Instructions

When hydrogels are used for drug delivery applications, what would be different mechanisms for drug release in the absence of external stimuli? If you design a smart drug delivery, what stimuli would you use? B) Which of these hard tissues have the highest percentage of hydroxyapatite and therefore has higher stiffness? C) Match the material on the left with the most appropriate application or description on the right. Hydrogels Hydroxyapatite A. Used in joint replacement Cobalt- B. Can form strong bonds with bone tissue chromium C. Bone mineral has a similar structure alloys D. Used in the design of catheters Polyurethane E. Structurally similar to human tissue Glass- 3 D ceramic Which component of bioglass can lead to non-bonding with tissue due to low reactivity? LLLL Sodium oxide (>40%) Calcium oxide (> 45%) Phosphate (> 8%) Silicon dioxide (>50%) Match the material on the left with the most appropriate application or description on the right. – – Hydrogels Hydroxyapatite Cobalt-chromium alloys Polyurethane Glass-ceramic A Used in joint replacement B. Can form strong bonds with bone tissue C. Bone mineral has a similar structure D. Used in the design of catheters E. Structurally similar to human tissue – – Paragraph Styles A) When hydrogels are used for drug delivery applications, what would be different mechanisms for drug release in the absence of external stimuli? If you design a smart drug delivery, what stimuli would you use? B) Which of these hard tissues have the highest percentage of hydroxyapatite and therefore has higher stiffness? C) Which component of bioglass can lead to non-bonding with tissue due to low reactivity? Db. I a d. Sodium oxide (> 40%) Calcium oxide (> 45%) Phosphate (> 8%) Silicon dioxide > 50%)

Order with us today for a quality custom paper on the above topic or any other topic!

What Awaits you:

• High Quality custom-written papers

• Automatic plagiarism check

• On-time delivery guarantee

• Masters and PhD-level writers

• 100% Privacy and Confidentiality