follow these instructions please an example will be added as a photo for referen

follow these instructions please an example will be added as a photo for referen

follow these instructions please an example will be added as a photo for reference, as well as pdf copy of the article.
1. Click the link below and read the article about the production of South African traditional beer, umqombothi.
https://www.nature.com/articles/s41598-021-00097-w
2. Construct a Graphic Abstract about the above research with the following:
1. METHODOLOGY
* Specify the:
* Process involved; and
* Materials and
microorganisms utilized
2. VALUE-ADDED PRODUCTS

Hello please see the attached file for how the powerpoint should be structured ,

Hello please see the attached file for how the powerpoint should be structured ,

Hello please see the attached file for how the powerpoint should be structured , proffesrot emphasize using higlites in yellow for important information and other requirement also attached in the file.
I can provide you with a structured outline that you can use to create your presentation on H1 receptor agonists and antagonists. You can use this outline to build slides for your presentation.
Slide 1: Title Slide
Title: “H1 Receptor Agonists and Antagonists”
Subtitle: Understanding the Mechanisms and Applications
Slide 2: Introduction
Brief introduction to histamine and its role in the body
Mention of histamine receptors, with a focus on the H1 receptor
Overview of the importance of H1 receptor modulation
Slide 3: H1 Receptor: Overview
Structure and location of H1 receptors in the body
Physiological functions of H1 receptors
Importance in allergic responses and inflammation
Slide 4: H1 Receptor Agonists
Definition of agonists
Examples of H1 receptor agonists
Mechanism of action: How agonists stimulate H1 receptors
Clinical applications of H1 receptor agonists (e.g., antihistamines for allergies)
Slide 5: H1 Receptor Antagonists
Definition of antagonists
Examples of H1 receptor antagonists
Mechanism of action: How antagonists block H1 receptors
Clinical applications of H1 receptor antagonists (e.g., treatment of allergies and insomnia)
Slide 6: Dual-Action H1 Antagonists
Explanation of some antihistamines that have both anti-allergic and sedative properties
Pros and cons of dual-action H1 antagonists
Slide 7: Side Effects and Considerations
Common side effects of H1 receptor agonists and antagonists
Considerations for use, including contraindications and potential drug interactions
Slide 8: Emerging Research and Future Directions
Overview of current research on H1 receptors
Potential future developments in H1 receptor modulation
Slide 9: Conclusion
Summary of key points discussed
Emphasis on the significance of understanding H1 receptor modulation
Slide 10: References
List of references and sources used in the presentation
Remember to include visuals, diagrams, and relevant images to make your presentation more engaging. Each slide should have concise bullet points and should not be overcrowded with text. Adjust the content based on the time allotted for your presentation.

A rainforest is a dense forest ecosystem characterized by high rainfall and a hi

A rainforest is a dense forest ecosystem characterized by high rainfall and a hi

A rainforest is a dense forest ecosystem characterized by high rainfall and a high level of biodiversity, with an abundance of plant and animal species. Rainforests are found in tropical and subtropical regions of the world, with the largest remaining areas located in South America, Central Africa, and Southeast Asia.
Rainforests are incredibly important for the health of the planet. They play a vital role in regulating the Earth’s climate by absorbing carbon dioxide and producing oxygen through photosynthesis. Rainforests also serve as habitat for a vast array of plant and animal species, many of which are found nowhere else on Earth. These ecosystems also provide important resources for indigenous and local communities, such as medicinal plants, food, and clean water.
Unfortunately, rainforests are under threat due to deforestation, climate change, and other human activities. Deforestation, in particular, is a major threat to the health of rainforests and the planet as a whole. It is estimated that millions of hectares of rainforest are destroyed each year for activities such as agriculture, logging, and mining. Conservation efforts are underway to protect and restore these critical ecosystems, but they require the support and cooperation of governments, industry, and individuals around the world.
Deforestation, specifically the destruction of rainforests, refers to the clearing of forests for non-forest use such as agriculture, grazing lands, urbanization, or logging. Rainforests are particularly vulnerable to deforestation because they are home to a wide variety of plant and animal species and play a critical role in regulating the global climate by absorbing carbon dioxide and releasing oxygen.
Deforestation can have a range of negative impacts on both the environment and society. It can lead to soil erosion, loss of biodiversity, increased greenhouse gas emissions, and changes in local and regional climate patterns. Deforestation can also have negative impacts on the livelihoods of indigenous and local communities who rely on forest resources for their survival. (ChatGPT (OpenAI, 2021))
According to recent estimates, roughly 80,000 acres of tropical rain forest are destroyed every day for commercial interests such as logging, energy production, agriculture and ranching. Another 80,000 acres are damaged daily to fuel the world’s increasing demand for the products of these industries. Consider for a moment the tremendous loss of biodiversity incurred as tropical rain forests are depleted. Also consider the source of many medicinal products. Describe a plant that is threatened by rainforest destruction or a pharmaceutical product that was derived from the rainforest. Your choice MUST be UNIQUE from choices posted by your classmates. Please describe the specific ways you personally could mitigate the destruction. Do you think we might be losing a resource that could be vital to us in the future? Be specific about what we might be losing. Why does this destruction occur other than what I have already mentioned? Where did your special plant from Week 1 derive from? What would be the consequences if it were to be eradicated, made extinct?
My week one plant was Garlic.

I need my essay rewrote and add references, 2 for each part, all the info is in

I need my essay rewrote and add references, 2 for each part, all the info is in

I need my essay rewrote and add references, 2 for each part, all the info is in the attachment. I am including the report from another writing service that failed me. The original is a Chat GPT essay, I just need it humanized

Hello please see the attached file for how the powerpoint should be structured ,

Hello please see the attached file for how the powerpoint should be structured ,

Hello please see the attached file for how the powerpoint should be structured , proffesrot emphasize using higlites in yellow for important information and other requirement also attached in the file.
I can provide you with a structured outline that you can use to create your presentation on H1 receptor agonists and antagonists. You can use this outline to build slides for your presentation.
Slide 1: Title Slide
Title: “H1 Receptor Agonists and Antagonists”
Subtitle: Understanding the Mechanisms and Applications
Slide 2: Introduction
Brief introduction to histamine and its role in the body
Mention of histamine receptors, with a focus on the H1 receptor
Overview of the importance of H1 receptor modulation
Slide 3: H1 Receptor: Overview
Structure and location of H1 receptors in the body
Physiological functions of H1 receptors
Importance in allergic responses and inflammation
Slide 4: H1 Receptor Agonists
Definition of agonists
Examples of H1 receptor agonists
Mechanism of action: How agonists stimulate H1 receptors
Clinical applications of H1 receptor agonists (e.g., antihistamines for allergies)
Slide 5: H1 Receptor Antagonists
Definition of antagonists
Examples of H1 receptor antagonists
Mechanism of action: How antagonists block H1 receptors
Clinical applications of H1 receptor antagonists (e.g., treatment of allergies and insomnia)
Slide 6: Dual-Action H1 Antagonists
Explanation of some antihistamines that have both anti-allergic and sedative properties
Pros and cons of dual-action H1 antagonists
Slide 7: Side Effects and Considerations
Common side effects of H1 receptor agonists and antagonists
Considerations for use, including contraindications and potential drug interactions
Slide 8: Emerging Research and Future Directions
Overview of current research on H1 receptors
Potential future developments in H1 receptor modulation
Slide 9: Conclusion
Summary of key points discussed
Emphasis on the significance of understanding H1 receptor modulation
Slide 10: References
List of references and sources used in the presentation
Remember to include visuals, diagrams, and relevant images to make your presentation more engaging. Each slide should have concise bullet points and should not be overcrowded with text. Adjust the content based on the time allotted for your presentation.

You get a phone call that changes your life: your child or a relative’s child ha

You get a phone call that changes your life: your child or a relative’s child ha

You get a phone call that changes your life: your child or a relative’s child has been in a car accident. He has been taken to the hospital, but is unable to move his legs. Many times, having as much knowledge as possible on a medical topic better prepares you to talk to medical professionals. This is why we will dig deeper into learning about our body systems. In this discussion you will explore spinal cord injuries and their prognoses. You will need to conduct research and document your evidence.
You should spend approximately 4 hours on this assignment.
Instructions
Read the letter posted in your Exploration materials. Then, consider the following prompts:
Describe the process of nerve healing in peripheral nerves and the difference between central and peripheral nerves.
Explain how the nervous system grows with us and how that supports its function.
Suggest a reason why most neurons are amitotic.
Explain why neurons very rarely become cancerous.
Express how the symptoms mentioned in the letter demonstrate the connection between anatomy and physiology, based on injury location.
Provide insight into new research, perhaps with stem cells, and describe why specific new research may, or may not, be the answer to cure these injuries.
Discuss why a medical professional should never guarantee an outcome with a nervous tissue injury.
Search for, read, and summarize your answers to the questions using 1-2 journal articles, one book chapter, and/or two websites.
You can conduct research through the CCCOnline Library. If you go to the Library’s Research and Database resource page and select “Biology” from the Research Database Filters, you will see the many resources pertaining to biology to which the Library has access. Also, you can explore the curated resources that have been prepared specifically for the biology classes.
After researching the discussion topics, share with your classmates what you learned by writing an informational post responding to the questions (minimum of 300 words). Your initial post must include two sources cited in APA Style. Need help with APA? Please refer to the CCCOnline APA Citation Toolkit.

According to the idea that you came up with, in uploaded files (PowerPoint slide

According to the idea that you came up with, in uploaded files (PowerPoint slide

According to the idea that you came up with, in uploaded files (PowerPoint slides and scriipts), and the reference which I have uploaded (please read carefully), think and answer the following questions:
1. What type of drug are we delivering exactly?
2. What materials do we use exactly?
Some Suggestions:
Create injectable temperature-responsive hydrogels (Elastin-like Polypeptides) for biomedical applications:
Liquid at low temperature (before injection)
Solid at body temperature (after injection)
I have also uploaded the assessment requirement of the last order you wrote for me, in case of you forgot what have you done last time.

Human feels heart on left side because of presence of left ventricle. Left ventr

Human feels heart on left side because of presence of left ventricle. Left ventr

Human feels heart on left side because of presence of left ventricle. Left ventricle is biggest part of human heart. And when left ventricle is pumps and contacts we feel that human heart is pumping and contracting.