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Biological & Biomedical Sciences
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Research Paper
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Biological & Biomedical Sciences Research Paper: Cell membrane-coated nanotherapeutics for personalized cancer therapy
Research Paper Instructions:
Please write several parts of this review paper:
Part 1: Introduction/background of cell membrane-coated nanotechnology, you can use paper 1&2 as references and you can uses other references as well, 2-3 pages
Part 2: Cell membrane structure and functions and the relationship to cell membrane-coating, use paper 3 as reference and you can uses other references as well, 3-4 pages
Part 3: please summaries paper 4&5 separately, with more focus on cell membrane structure and functions, 2-3pages, at least 1 page for each paper, you can uses other references as well
You can follow the material in the ppt slide I uploaded as well.
For citation, please use AMA format (American Medical Association).
Thank you.
Research Paper Sample Content Preview:
Cell Membrane-Coated Nanotherapeutics
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Abstract
The continued advancements in biomedical nanomedicine have provided better opportunities for clinicians to detect, treat, manage, and prevent human diseases. Experts have adopted a paradigm shift towards biomimetic design techniques to push the limits of nanoparticle functionality and performance. Inspired by nature, these strategies are aimed at creating next-generation nanoparticle platforms that can navigate and interact with the complex biological systems in the body in a more effective way. This paper provides a comprehensive overview of cell membrane coated nanotechnology. Data is obtained from analyzing previous works of different researchers who have directly leveraged biomaterials obtained from the cell membrane to design novel nanodiagnostics and nanotherapeutics. This technology presents innumerable benefits that make it capable of covering various approaches in medicine. Although it has not been fully translated to the clinic, researchers believe that nanocarriers with benefits in human health will be designed in the future.
Keywords: nanotechnology, biointerfacing, cell membrane, cancer treatment, macrophage
Part 1
Introduction to Cell Membrane-coated Nanotechnology & Cancer Therapy
Nanoparticle‐based therapeutic, detection and prevention modalities have a great potential for impacting the diagnosis and management of diseases. The availability of several nanomaterials has resulted in the increased popularity of rational design nanocarriers based on specific applications. Cell‐membrane‐coating nanotechnology is one of the popular emerging techniques. These upcoming technologies have the potential of advancing nanomedicine, contributing to the improvement of traditional modalities while facilitating the development of novel applications.
In many cases, synthetic functionalization strategies are effective in replicating distinct biological interactions. However, the continued research on nanomedicine has revealed that replicating the collective functions of biological systems via bottom-up fabrication techniques has become quite difficult. The primary reason for this is because these strategies platforms are actually multifactorial and incredibly complex. Additionally, the fact that they are foreign in nature makes it even more challenging. For this reason, researchers are turning to biomimicry as leverage in the design of more efficient nanoplatforms.
Nanotechnology has played a substantial role in medicine, facilitating the development of more reliable solutions for addressing some of the crucial needs in human health. The cell membrane is a key element in this technology, considering its role and properties. A cell is one of the vital units in biology, carrying a broad range of functions. These include its excellent ability to interact and interface with the surrounding environment. Rather than trying to replicate such functions through synthetic methods, researchers are currently leveraging cell membranes that are acquired naturally as a way of generating nanoparticles with improved bio-interfacing capabilities.
Initially, this technology was utilized in the design of cancer-related therapies. However, seve...
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