International Organization for Standardization Discussion

International Organization for Standardization Discussion ORDER NOW FOR CUSTOMIZED AND ORIGINAL ESSAY PAPERS ON International Organization for Standardization Discussion I’m working on a biomedical engineering writing question and need a sample draft to help me understand better. International Organization for Standardization Discussion First Assignment is a Paper/Report of a minimum of 5 single-spaced pages including 2-4 figures (less than 1/3 page each. Topic: What are ISO standards and why are they important? The second assignment is attached as a pdf and the topic selected is, “Assessment of biomaterials and tissue in tissue engineering regenerative medicine applications.” Please follow the given instructions for this assignment that are noted in the attached pdf. attachment_1 attachment_2 BME 443 – Spring 2020 Special Topics Project Paper/Report of minimum 5 single-spaced pages including 2-4 figures (less than 1/3 page each). A selection of possible topics for student papers or projects 1. What are ISO standards and why are they important? 2. What are AAMI standards and why are they important? 3. Force-sensitive resistors (conductive polymer force sensors) 4. Tympanic temperature sensors 5. Intraventricular electrogram mapping 6. Nonmetallic temperature probes 7. Measurement of human locomotion 8. Calorimetry of human metabolism 9. Intraventricular electrogram mapping 10. Skin impedance vs time after electrode application 11. Sieve electrodes for connecting nerve to electronics 12. Somatosensory evoked potentials 13. Measuring ECG through defibrillation electrodes 14. Dc-coupled ECG amplifier 15. ECG amplifier voltage-limiting devices 16. Infrared telemetry 17. Oscillometric blood pressure measurement 18. Arterial tonometry measurement of blood pressure 19. Bioelectrical impedance spectroscopy 20. Galvanic skin response 21. Measurements in a sleep laboratory 22. Reversible-dye optical fiber measurement of pH 23. Pulse oximeter equations 24. Measuring glucose through the skin by electrophoresis 25. Measuring glucose through the skin using spectrophotometery 26. Circuit for rate-responsive cardiac pacemaker 27. Implantable cardiac defibrillators 28. Breathing pacemakers 29. Artificial vision 30. Pain suppression 31. Judicial electrocution 32. Operation of a cardiac defibrillator 33. Brain machine interfaces 34. Neural prostheses – FES, spinal, cochlear, visual. 35. Your own topic – based upon a circuit design supported by simulation, or laboratory work; Design of a novel transducer or instrumentation system. You are not limited to the above examples. Your topic must be submitted for approval by 1/21/20 and finalized by 1/28/20. All topics must be approved. BME 310: Biomaterials Final Paper Spring 2021 You asked to select a topic (see section on topic for more info on this) and find at least two original research publications related to the same topic, with at least one publication from 2015 or later. Both articles must be from a peer-reviewed (archival) journal but they are not review articles. The assignment is to write a short (6.5-8 pages) paper on the topic based on these publications. Your Final Paper should include the following sections: 1. Current treatment and limitations: A description of the need driving the research, including the clinical problem and how it is currently addressed. What are the limitations of the current approach that the biomaterial approaches described are designed to overcome. If this includes a biomaterial describe what the material is and why that it is limited (1 -1.5 pages). 2. Approach: a brief description of the overall approaches used in the publications to address the limitation. This should be a description of what they are trying to accomplish and why they claim they are using theses particular biomaterials approaches to address the problem (~1 page) 3. Methods: A description of the methods used to make their material and to characterize the results. (This should not be a general description. You should use this as an opportunity to show that you understand what they did and the techniques they used to determine the properties of their end material). The description should be limited to a description of methods that we have discussed in class. International Organization for Standardization Discussion The point is to show that you understand the concepts from class (1.5-2 pages). 4. Results: Describe the results they found and whether this supports their approach and expectations (1 1.5 pages) 5. Limitations/Challenges: Describe the limitations to the approach they used. Use concepts of what you have learned (or were expected to learn) from class to talk about 1) general characteristics of the materials used, 2) mechanical properties of materials, and/or 3) cellular and/or biological interactions with the materials. What concerns/thoughts do you have that are not from the paper. (~2 pages) The most important aspects of the paper are your ability to analyze as much as you can about the material and the results presented using concepts from this course. You will be graded on your knowledge of the paper, critical review of the research results, and ability to apply concepts from this course. If the paper describes concepts from outside the course material you are not required to discuss those. This is a chance to show what you learned in the course. Final Paper Specifications: • Double spaced 11 font, Times New Roman • 6.5-8 pages, with 1” margins on all sides • Reference style: Full authors list and DOI, for example: Appel, A. A., M. A. Anastasio, J. C. Larson, and E. M. Brey. 2013. “Imaging challenges in biomaterials and tissue engineering.” Biomaterials 34 (28):6615-6630. doi: 10.1016/j.biomaterials.2013.05.033. Due Dates: • Final paper topic selection and at least 2 manuscripts: Due April 23, midnight, on Blackboard • Submit Final Paper: May 4, 1:59 pm on Blackboard 1 Requirements and justification for the assignment: • Make sure your original archival articles are research articles reporting new work, and NOT review articles. • At least 1 paper from year 2015 or later. • Anticipated paper length = 6.5-8 pages (welcome to go longer if you really want). • Course learning objective: “Apply knowledge about biomaterials to the assessment of research published in literature.” Topic Selection Below are 4 general topics, with some references in ( ). After reading these review or general articles, you may propose your own related topic idea or select a topic from the list below. A. Assessment of biomaterials and tissue in tissue engineering regenerative medicine applications (Appel et al. 2013) • MRI visualization of hydrogels • Medical imaging to visualize biomaterial degradation in vivo • Characterization of engineered tissue in vitro B. 3D Bioprinting and Additive Manufacturing of Biomaterials (Mandrycky et al. 2016, EspinosaHoyos et al. 2018 ) • Bioprinting vessels • Bioprinting bone and cartilage • Bioprinting neuronal tissues C. Cardiac Tissue engineering (Reis et al. 2016, Godier-Furnémont et al. 2011) • Decellularized cardiac tissue scaffolds • Biodegradability requirements and mechanical properties for cardiac biomaterials • Vascularization of scaffolds D. Biomaterials for drug/gene delivery (Kamaly et al. 2016, Jarai et al. 2020) • Degradable polymer drug delivery • Nanoparticle drug delivery • Host immune modulation in COVID-19 Topic Selection due April 23 before midnight to Blackboard: You must describe the topic and submit 1 Review article related to the topic (perfectly ok to use those listed above). You must describe 3-4 research groups that are doing this type of biomaterials research*. Attach .pdf of Review article for submission. Give 1-2 paragraph summary in your own words of your topic of interest and describe 3-4 groups/researchers doing the work. *Hint: Group/Senior Researcher often is the “last author” listed on the paper. So, use the last author to label the group. 2 … Get a 10 % discount on an order above $ 100 Use the following coupon code : NURSING10

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