your illustration or infographic. Plan the layout and design of your visual presentation to ensure it is clear, informative, and engaging. Create Your Illustration or Infographic: Illustration: Draw or digitally create a detailed biological illustration that accurately represents the chosen topic. Use labels, arrows, and annotations to explain the structures and processes depicted. Infographic: Design an infographic that presents the information in a visually appealing format. Use charts, diagrams, images, and text to convey the key points clearly. Ensure the infographic is well-organized and easy to follow. Include the Following Elements: Title: Clearly indicate the topic of your illustration or infographic. Key Concepts: Highlight and explain the main concepts related to your topic. Visuals: Use accurate and detailed visuals to support your explanations. Annotations: Provide labels and annotations to clarify the visual elements. References: List the sources of your information and any images used (if applicable).