Describe the characteristics of the nanofibrils on the outer surface of the abalone foot tissue, and how do they contribute to adhesion?
[3 marks]Describe the structure of the chameleon skin, including the layers involved.
[4 marks]What are the key structural components of myosin motor proteins, and how do they vary among different isoforms? Describe the formation and function of higher-order assemblies of Myosin II, emphasizing its role in cellular processes.
[7 marks]What are the applications of DNA nanotechnology, and how can it be utilized in smart therapeutics and drug delivery?
[3 marks]What is the significance of Lab-on-a-chip (LOC) devices, and how do they contribute to the miniaturization and automation of assay functions?
[4 marks]Can you provide examples of LOC devices used for the detection of malaria, and how do they operate?
[7 marks]Explain the significance of scaffolds in tissue engineering and the purposes they serve. Why is a three-dimensional scaffold preferred over two-dimensional structures in tissue engineering?
[7 marks]How do bacterial (Escherichia coli) flagellar motors function in terms of propulsion, and what role does the rotation of helical filaments play in their movement?
[3 marks]Explain the microstructure of spider dragline silk and how it contributes to its mechanical behavior.
[4 marks]How does tissue engineering contribute to addressing ethical concerns in the meat industry, particularly in avoiding traditional slaughterhouses and minimizing animal killing?
[7 marks]What is bio ink, and how is it used in the organ printing process?
[3 marks]Describe the cutting mechanism and hierarchical tooth structure of the piranha Page 1 of
[2 marks]What are the three approaches to synthesize carbon nanotubes, and how do they differ?
[7 marks]Describe the process of making nanofiber-based scaffolds using peptides, and what are the advantages of these scaffolds?
[3 marks]What are the advantages and disadvantages of bottom-up and top-down approaches to nanomaterial production?
[4 marks]What is the role of green synthesis in nanomaterial production, and how do plants and microbes act as bio-nanofactories?
[7 marks]Why is the biological method preferred for synthesizing nanoparticles?
[3 marks]How can viral capsids be utilized in nanoparticle synthesis, and what is their resemblance to a nano container?
[4 marks]How can microscopy be used as a means of characterization of nanoparticles?
[7 marks]What are the two primary strategies extensively utilized for the production of nanoparticles (NMs) through bacterial involvement?
[3 marks]Describe the process of electrospinning and its advantages in producing nano fibers for tissue engineering.
[4 marks]Describe the structure, properties, and degradation behavior of Polycaprolactone
[7 marks]How do microalgae, both unicellular and multicellular, contribute to the biological synthesis of nanoparticles, and what applications are associated with the synthesized nanoparticles?
[3 marks]Why is hydrophilicity important in materials used for nano scaffolds in tissue engineering, and how can it be measured?
[4 marks]Explain the biosynthesis and degradation pathways of Hyaluronic Acid in the body. Page 2 of
[2 marks]